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Ethereum Wallet Generator

Generate Ethereum wallets with BIP39 mnemonics, HD paths, vanity addresses, private key backup

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Documentation

Offline Build - Official Ethereumjs Libraries

This directory contains the build system to create offline1.html using official ethereumjs libraries.

Libraries Used

All libraries are from the official Ethereum ecosystem:

@ethereumjs/tx - Transaction signing (legacy + EIP-1559)
@ethereumjs/util - Utilities (address validation, checksums, etc.)
@ethereumjs/rlp - RLP encoding
@ethereumjs/wallet - Wallet utilities
ethereum-cryptography - Official cryptographic primitives (secp256k1, keccak256)
@scure/bip39 - BIP39 mnemonic (used by ethereumjs)
@scure/bip32 - BIP32 HD derivation (used by ethereumjs)

Build Instructions

# Navigate to this directory
cd offline-build

# Install dependencies
npm install

# Build offline1.html
npm run build

The output file offline1.html will be created in the parent directory.

What Gets Bundled

The build process uses esbuild to:

Bundle all ethereumjs libraries and their dependencies
Minify the code for smaller file size
Inline everything into a single HTML file

Typical bundle size: ~400-600 KB (varies by version)

Features

All features match the CLI tool:

Wallet Generation - Random keypair generation
Mnemonic Support - Create/restore BIP39 mnemonics, derive accounts
Vanity Addresses - All vanity options (prefix, suffix, regex, etc.)
Message Signing - EIP-191 personal_sign
Signature Verification - Recover signer from signature
Validation - Address and key validation
Keystore - V3 keystore encrypt/decrypt (PBKDF2)
Transactions - Sign legacy and EIP-1559 transactions offline
EIP-712 - Typed data signing and verification

Security

The generated HTML file is completely self-contained
No external network requests
Can be saved and used on an air-gapped machine
Uses official, audited Ethereum libraries

MCP Servers

This repository includes 5 Model Context Protocol (MCP) servers that expose Ethereum wallet functionality to AI assistants like Claude.

Documentation

Prompt Examples - Real-world prompts for interacting with the servers
Testing Guide - How to run and write tests
Integration Guide - Setting up with Claude Desktop and other tools
Workflows & Recipes - Common workflows combining multiple servers

Overview

Server	Purpose	Tools	Tests
ethereum-wallet-mcp	Wallet generation, HD wallets, mnemonics	6	111
keystore-mcp-server	Encrypted keystore files (Web3 Secret Storage)	9	74
signing-mcp-server	Message signing, EIP-191, EIP-712	12	34
transaction-mcp-server	Transaction building, encoding, signing	15	65
validation-mcp-server	Address/key validation, checksums, hashing	15	64

Total: 57 tools, 348 tests

Quick Start

Installation

Each server is a standalone Python package:

# Install all servers
pip install -e ./ethereum-wallet-mcp
pip install -e ./keystore-mcp-server
pip install -e ./signing-mcp-server
pip install -e ./transaction-mcp-server
pip install -e ./validation-mcp-server

Claude Desktop Configuration

Add to your claude_desktop_config.json:

{
  "mcpServers": {
    "ethereum-wallet": {
      "command": "ethereum-wallet-mcp"
    },
    "keystore": {
      "command": "keystore-mcp-server"
    },
    "signing": {
      "command": "signing-mcp-server"
    },
    "transaction": {
      "command": "transaction-mcp-server"
    },
    "validation": {
      "command": "validation-mcp-server"
    }
  }
}

Server Details

ethereum-wallet-mcp

Wallet Generation & HD Wallets

Tools:

generate_wallet - Random Ethereum wallet
generate_wallet_with_mnemonic - BIP39 mnemonic wallet
restore_wallet_from_mnemonic - Restore from seed phrase
restore_wallet_from_private_key - Restore from private key
derive_multiple_accounts - HD wallet derivation
generate_vanity_address - Custom prefix/suffix addresses

Resources:

wallet://documentation/bip39 - BIP39 spec
wallet://documentation/derivation-paths - HD paths
wallet://wordlist/{language} - BIP39 wordlists

keystore-mcp-server

Encrypted Keystore Files (Web3 Secret Storage)

Tools:

encrypt_keystore - Create encrypted keystore from private key
decrypt_keystore - Decrypt keystore to get private key
change_keystore_password - Re-encrypt with new password
validate_keystore - Verify keystore structure
get_keystore_address - Extract address without decryption
generate_encrypted_wallet - Create new wallet as keystore
read_keystore_file - Read keystore from filesystem
write_keystore_file - Save keystore to filesystem

Supports:

scrypt and pbkdf2 key derivation
AES-128-CTR encryption
UUID and version validation

signing-mcp-server

Message & Data Signing

Tools:

sign_message - EIP-191 personal_sign
verify_message - Verify signed message
hash_message - Create message hash
sign_typed_data - EIP-712 structured data
verify_typed_data - Verify typed data signature
encode_typed_data - Encode without signing
recover_signer - Recover address from signature

transaction-mcp-server

Transaction Building & Signing

Tools:

build_transaction - Create unsigned transaction
sign_transaction - Sign with private key
decode_transaction - Parse raw transaction
encode_transaction - RLP encode transaction
estimate_gas - Calculate gas requirements
calculate_transaction_hash - Pre-signing hash
build_eip1559_transaction - Type 2 transactions
build_legacy_transaction - Type 0 transactions
build_access_list_transaction - Type 1 transactions
serialize_transaction - Convert to wire format
parse_transaction_input - Decode calldata
validate_transaction - Check transaction validity

validation-mcp-server

Validation & Cryptographic Utilities

Tools:

validate_address - EIP-55 checksum validation
validate_private_key - Key range checking
to_checksum_address - Convert to checksummed
derive_address_from_private_key - Key → address
derive_address_from_public_key - Pubkey → address
validate_signature - Check v, r, s values
validate_hex_data - Hex string validation
compare_addresses - Address equality
batch_validate_addresses - Bulk validation
generate_vanity_check - Pattern matching
keccak256_hash - Compute Keccak-256
encode_function_selector - Signature → selector
decode_function_selector - Lookup selectors
validate_ens_name - ENS format validation
calculate_storage_slot - Storage slot computation

Resources:

validation://eip55-specification - EIP-55 docs
validation://secp256k1-constants - Curve params
validation://function-selectors-db - 500+ selectors
validation://address-patterns - Known patterns

Testing

Run all server tests:

# Individual servers
pytest ethereum-wallet-mcp/tests/ -v
pytest keystore-mcp-server/tests/ -v
pytest signing-mcp-server/tests/ -v
pytest transaction-mcp-server/tests/ -v
pytest validation-mcp-server/tests/ -v

# All at once
./run_all_tests.sh

Architecture

All servers follow a consistent pattern:

server-name/
├── pyproject.toml          # Package config
├── README.md               # Server docs
├── src/
│   └── package_name/
│       ├── __init__.py
│       ├── __main__.py     # Entry point
│       ├── server.py       # MCP server setup
│       ├── tools/          # Tool implementations
│       ├── resources/      # Static resources
│       └── prompts/        # Interactive prompts
└── tests/
    └── test_*.py           # Pytest tests

Each tool has:

An *_impl() function with pure business logic (for testing)
A registered async wrapper for MCP compatibility

Security Considerations

No network calls - All operations are offline
No key storage - Keys are passed through, never persisted
Auditable - All code uses official Ethereum Foundation libraries
Test coverage - 348 tests across all servers

⚠️ Warning: These tools handle sensitive cryptographic material. Review the code and understand the implications before using with real assets.

Dependencies

All servers use official Ethereum Foundation libraries:

eth-account - Key generation, signing
eth-keys - ECDSA operations
eth-utils - Utility functions
eth-rlp - RLP encoding
mnemonic - BIP39 implementation
mcp - Model Context Protocol SDK

License

MIT License - See LICENSE

Prompt Examples for Ethereum Wallet MCP Servers

This guide provides real-world prompt examples for interacting with the Ethereum Wallet Toolkit MCP servers through AI assistants like Claude.

Wallet Operations
Message Signing
EIP-712 Typed Data
Transaction Operations
Keystore Management
Validation & Utilities
Advanced Workflows

Wallet Operations

Generate a New Wallet

Simple:

Generate a new Ethereum wallet for me

With mnemonic:

Create a new Ethereum wallet with a 24-word seed phrase

For development/testing:

Generate a test wallet for Sepolia testnet development

Restore Wallets

From mnemonic:

Restore my wallet from this seed phrase:
abandon abandon abandon abandon abandon abandon abandon abandon abandon abandon abandon about

From private key:

Import this private key and show me the wallet address:
0x4c0883a69102937d6231471b5dbb6204fe5129617082792ae468d01a3f362318

HD Wallet Derivation

Derive multiple accounts:

Derive 5 accounts from this mnemonic using the standard Ethereum path:
[your 12/24 word mnemonic]

Custom derivation path:

Derive an account at path m/44'/60'/1'/0/0 from my seed phrase

Vanity Address Generation

Simple prefix:

Generate a vanity address starting with "cafe"

Case-insensitive suffix:

Find me an address ending with "1337" (case insensitive)

Message Signing

Sign a Simple Message (EIP-191)

Basic signing:

Sign this message with my private key:
Message: "Hello, Ethereum!"
Private key: 0x...

For verification:

Sign a message that proves I own wallet 0xABC... 
The message should be: "I authorize login to MyDApp on 2024-01-15"

Verify a Signature

Verify message:

Verify this signed message:
- Message: "Hello, Ethereum!"
- Signature: 0x...
- Expected signer: 0x...

Recover signer:

Who signed this message?
- Message: "I agree to the terms"
- Signature: 0x...

Signature Operations

Decompose signature:

Break down this signature into v, r, s components:
0x...

Normalize v value:

Convert this signature's v value from 0/1 format to 27/28 format:
0x...

EIP-712 Typed Data

Sign EIP-712 Permit (ERC-20)

Permit signature for token approval:

Sign an EIP-712 permit for USDC on Ethereum mainnet:
- Owner: 0x... (my address)
- Spender: 0x... (Uniswap router)
- Value: 1000000000 (1000 USDC, 6 decimals)
- Nonce: 0
- Deadline: 1735689600 (Unix timestamp)
- Private key: 0x...
- Contract address: 0xA0b86991c6218b36c1d19D4a2e9Eb0cE3606eB48

Sign Custom Typed Data

NFT marketplace order:

Sign this EIP-712 typed data for an NFT listing:

Domain:
- Name: "OpenSea"
- Version: "1.4"
- Chain ID: 1
- Verifying Contract: 0x00000000006c3852cbEf3e08E8dF289169EdE581

Message (Order):
- offerer: 0x... (my address)
- zone: 0x0000000000000000000000000000000000000000
- offer: [{ token: 0x..., identifier: 1234, amount: 1 }]
- consideration: [{ token: 0x0, amount: 1000000000000000000 }]
- orderType: 0
- startTime: 1704067200
- endTime: 1735689600

Private key: 0x...

Hash Typed Data (Without Signing)

Compute the EIP-712 hash for this typed data without signing:
[typed data structure]

Transaction Operations

Build and Sign Transactions

Simple ETH transfer:

Build and sign a transaction to send 0.5 ETH:
- To: 0x742d35Cc6634C0532925a3b844Bc9e7595f5b4E2
- Chain ID: 1 (mainnet)
- Nonce: 42
- Max fee per gas: 30 gwei
- Max priority fee: 2 gwei
- Private key: 0x...

ERC-20 token transfer:

Create a signed transaction to transfer 100 USDT:
- Token contract: 0xdAC17F958D2ee523a2206206994597C13D831ec7
- To: 0x...
- Amount: 100000000 (100 USDT with 6 decimals)
- From nonce: 5
- Chain ID: 1
- Gas limit: 65000
- Max fee: 50 gwei
- Private key: 0x...

Contract interaction:

Build a transaction to call the 'approve' function:
- Contract: 0xA0b86991c6218b36c1d19D4a2e9Eb0cE3606eB48 (USDC)
- Function: approve(address spender, uint256 amount)
- Spender: 0x7a250d5630B4cF539739dF2C5dAcb4c659F2488D (Uniswap)
- Amount: max uint256 (unlimited approval)
- Sign with: 0x...

Decode Transactions

Decode raw transaction:

Decode this raw signed transaction and show me what it does:
0x02f8730180843b9aca00850...

Decode calldata:

Decode this calldata and tell me what function it calls:
0xa9059cbb000000000000000000000000...

Analyze Transactions

Estimate cost:

Estimate the total cost in ETH for this transaction at current gas prices:
- Gas limit: 21000
- Max fee: 30 gwei
- Priority fee: 2 gwei

Compare transactions:

Compare these two transactions and highlight the differences:
Transaction 1: 0x...
Transaction 2: 0x...

Keystore Management

Create Encrypted Keystore

From private key:

Create an encrypted keystore file for this private key:
- Private key: 0x...
- Password: MySecurePassword123!
- Use scrypt (more secure)

Generate new encrypted wallet:

Generate a new wallet and immediately encrypt it as a keystore:
- Password: MySecurePassword123!
- Return the keystore JSON

Decrypt Keystore

Get private key:

Decrypt this keystore to get the private key:
[paste keystore JSON]
Password: MySecurePassword123!

Just get the address:

What's the address in this keystore? (don't decrypt)
[paste keystore JSON]

Keystore Operations

Change password:

Change the password on this keystore:
[paste keystore JSON]
Old password: OldPassword123
New password: NewSecurePassword456!

Validate keystore:

Is this a valid Web3 Secret Storage keystore?
[paste keystore JSON]

Validation & Utilities

Address Validation

Single address:

Is this a valid Ethereum address? 0x5aAeb6053F3E94C9b9A09f33669435E7Ef1BeAed

Check checksum:

Does this address have a valid EIP-55 checksum?
0x5aaEB6053f3e94C9b9A09f33669435e7ef1beaed

Convert to checksum:

Convert this address to checksummed format:
0x5aaeb6053f3e94c9b9a09f33669435e7ef1beaed

Batch validation:

Check which of these addresses are valid:
- 0x5aAeb6053F3E94C9b9A09f33669435E7Ef1BeAed
- 0x1234
- 0xfB6916095ca1df60bB79Ce92cE3Ea74c37c5d359
- invalid

Private Key Validation

Validate key:

Is this a valid Ethereum private key?
0x4c0883a69102937d6231471b5dbb6204fe5129617082792ae468d01a3f362318

Security check:

Check if this private key is secure (not a known weak key):
0x0000000000000000000000000000000000000000000000000000000000000001

Hashing & Selectors

Keccak256 hash:

Compute the keccak256 hash of "Hello, Ethereum!"

Function selector:

What's the function selector for transfer(address,uint256)?

Decode selector:

What function does selector 0xa9059cbb correspond to?

Storage Slots

Calculate mapping slot:

Calculate the storage slot for a mapping at slot 2 with key 0xABC...

Dynamic array slot:

Calculate the storage slot for the first element of a dynamic array at slot 5

Advanced Workflows

Complete Wallet Backup Flow

Help me create a complete backup of my wallet:
1. Generate a new wallet with mnemonic
2. Create an encrypted keystore as additional backup
3. Show me how to verify I can restore from both

Token Permit Flow (Gasless Approval)

Walk me through creating a gasless ERC-20 permit:
1. I want to approve Uniswap to spend my USDC
2. Generate the EIP-712 typed data
3. Sign it with my private key
4. Show me the permit parameters to submit on-chain

Multi-Account Setup

Set up a hierarchical wallet structure:
1. Generate a master seed phrase (24 words)
2. Derive 3 accounts:
   - Account 0: Main spending wallet
   - Account 1: Savings (cold storage)
   - Account 2: DeFi interactions
3. Create keystores for each with different passwords

Security Audit

Audit the security of this private key:
0x...

Check for:
- Known weak keys
- Proper entropy
- Valid curve point

Transaction Debugging

I have a transaction that failed. Help me debug it:

Raw transaction: 0x...

Please:
1. Decode the transaction completely
2. Validate all fields
3. Identify potential issues
4. Suggest fixes

Tips for Effective Prompting

Be Specific About Networks

✅ "Sign a transaction for Ethereum mainnet (chain ID 1)"
❌ "Sign a transaction"

Include All Required Data

✅ "Sign message 'Hello' with private key 0x..."
❌ "Sign a message"

Specify Formats When Needed

✅ "Return the signature in v/r/s format as well as the packed format"
❌ "Sign and give me the signature"

Use Appropriate Security Practices

✅ "Generate a test wallet for development"
❌ "Generate a wallet" (when just testing)

Chain Operations When Useful

✅ "Generate a wallet, then create a signed message proving ownership"
❌ Two separate prompts that lose context

Common Patterns

Verification Pattern

Generate/import wallet
Sign a message
Verify the signature
Confirm the recovered address matches

Safe Keystore Pattern

Generate wallet with mnemonic (backup #1)
Create encrypted keystore (backup #2)
Verify both backups work
Securely delete temporary private key

Transaction Preparation Pattern

Build unsigned transaction
Validate all fields
Estimate gas costs
Sign transaction
Verify signed transaction decodes correctly

Security Reminders

⚠️ When using these prompts:

Never use real private keys in examples - Always use test keys
Clear conversation history after sharing sensitive data
Verify addresses independently before sending real funds
Use test networks first (Sepolia, Goerli) for experimentation
Keep seed phrases offline - Only use encrypted keystores for regular access

Vanity Address Research & Security Resources

DISCLAIMER: FOR EDUCATIONAL PURPOSES ONLY

This software is provided for educational and research purposes only. DO NOT USE WITH REAL FUNDS. The author accepts NO LIABILITY for any damages. All example addresses shown are for illustrative purposes only.

A comprehensive compilation of research papers, technical articles, and security analyses related to cryptocurrency vanity addresses, their generation, vulnerabilities, and associated attack vectors.

Introduction
What Are Vanity Addresses?
Generation Methods
Security Vulnerabilities
Address Poisoning Attacks
Arbitrage Ecosystem Context
Cryptocurrency Derivatives & Market Context
Safe Usage Guidelines
Notable Incidents
Works Cited

Introduction

Vanity addresses are custom cryptocurrency wallet addresses created using specific algorithms to incorporate user-chosen character sequences. While they serve legitimate purposes such as gas optimization, protocol branding, and multichain reproducibility, they have also been associated with significant security vulnerabilities and attack vectors.

This document compiles research from academic papers, security analyses, and technical blog posts to provide a comprehensive understanding of vanity addresses in the cryptocurrency ecosystem.

What Are Vanity Addresses?

Definition

When generating a cryptocurrency wallet, the system produces an address composed of a random string of characters. These default addresses lack personal significance. A vanity address is a custom address generated using specific algorithms that incorporate a user-chosen sequence of characters into the wallet address.

Common Use Cases

Gas Optimization: Transaction gas costs decrease if an address has leading zeros. According to the Ethereum yellowpaper, leading zeros are cheaper for gas calculations. Wintermute reportedly saved $15,000 in gas costs due to their EOA having leading zeros (foobar).
Protocol Branding: Companies use vanity addresses for easy recognition. For example, protocols often use addresses starting with recognizable patterns like 0x1111... or 0x0000... for branding.
Multichain Reproducibility: Protocols can deploy to multiple EVM chains with the same contract address, simplifying documentation and user experience.

Technical Characteristics

Creating vanity addresses is computationally intensive. The algorithm must try many combinations before finding an address that includes the chosen string of characters. The higher the number of prefixes and suffixes requested, the more time and computational resources required.

For reference, using optimized GPU mining (RTX 3090 at ~2 billion attempts/second):

5-leading-zero-byte address: ~8 minutes
6-leading-zero-byte address: ~36 hours
7-leading-zero-byte address: ~387 days

Generation Methods

Profanity Generator

Profanity is an open-source vanity address generator. The basic workflow:

A "random" private key is generated
The corresponding Ethereum address is calculated
The address is compared against the user's desired pattern
If not matched, the private key is incremented by one and the process repeats
GPUs accelerate this process to hundreds of millions of checks per second

Critical Flaw: The profanity code uses a pseudo-random number generator called mt19937, which only outputs 8 bytes at a time and takes a 4-byte unsigned int seed (fed by a random_device call). Since Ethereum private keys are 32 bytes, the code must combine 4 outputs. The mt19937_64 generator is only seeded once, so outputs don't change if the input seed is reused. This reduces complexity from 2^256 to 2^32 (James).

CREATE vs CREATE2 Deployment

CREATE (Default):

new_address = hash(sender, nonce)

Address determined by hashing contract creator address with creator nonce
Nonce increments with each transaction
Vulnerable to ordering mistakes across chains

CREATE2 (Recommended for Vanity):

new_address = hash(0xFF, sender, salt, bytecode)

Uses a user-chosen salt for vanity address generation
Salt can be made public without security risk
Enables permissionless deployment across chains
Bytecode parameter ensures identical functionality across chains

Safe Generation Tools

create2crunch: GPU-optimized tool for finding CREATE2 salts
CREATE2 Factory: A common CREATE2 factory contract is deployed on many EVM chains

Security Vulnerabilities

The Profanity Vulnerability (CVE-2022-XXXXX)

The fundamental flaw in Profanity's random number generation:

// Vulnerable code from Dispatcher.cpp
// Uses mt19937 with only 4-byte seed
// Reduces keyspace from 2^256 to 2^32

Impact: All starting private keys that could be generated by this program can be generated and saved in just a few hours using less than 2TB of hard drive space (James).

EOA vs Smart Contract Safety

EOAs (Externally Owned Accounts):

UNSAFE for vanity generation
Private key controls funds
If randomness is compromised, entire account is ruined

Smart Contract Accounts:

SAFE for vanity generation
Only requires iterating through public seeds
Seeds do not grant admin permissions

As stated by foobar: "EOA vanity is the road to bankruptcy, smart contract vanity is the road to success."

Exchange Attribution in Arbitrage Research

Research from UCSB identified 50,081 addresses as decentralized exchanges through arbitrage detection. Attribution was done by:

Checking for smart contract source code
Vanity address labels added to Etherscan
Automated scanning for Uniswap v2 clone factory event logs

This research revealed 180 unique Uniswap v2 factories, demonstrating how vanity addresses can be used for exchange identification (McLaughlin et al. 3299).

Address Poisoning Attacks

Overview

Address poisoning aims to create a vanity address resembling a legitimate wallet that the target frequently interacts with. The attacker then:

Transfers scam tokens mimicking legitimate ones
Or sends low/no value coin transfers
These transactions "poison" the target's transaction history
The victim may copy the wrong address for future transactions

Typically, the first 4-6 characters and last 4-6 characters are made to resemble the target address.

Example (FAKE illustrative addresses):

Legitimate: 0xABCD1234ABCD1234ABCD1234ABCD1234ABCD1234
Attacker: 0xABCD5678000056780000567800005678ABCD5678

(Notice first 4 and last 4 characters match)

Attack Techniques

Fake Token Transfers

Attackers send fake tokens (e.g., fake USDT) to wallets with addresses similar to ones that received legitimate tokens. These fake token contracts may:

Allow transfers without owning the token
Have token balances stored in contract storage without mint transactions
Use unverified contracts

Zero Value Spam

With tokens like USDT, transferring 0 amount records on the ledger. Scammers:

Spoof transactions to appear as if the target is sending zero value
Create vanity addresses mimicking legitimate recipients
Sometimes send small amounts (<$10 USDC) to avoid detection flags

Major Incident: May 3, 2024

A victim lost 1,155 WBTC (~$72M) by copying the wrong address from their transaction history. Remarkably, the stolen funds were eventually returned to the victim (CertiK).

Arbitrage Ecosystem Context

DEX Arbitrage and Vanity Addresses

Research from McLaughlin et al. at UCSB conducted a 28-month study (February 2020 - July 2022) analyzing the Ethereum arbitrage ecosystem. Key findings relevant to vanity addresses:

Exchange Identification

50,081 addresses identified as DEXs
Manual examination used vanity address labels on Etherscan
180 unique Uniswap v2 factories discovered

Arbitrage Statistics

3.8 million arbitrages identified
$321 million in total profit
4 billion arbitrage opportunities detected
Weekly profit potential: 395 Ether (~$500,000)

Exchange Distribution (by frequency in arbitrage)

Exchange	Usage %
Uniswap v2	44.9%
Uniswap v3	15.2%
Sushi Swap	13.5%
Balancer v1	10.8%
Unknown	5.4%

Arbitrage Cycle Properties

98% contain exactly one exchange cycle
91% use either two or three exchanges
92% use Wrapped Ether (WETH) as profit token

Security Implications

The research identified threats to consensus stability:

Increasing percentage of arbitrage revenue paid to miners/validators
This could incentivize "time-bandit attacks" where block producers fork the blockchain to capture high-value MEV blocks

Cryptocurrency Derivatives & Market Context

BitMEX Case Study

Research from Soska et al. at Carnegie Mellon University provides context on how vanity addresses are used in the broader cryptocurrency trading ecosystem.

Platform Characteristics

Trades over $3 billion daily volume
Up to 100x leverage on Bitcoin
Over 600,000 trader accounts
All operations in Bitcoin (no fiat conversion)

Vanity Address Usage

BitMEX uses vanity addresses for customer deposit accounts:

Unique 3BMEX prefix for all customer addresses
610,000+ addresses with this prefix identified
Used for automated account identification and filtering

Clustering Analysis

The researchers developed methods to cluster BitMEX accounts:

Rule-based clustering using deposit transaction patterns
Community detection via Label Propagation algorithm
Service detection to filter exchanges and dusters

Results showed sophisticated traders operating multiple accounts:

90% of accounts are singletons
<1% belong to clusters of 5+ accounts
Largest clusters contain 50+ accounts

Trader Sophistication Indicators

Analysis of vanity address clusters revealed:

Larger clusters have higher average deposits
Multiple accounts used to circumvent leverage restrictions
API rate limit multiplexing
Flow obfuscation to prevent front-running

Safe Usage Guidelines

For EOAs (Externally Owned Accounts)

DO NOT use vanity generators for EOAs. The only truly reliable method is to generate addresses yourself with cryptographically secure randomness. Even then, vulnerabilities in generation software can compromise security.

For Smart Contracts

Smart contract vanity addresses are safe when using CREATE2:

Use a CREATE2 factory contract
Choose a salt that produces desired address characteristics
Salt can be made public without security implications
Verify bytecode matches across all chain deployments

Proper Random Number Generation Fix

To fix the Profanity vulnerability, proper seeding is required:

// Instead of single 4-byte seed
// Use 624-word seed for mt19937
// Or use cryptographically secure RNG

The fix requires feeding a random seed sequence of at least 32 bits to ensure mt19937 produces cryptographically secure outputs (James).

User Protection Against Address Poisoning

Always double-check full addresses before sending funds
Use address books/whitelists in wallet software
Be suspicious of unfamiliar tokens in transaction history
Verify addresses through multiple sources
Use blockchain explorers that flag suspicious addresses

Notable Incidents

Wintermute Hack (September 2022)

Loss: $160 million
Cause: Bad randomness in Profanity vanity address generator
Method: Attacker replayed search iteration to recreate (private key, public address) pair
Target: EOA with leading zeros for gas optimization

Indexed Finance Exploiter (October 2021 → September 2022)

Initial Exploit: $16 million stolen
Address: Started with 0xba5ed... ("based")
Irony: Same Profanity vulnerability exploited
Result: All funds stolen again by another attacker

Address Poisoning Victim (May 3, 2024)

Loss: 1,155 WBTC (~$72 million)
Cause: Copied wrong address from transaction history
Outcome: Funds eventually returned

Technical Appendix

CREATE2 Salt Mining

Using create2crunch on vast.ai (RTX 3090):

# Install
sudo apt install build-essential -y
curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh -s -- -y
source "$HOME/.cargo/env"
git clone https://github.com/0age/create2crunch && cd create2crunch
sed -i 's/0x4/0x40/g' src/lib.rs

# Run search
export FACTORY="0xYourFactoryAddress"
export CALLER="0xYourCallerAddress"
export INIT_CODE_HASH="0xYourInitCodeHash"
export LEADING=5
export TOTAL=7
cargo run --release $FACTORY $CALLER $INIT_CODE_HASH 0 $LEADING $TOTAL

Keyless Transaction Deployment

The CREATE2 Factory uses ENS founder Nick Johnson's "keyless transaction" approach:

Create deployment transaction
Generate fake signature (e.g., all 2's)
Recover public address from signature
Send ETH to that address
Submit signed transaction to mempool

This creates a single-use EOA that can only ever deploy one transaction.

Works Cited

CertiK. "Vanity Address and Address Poisoning." CertiK Resources, 29 July 2024, www.certik.com/resources/blog/vanity-address-and-address-poisoning.

foobar. "Vanity Addresses: The Only Safe Way to Do Permissionless Multichain Deployments." 0xfoobar Substack, 10 Jan. 2023, 0xfoobar.substack.com/p/vanity-addresses.

Garreau, Marc. "Web3.py Patterns: Address Mining." Snake Charmers (Ethereum Foundation), 4 Oct. 2021, snakecharmers.ethereum.org/web3-py-patterns-address-mining/.

James. "Fixing Other People's Code." Oregon State University Blogs, 6 Feb. 2023, blogs.oregonstate.edu/james/2023/02/.

McLaughlin, Robert, et al. "A Large Scale Study of the Ethereum Arbitrage Ecosystem." 32nd USENIX Security Symposium, 9-11 Aug. 2023, Anaheim, CA, USA, pp. 3295-3312. USENIX Association, www.usenix.org/conference/usenixsecurity23/presentation/mclaughlin.

Soska, Kyle, et al. "Towards Understanding Cryptocurrency Derivatives: A Case Study of BitMEX." Proceedings of the Web Conference 2021 (WWW '21), 19-23 Apr. 2021, Ljubljana, Slovenia. ACM, New York, NY, USA, doi.org/10.1145/3442381.3450059.

Additional References

From McLaughlin et al. Paper

Daian, Philip, et al. "Flash Boys 2.0: Frontrunning in Decentralized Exchanges, Miner Extractable Value, and Consensus Instability." 2020 IEEE Symposium on Security and Privacy (SP), 2020, pp. 910-927.
Qin, Kaihua, et al. "Quantifying Blockchain Extractable Value: How Dark Is the Forest?" 2022 IEEE Symposium on Security and Privacy (SP), 2022, pp. 198-214.
Wang, Ye, et al. "Cyclic Arbitrage in Decentralized Exchanges." Companion Proceedings of the Web Conference 2022 (WWW '22), 2022, pp. 12-19. ACM.
Zhou, Liyi, et al. "On the Just-in-Time Discovery of Profit-Generating Transactions in DeFi Protocols." 2021 IEEE Symposium on Security and Privacy (SP), 2021, pp. 919-936.

From Soska et al. Paper

Gandal, Neil, et al. "Price Manipulation in the Bitcoin Ecosystem." Journal of Monetary Economics, vol. 95, 2018, pp. 86-96.
Meiklejohn, Sarah, et al. "A Fistful of Bitcoins: Characterizing Payments Among Men with No Names." Proceedings of the 2013 Internet Measurement Conference, 2013, pp. 127-140.
Nakamoto, Satoshi. "Bitcoin: A Peer-to-Peer Electronic Cash System." 2008.

Document compiled: January 2026

For the ethereum-wallet-toolkit project

Keystore Operations

DISCLAIMER: FOR EDUCATIONAL PURPOSES ONLY

This software is provided for educational and research purposes only. DO NOT USE WITH REAL FUNDS. The author accepts NO LIABILITY for any damages. All example addresses and keys shown are FAKE - never use them for real funds.

This document covers the keystore encryption and decryption features of the Ethereum Wallet Toolkit.

Overview

Keystores are encrypted JSON files that securely store private keys. They follow the Web3 Secret Storage Definition (Version 3) and are compatible with all major Ethereum wallets including MetaMask, Geth, and MyEtherWallet.

Security Model

Key Derivation Functions

The toolkit supports two KDF algorithms:

KDF	Security	Speed	Recommended
scrypt	Higher	Slower	Yes (default)
pbkdf2	Good	Faster	For compatibility

scrypt (default):

Memory-hard function resistant to ASIC attacks
Parameters: N=262144, r=8, p=1
More secure against brute-force attacks

pbkdf2:

Uses HMAC-SHA256
Default iterations: 262144
Faster but less resistant to hardware attacks

Encryption

Cipher: AES-128-CTR
Key derivation produces a 256-bit key
First 128 bits used for encryption
Last 128 bits used for MAC verification

CLI Usage

Using keystore.py (Standalone)

# Encrypt a private key
python keystore.py encrypt --key 0x... --password mypassword --output wallet.json

# Encrypt with secure password prompt
python keystore.py encrypt --key 0x... --output wallet.json

# Use PBKDF2 instead of scrypt
python keystore.py encrypt --key 0x... --password secret --kdf pbkdf2 --output wallet.json

# Decrypt a keystore
python keystore.py decrypt --file wallet.json --password mypassword

# Decrypt with password prompt (more secure)
python keystore.py decrypt --file wallet.json

# View keystore info without decryption
python keystore.py info --file wallet.json

# Change keystore password
python keystore.py change-password --file wallet.json

Using eth_toolkit.py (Main Toolkit)

# Encrypt
python eth_toolkit.py keystore --encrypt --key 0x... --password secret --output wallet.json

# Decrypt
python eth_toolkit.py keystore --decrypt --file wallet.json --password secret

Keystore File Format

{
  "version": 3,
  "id": "uuid-here",
  "address": "abcdefghijkabcdefghijklmnopqrstuvwxyz",
  "crypto": {
    "ciphertext": "encrypted-private-key",
    "cipherparams": {
      "iv": "initialization-vector"
    },
    "cipher": "aes-128-ctr",
    "kdf": "scrypt",
    "kdfparams": {
      "dklen": 32,
      "salt": "random-salt",
      "n": 262144,
      "r": 8,
      "p": 1
    },
    "mac": "message-authentication-code"
  }
}

Python API

from keystore import (
    encrypt_keystore,
    decrypt_keystore,
    save_keystore,
    load_keystore,
    get_keystore_info
)

# Encrypt a private key
keystore = encrypt_keystore(
    private_key='0x...',
    password='my-secure-password',
    kdf='scrypt'
)

# Save to file
filepath = save_keystore(keystore, 'my-wallet.json')

# Load from file
keystore = load_keystore('my-wallet.json')

# Get info without decryption
info = get_keystore_info(keystore)
print(f"Address: {info['address']}")
print(f"KDF: {info['kdf']}")

# Decrypt
private_key = decrypt_keystore(keystore, 'my-secure-password')

Best Practices

Password Security

Use strong passwords: Minimum 12 characters with mixed case, numbers, symbols
Never reuse passwords: Each keystore should have a unique password
Use a password manager: Store passwords securely
Avoid command-line passwords: Use the prompt feature instead of --password

# Good - password prompted securely
python keystore.py encrypt --key 0x... --output wallet.json

# Avoid - password visible in shell history
python keystore.py encrypt --key 0x... --password secret --output wallet.json

File Storage

Backup keystores: Keep multiple copies in secure locations
Encrypt backups: Use additional encryption for cloud storage
Control access: Restrict file permissions (chmod 600)
Never share: Keystore + password = full access to funds

Testing

Always test decryption after creating a keystore:

# Create keystore
python keystore.py encrypt --key 0x... --output test.json

# Verify decryption works
python keystore.py decrypt --file test.json

# Check the derived address matches expected
python keystore.py info --file test.json

Integration Examples

MetaMask Import

MetaMask can import keystore files directly:

Open MetaMask
Click account icon > Import Account
Select "JSON File"
Upload your keystore file
Enter the password

Geth Import

geth account import --datadir /path/to/data wallet.json

Web3.py Integration

from web3 import Web3

with open('wallet.json', 'r') as f:
    keystore = f.read()

private_key = Web3().eth.account.decrypt(keystore, 'password')

Error Handling

Common Errors

Incorrect Password

Error: Failed to decrypt keystore - MAC mismatch
Check that the password is correct.

Corrupted File

Error: Invalid keystore format

Wrong KDF Parameters

Error: Unsupported KDF algorithm

Recovery

If you forget your password:

There is no recovery mechanism
Strong encryption means brute-force is impractical
Always keep secure password backups

Security Audit Checklist

Using scrypt KDF (not pbkdf2)
Password is 12+ characters
Password is unique to this keystore
Keystore is backed up in multiple locations
Decryption tested after creation
File permissions restricted
Password stored in password manager

EIP-712 Typed Data Signing

DISCLAIMER: FOR EDUCATIONAL PURPOSES ONLY

This software is provided for educational and research purposes only. DO NOT USE WITH REAL FUNDS. The author accepts NO LIABILITY for any damages. All example addresses and keys shown are FAKE - never use them for real funds.

This document covers the EIP-712 typed structured data signing features of the Ethereum Wallet Toolkit.

Overview

EIP-712 defines a standard for hashing and signing typed structured data. It's widely used in DeFi for:

Permits: Gasless token approvals (ERC-2612)
DEX Orders: Off-chain order signing for exchanges
Meta-transactions: Gasless transactions via relayers
Governance: Off-chain voting signatures
NFT Listings: Marketplace order signatures

Key Benefits

Human-readable signing: Users see structured data, not hex blobs
Domain separation: Prevents cross-contract signature replay
Type safety: Structured validation of data types
Standardized: Consistent implementation across ecosystems

Typed Data Structure

Every EIP-712 message has four components:

{
  "types": {
    "EIP712Domain": [...],
    "PrimaryType": [...]
  },
  "primaryType": "PrimaryType",
  "domain": {...},
  "message": {...}
}

1. Types

Defines the structure of all types used:

{
  "types": {
    "EIP712Domain": [
      {"name": "name", "type": "string"},
      {"name": "version", "type": "string"},
      {"name": "chainId", "type": "uint256"},
      {"name": "verifyingContract", "type": "address"}
    ],
    "Permit": [
      {"name": "owner", "type": "address"},
      {"name": "spender", "type": "address"},
      {"name": "value", "type": "uint256"},
      {"name": "nonce", "type": "uint256"},
      {"name": "deadline", "type": "uint256"}
    ]
  }
}

2. Primary Type

The main type being signed:

{
  "primaryType": "Permit"
}

3. Domain

Context that binds the signature to a specific contract:

{
  "domain": {
    "name": "USD Coin",
    "version": "2",
    "chainId": 1,
    "verifyingContract": "0xCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC"
  }
}

4. Message

The actual data being signed:

{
  "message": {
    "owner": "0xAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA",
    "spender": "0xBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB",
    "value": "1000000000000000000",
    "nonce": 0,
    "deadline": 1893456000
  }
}

CLI Usage

Generate Example Data

# ERC-20 Permit example
python typed_data.py example --type permit --output permit.json

# DEX Order example
python typed_data.py example --type order --output order.json

# Mail example (EIP-712 spec)
python typed_data.py example --type mail --output mail.json

Sign Typed Data

# Sign a permit
python typed_data.py sign --file permit.json --key 0xaaa...

# Sign with verbose output
python typed_data.py sign --file order.json --key 0xaaa... --verbose

# Save signature to file
python typed_data.py sign --file permit.json --key 0xaaa... --output signed.json

Verify Signatures

# Verify a signature
python typed_data.py verify \
  --file permit.json \
  --signature 0xabc... \
  --address 0xAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA

Calculate Hash

# Get the signing hash (for debugging)
python typed_data.py hash --file permit.json

Python API

from typed_data import (
    sign_typed_data,
    verify_typed_data,
    hash_typed_data,
    load_typed_data,
    EXAMPLES
)

# Load typed data from file
typed_data = load_typed_data('permit.json')

# Or use built-in examples
typed_data = EXAMPLES['permit']

# Sign
result = sign_typed_data(typed_data, '0xaaa...')
print(f"Signature: {result['signature']}")
print(f"v: {result['v']}, r: {result['r']}, s: {result['s']}")

# Verify
verification = verify_typed_data(
    typed_data,
    result['signature'],
    '0xAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA'
)
print(f"Valid: {verification['is_valid']}")

# Calculate hash
hash_value = hash_typed_data(typed_data)
print(f"Hash: {hash_value}")

Common Use Cases

1. ERC-20 Permit (Gasless Approval)

Instead of calling approve() (which costs gas), users sign a permit off-chain:

{
  "types": {
    "EIP712Domain": [
      {"name": "name", "type": "string"},
      {"name": "version", "type": "string"},
      {"name": "chainId", "type": "uint256"},
      {"name": "verifyingContract", "type": "address"}
    ],
    "Permit": [
      {"name": "owner", "type": "address"},
      {"name": "spender", "type": "address"},
      {"name": "value", "type": "uint256"},
      {"name": "nonce", "type": "uint256"},
      {"name": "deadline", "type": "uint256"}
    ]
  },
  "primaryType": "Permit",
  "domain": {
    "name": "USD Coin",
    "version": "2",
    "chainId": 1,
    "verifyingContract": "0xCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC"
  },
  "message": {
    "owner": "0xYourAddress",
    "spender": "0xSpenderContract",
    "value": "1000000000",
    "nonce": 0,
    "deadline": 1893456000
  }
}

2. DEX Order (0x-style)

Off-chain limit orders for decentralized exchanges:

{
  "types": {
    "EIP712Domain": [...],
    "Order": [
      {"name": "maker", "type": "address"},
      {"name": "taker", "type": "address"},
      {"name": "makerToken", "type": "address"},
      {"name": "takerToken", "type": "address"},
      {"name": "makerAmount", "type": "uint256"},
      {"name": "takerAmount", "type": "uint256"},
      {"name": "expiry", "type": "uint256"},
      {"name": "salt", "type": "uint256"}
    ]
  },
  "primaryType": "Order",
  "domain": {
    "name": "Exchange",
    "version": "1.0",
    "chainId": 1,
    "verifyingContract": "0xExchangeContract"
  },
  "message": {
    "maker": "0xYourAddress",
    "taker": "0x0000000000000000000000000000000000000000",
    "makerToken": "0xWETH",
    "takerToken": "0xUSDC",
    "makerAmount": "1000000000000000000",
    "takerAmount": "3000000000",
    "expiry": 1893456000,
    "salt": 12345
  }
}

3. Meta-Transaction

Allow relayers to pay gas on behalf of users:

{
  "types": {
    "EIP712Domain": [...],
    "ForwardRequest": [
      {"name": "from", "type": "address"},
      {"name": "to", "type": "address"},
      {"name": "value", "type": "uint256"},
      {"name": "gas", "type": "uint256"},
      {"name": "nonce", "type": "uint256"},
      {"name": "data", "type": "bytes"}
    ]
  },
  "primaryType": "ForwardRequest",
  "message": {
    "from": "0xUserAddress",
    "to": "0xTargetContract",
    "value": "0",
    "gas": "100000",
    "nonce": 0,
    "data": "0x..."
  }
}

Supported Types

Solidity Type	EIP-712 Type
address	address
bool	bool
uint256	uint256
int256	int256
bytes32	bytes32
bytes	bytes
string	string
Custom struct	Custom type
Array	Type[]

Domain Separator

The domain separator prevents signature replay across:

Different contracts (verifyingContract)
Different chains (chainId)
Different versions (version)
Different applications (name)

domainSeparator = keccak256(
  encode(
    keccak256("EIP712Domain(string name,string version,uint256 chainId,address verifyingContract)"),
    keccak256(name),
    keccak256(version),
    chainId,
    verifyingContract
  )
)

Security Considerations

1. Domain Verification

Always verify the domain matches the intended contract:

Check verifyingContract is the correct address
Check chainId matches your network
Check name and version match the contract

2. Message Validation

Before signing:

Verify all addresses are correct
Check amounts and values
Validate deadline hasn't passed
Confirm nonce matches expected value

3. Signature Replay

EIP-712 prevents cross-domain replay, but:

Same-domain replay requires nonce management
Store and increment nonces properly
Check expiry/deadline values

4. Phishing Risks

Malicious dApps may request signatures that:

Approve unlimited token spending
Transfer assets to attacker addresses
Execute unexpected contract calls

Always review what you're signing!

Integration with Smart Contracts

Solidity Verification

function verify(
    address owner,
    address spender,
    uint256 value,
    uint256 deadline,
    uint8 v,
    bytes32 r,
    bytes32 s
) external {
    bytes32 structHash = keccak256(abi.encode(
        PERMIT_TYPEHASH,
        owner,
        spender,
        value,
        nonces[owner]++,
        deadline
    ));
    
    bytes32 hash = _hashTypedDataV4(structHash);
    address signer = ECDSA.recover(hash, v, r, s);
    
    require(signer == owner, "Invalid signature");
    require(block.timestamp <= deadline, "Expired");
}

OpenZeppelin Integration

import "@openzeppelin/contracts/utils/cryptography/EIP712.sol";
import "@openzeppelin/contracts/utils/cryptography/ECDSA.sol";

contract MyContract is EIP712 {
    constructor() EIP712("MyContract", "1") {}
    
    function _verify(bytes memory signature, bytes32 hash, address signer) 
        internal view returns (bool) 
    {
        return ECDSA.recover(_hashTypedDataV4(hash), signature) == signer;
    }
}

Debugging

Hash Mismatch

If signatures fail to verify:

Check domain separator matches contract
Verify type hash calculation
Ensure message encoding is correct
Compare struct hash with contract

Tool Usage

# Calculate hash for comparison
python typed_data.py hash --file permit.json

# Compare with contract's domain separator
cast call 0xContract "DOMAIN_SEPARATOR()(bytes32)"

References

Security Guidelines

DISCLAIMER: FOR EDUCATIONAL PURPOSES ONLY

This software is provided for educational and research purposes only. DO NOT USE WITH REAL FUNDS. The author accepts NO LIABILITY for any damages. All example addresses shown are FAKE illustrative examples.

This document outlines security best practices for using the Ethereum Wallet Toolkit.

Cryptographic Security
Operational Security
Key Management
Threat Model
Auditing the Code

Cryptographic Security

Random Number Generation

The toolkit uses Python's secrets module and the operating system's cryptographically secure pseudorandom number generator (CSPRNG) for all key generation:

Linux/macOS: /dev/urandom
Windows: CryptGenRandom

The eth-account library handles entropy generation internally using these secure sources.

Key Derivation

BIP39 Mnemonic:

Entropy: 128-256 bits (12-24 words)
Checksum: SHA-256 hash of entropy
Seed derivation: PBKDF2-HMAC-SHA512 with 2048 iterations

BIP32 HD Wallet:

Master key: HMAC-SHA512 of seed
Child keys: HMAC-SHA512 chain derivation
Hardened derivation for account-level keys

Elliptic Curve Operations

Curve: secp256k1 (same as Bitcoin)
Private key: 256-bit integer
Public key: Compressed or uncompressed point
Address: Last 20 bytes of Keccak-256(public key)

Operational Security

Running Offline

For maximum security when generating wallets:

Disconnect from the internet before running the toolkit
Boot from a live USB (e.g., Tails OS) for sensitive operations
Use an air-gapped computer for high-value wallets
Verify checksums of the toolkit before use

Environment Isolation

# Create isolated virtual environment
python -m venv --copies venv
source venv/bin/activate

# Verify no network-capable packages are installed
pip list

# Run the toolkit
python eth_toolkit.py generate --mnemonic

Memory Security

Private keys exist in memory during operation
Close the terminal immediately after use
Consider using memory-wiping tools on sensitive systems
Avoid running other applications during key generation

Key Management

Storage Best Practices

Storage Method	Security Level	Use Case
Hardware wallet	Highest	Large holdings
Encrypted USB	High	Cold storage
Paper wallet	High	Long-term backup
Password manager	Medium	Day-to-day access
Plain text file	Dangerous	Never recommended

Mnemonic Backup

Write the mnemonic on paper (not digitally)
Use metal backup plates for fire/water resistance
Split using Shamir's Secret Sharing for high-value wallets
Store copies in multiple secure locations
Never photograph or digitize the mnemonic

Private Key Handling

# Generate wallet and save to encrypted file
python eth_toolkit.py generate --mnemonic --output wallet.json

# The output file should be:
# 1. Encrypted with a strong password
# 2. Stored on encrypted storage
# 3. Backed up securely
# 4. Deleted from unencrypted storage

Known Vulnerabilities in Other Tools

The Profanity Vulnerability (September 2022)

The open-source vanity address generator "Profanity" contained a critical flaw that led to $160 million in losses for Wintermute and other victims.

Root Cause: Profanity used mt19937 pseudo-random number generator with only a 4-byte seed. Since Ethereum private keys are 32 bytes, this reduced the keyspace from 2^256 to 2^32 possible keys—easily brute-forceable.

How Attackers Exploited It:

Generated all possible starting private keys (fits in <2TB storage)
Replayed the search iteration to recreate (private key, address) pairs
Drained wallets matching known vanity addresses

This toolkit avoids the specific Profanity vulnerability by:

Using eth-account which relies on OS CSPRNG (/dev/urandom on Linux, CryptGenRandom on Windows)
Each wallet generation uses fresh, cryptographically secure randomness
No incremental key derivation from a weak seed

However, this does NOT guarantee safety. Other vulnerabilities may exist. This toolkit is for EDUCATIONAL PURPOSES ONLY. Always audit the code yourself and use at your own risk.

Reference: James. "Fixing Other People's Code." Oregon State University Blogs, February 2023.

Address Poisoning Attacks

Address poisoning is a social engineering attack where attackers:

Create vanity addresses resembling your frequently-used addresses
Send you small transactions (or fake tokens) from these lookalike addresses
Hope you copy the wrong address from your transaction history

Example (FAKE illustrative addresses):

Legitimate: 0xABCD1234ABCD1234ABCD1234ABCD1234ABCD1234
Attacker: 0xABCD5678000056780000567800005678ABCD5678

(Notice the first 4 and last 4 characters match, middle is different)

Notable Incident: Address poisoning attacks have resulted in millions of dollars in losses.

Protection:

Always verify the FULL address, not just first/last characters
Use address books and whitelists
Be suspicious of unexpected token transfers in your history

Reference: CertiK. "Vanity Address and Address Poisoning." CertiK Resources, July 2024.

Threat Model

Threats Addressed

Threat	Mitigation
Weak RNG	Uses OS CSPRNG via eth-account
Network interception	Run offline
Malicious dependencies	Uses only official Ethereum Foundation libs
Memory inspection	User responsibility (air-gapped system)
Supply chain attack	Verify source code before use
Profanity-style vulnerability	Fresh CSPRNG entropy per generation

Threats NOT Addressed

Threat	User Responsibility
Compromised OS	Use trusted operating system
Hardware keyloggers	Verify physical security
Shoulder surfing	Ensure private environment
Social engineering	Verify all instructions
Malware on system	Run on clean system

Attack Vectors

1. Compromised Random Number Generator

Risk: Predictable private keys
Mitigation: eth-account uses OS CSPRNG
Verification: Audit eth-account source code

2. Modified Source Code

Risk: Backdoored key generation
Mitigation: Verify git commits and signatures
Verification: Compare with official repository

3. Dependency Confusion

Risk: Malicious package substitution
Mitigation: Use official PyPI packages only
Verification: Check package hashes

Auditing the Code

Code Review Checklist

Before using this toolkit for valuable assets, review:

Key Generation (eth_toolkit.py)
- Verify Account.create() is used for random generation
- Verify Account.create_with_mnemonic() for mnemonic generation
- Check no hardcoded values in key generation
Dependencies (requirements.txt)
- Verify all packages are from Ethereum Foundation
- Check package versions for known vulnerabilities
- Review package source code if needed
Output Handling
- Verify keys are not logged or transmitted
- Check file output is not cached
- Ensure no telemetry or analytics

Verification Commands

# Verify eth-account is official
pip show eth-account
# Check homepage: https://github.com/ethereum/eth-account

# Verify package integrity
pip hash eth-account

# Count lines of code (should be ~600-800)
wc -l eth_toolkit.py vanity.py

# Search for suspicious patterns
grep -r "http\|https\|request\|socket\|urllib" *.py

Recommended Audit Process

Clone the repository locally
Disconnect from the internet
Review all Python files manually
Verify dependencies against official sources
Test with non-valuable addresses first
Use for production only after full review

Security Contacts

If you discover a security vulnerability:

Do NOT create a public issue
Contact the maintainers privately
Allow reasonable time for a fix before disclosure

Disclaimer

This toolkit is provided as-is for educational and personal use. The authors are not responsible for:

Loss of funds due to improper use
Security breaches on compromised systems
Errors in generated addresses or keys

Always verify generated addresses before depositing significant funds.

""" Documentation Resources for Ethereum Wallet MCP Server

This module implements MCP resources providing documentation:

BIP39 standard documentation
HD derivation path documentation
BIP39 wordlists by language

Resources provide static content that can be read by MCP clients. """

from mcp.server import Server from mcp.types import Resource, TextContent

BIP39 wordlists - English only included inline, others loaded dynamically

SUPPORTED_LANGUAGES = [ "english", "spanish", "french", "italian", "japanese", "korean", "chinese_simplified", "chinese_traditional", "czech", "portuguese" ]

def register_documentation_resources(server: Server) -> None: """ Register all documentation resources with the MCP server.

Args:
    server: MCP Server instance to register resources with
"""

@server.resource("wallet://documentation/bip39")
async def get_bip39_documentation() -> str:
    """
    Resource providing BIP39 standard documentation.
    
    Returns comprehensive documentation about the BIP39 mnemonic
    standard used for wallet seed phrases.
    """
    return BIP39_DOCUMENTATION

@server.resource("wallet://documentation/derivation-paths")
async def get_derivation_paths_documentation() -> str:
    """
    Resource providing HD derivation path documentation.
    
    Returns documentation about BIP44 standard paths and
    Ethereum-specific derivation conventions.
    """
    return DERIVATION_PATHS_DOCUMENTATION

@server.resource("wallet://wordlist/{language}")
async def get_wordlist(language: str) -> str:
    """
    Resource providing BIP39 wordlists by language.
    
    Args:
        language: Language code (english, spanish, french, etc.)
        
    Returns:
        Complete BIP39 wordlist for the specified language
    """
    language = language.lower().strip()
    
    if language not in SUPPORTED_LANGUAGES:
        return f"Error: Unsupported language '{language}'. Supported: {', '.join(SUPPORTED_LANGUAGES)}"
    
    try:
        from mnemonic import Mnemonic
        mnemo = Mnemonic(language)
        words = mnemo.wordlist
        
        header = f"# BIP39 Wordlist: {language.title()}\n\n"
        header += f"Total words: {len(words)}\n\n"
        header += "---\n\n"
        
        # Format as numbered list
        word_list = "\n".join(f"{i+1}. {word}" for i, word in enumerate(words))
        
        return header + word_list
        
    except Exception as e:
        return f"Error loading wordlist for '{language}': {str(e)}"

============================================================================

Documentation Content

============================================================================

BIP39_DOCUMENTATION = """# BIP39: Mnemonic Code for Generating Deterministic Keys

Overview

BIP39 (Bitcoin Improvement Proposal 39) describes the implementation of a mnemonic code or mnemonic sentence -- a group of easy-to-remember words -- for the generation of deterministic wallets.

This standard is widely adopted across the cryptocurrency ecosystem and is the foundation for most modern wallet backup and recovery systems.

How It Works

1. Entropy Generation

The process begins with generating random entropy:

Word Count	Entropy Bits	Checksum Bits	Total Bits
12 words	128 bits	4 bits	132 bits
15 words	160 bits	5 bits	165 bits
18 words	192 bits	6 bits	198 bits
21 words	224 bits	7 bits	231 bits
24 words	256 bits	8 bits	264 bits

2. Checksum Calculation

A checksum is computed by taking the first entropy_bits / 32 bits of the SHA256 hash of the entropy. This checksum is appended to the entropy.

3. Word Selection

The combined entropy + checksum is split into 11-bit groups. Each 11-bit value (0-2047) maps to a word in the 2048-word BIP39 wordlist.

4. Seed Generation

The mnemonic is converted to a 512-bit seed using PBKDF2-HMAC-SHA512:

Mnemonic phrase as the password
"mnemonic" + optional passphrase as the salt
2048 iterations

Security Considerations

Entropy Quality

The security of your wallet depends entirely on the quality of entropy used:

Good: Hardware random number generators, OS-level /dev/urandom
Bad: Predictable sources, weak PRNGs, user-chosen words

Never create your own mnemonic by picking words! The checksum will be invalid, and human-chosen words are not random.

Word Count Recommendations

Use Case	Recommended	Security Level
Testing/Development	12 words	128 bits
Personal Use	12-24 words	128-256 bits
High Value	24 words	256 bits
Institutional	24 words + passphrase	256+ bits

Passphrase (25th Word)

BIP39 supports an optional passphrase that provides:

Additional Security: Even if mnemonic is compromised, funds are safe
Plausible Deniability: Different passphrases derive different wallets
Multi-wallet: Single mnemonic can manage multiple separate wallets

Warning: Forgetting the passphrase means permanent loss of funds!

Supported Languages

BIP39 defines wordlists in multiple languages:

English (most common, recommended)
Spanish (Español)
French (Français)
Italian (Italiano)
Japanese (日本語)
Korean (한국어)
Chinese Simplified (简体中文)
Chinese Traditional (繁體中文)
Czech (Čeština)
Portuguese (Português)

Language Selection Tips

Use English for maximum compatibility
Same entropy with different language = different words, same seed
Some wallets only support English
Document which language was used!

Wordlist Properties

Each BIP39 wordlist has specific properties:

2048 words exactly
First 4 characters unique - allows unambiguous abbreviation
Similar words avoided - reduces confusion
Sorted - allows binary search
UTF-8 NFKD normalized - consistent encoding

Common Mistakes to Avoid

1. Digital Storage

❌ Storing mnemonic in:

Cloud storage (iCloud, Google Drive, Dropbox)
Password managers
Email
Photos
Text files

2. Insecure Generation

❌ Generating mnemonic:

On compromised devices
Using weak randomness
By manually selecting words

3. Sharing

❌ Entering mnemonic:

On websites
In apps from unknown sources
When someone asks for "verification"

4. Single Copy

❌ Keeping only one backup:

Fire, flood, theft can destroy it
Always maintain redundant copies

Verification and Validation

Valid Mnemonic Checklist

✅ Word count is 12, 15, 18, 21, or 24
✅ All words are in the BIP39 wordlist
✅ Words are in exact order
✅ Checksum validates correctly
✅ Derives expected address

Testing Your Backup

Generate wallet, note the address
Clear wallet from device
Restore using your backup
Verify same address is derived
Send small test transaction

References

BIP39 Specification
BIP39 Wordlists
Ian Coleman's BIP39 Tool (use offline only!)

Related Standards

BIP32: Hierarchical Deterministic Wallets
BIP44: Multi-Account Hierarchy
BIP43: Purpose Field
SLIP44: Registered Coin Types """

DERIVATION_PATHS_DOCUMENTATION = """# HD Wallet Derivation Paths

Overview

Hierarchical Deterministic (HD) wallets use derivation paths to generate multiple addresses from a single seed. This allows one mnemonic to manage unlimited addresses in a deterministic, recoverable way.

Path Format

Derivation paths follow this format:

m / purpose' / coin_type' / account' / change / address_index

Components

Component	Description	Example
`m`	Master node (root)	Always `m`
`purpose'`	BIP number defining structure	`44'` for BIP44
`coin_type'`	Cryptocurrency identifier	`60'` for Ethereum
`account'`	Account index	`0'`, `1'`, etc.
`change`	External (0) or internal (1) chain	Usually `0`
`address_index`	Address within account	`0`, `1`, `2`, etc.

Hardened vs Non-Hardened

Hardened (marked with ' or h): More secure, cannot derive parent
Non-hardened: Can derive child public keys from parent public key

Ethereum uses hardened derivation for purpose, coin_type, and account.

Ethereum Standard Path

BIP44 Standard (Most Common)

m/44'/60'/0'/0/x

Where:

44' = BIP44 purpose
60' = Ethereum coin type (SLIP44)
0' = First account
0 = External chain
x = Address index (0, 1, 2, ...)

First 5 Addresses

Index	Path	Description
0	`m/44'/60'/0'/0/0`	First address
1	`m/44'/60'/0'/0/1`	Second address
2	`m/44'/60'/0'/0/2`	Third address
3	`m/44'/60'/0'/0/3`	Fourth address
4	`m/44'/60'/0'/0/4`	Fifth address

Wallet-Specific Paths

Different wallets may use slightly different paths:

MetaMask / Most Web Wallets

m/44'/60'/0'/0/x

Standard BIP44 path, increments address_index.

Ledger Live

m/44'/60'/0'/0/x

Same as MetaMask.

Legacy Ledger (MEW)

m/44'/60'/0'/x

Note: Missing the change component.

Legacy Ledger Live

m/44'/60'/x'/0/0

Increments account instead of address_index.

Trezor

m/44'/60'/0'/0/x

Standard BIP44 path.

Jaxx

m/44'/60'/0'/0/x

Standard BIP44 path.

Exodus

m/44'/60'/0'/0/x

Standard BIP44 path.

Multi-Account Usage

Account vs Address Index

You can organize addresses in two ways:

Method 1: Multiple Addresses in One Account

m/44'/60'/0'/0/0  ← Address 0
m/44'/60'/0'/0/1  ← Address 1
m/44'/60'/0'/0/2  ← Address 2

Method 2: Multiple Accounts

m/44'/60'/0'/0/0  ← Account 0, Address 0
m/44'/60'/1'/0/0  ← Account 1, Address 0
m/44'/60'/2'/0/0  ← Account 2, Address 0

When to Use Each

Method	Use Case
Multiple addresses	Privacy, receiving payments
Multiple accounts	Organizational separation

Other Ethereum Networks

EVM-Compatible Chains

Most EVM chains use the same path as Ethereum:

m/44'/60'/0'/0/x

This includes:

Polygon
Binance Smart Chain
Avalanche C-Chain
Arbitrum
Optimism
Fantom

Different Coin Types (Less Common)

Some networks register their own coin type:

Ethereum Classic: m/44'/61'/0'/0/x
Binance Chain (Beacon): m/44'/714'/0'/0/x

Custom Derivation Paths

When to Use Custom Paths

Privacy: Separate funds from main path
Organization: Business vs personal
Compatibility: Matching legacy wallet
Advanced: Multi-sig setups

Creating Custom Paths

Valid path examples:

m/44'/60'/0'/0/0     ← Standard
m/44'/60'/1'/0/0     ← Second account
m/44'/60'/0'/0/100   ← 101st address
m/44'/60'/0'/1/0     ← Internal/change address

Warning: Document custom paths! Non-standard paths may not be recovered by default wallet restore processes.

Path Recovery

If You Don't Know Your Path

Try these common paths in order:

m/44'/60'/0'/0/0 - Standard BIP44
m/44'/60'/0'/0 - Legacy Ledger (no index)
m/44'/60'/0'/0/0 through /9 - First 10 addresses
m/44'/60'/0'/0/0 through m/44'/60'/9'/0/0 - First 10 accounts

Path Recovery Tools

Use tools like:

derive_multiple_accounts - Try multiple indices
Wallet discovery features in some wallets
Block explorer address lookup

Security Considerations

Public Key Exposure

Non-hardened paths allow deriving child public keys
Never expose extended public key (xpub) at account level or higher
Address-level xpub is generally safe to share

Path Documentation

Always document:

Exact derivation path used
Which wallet created it
Any non-standard components

Backup Includes Path

Your backup should include:

Mnemonic phrase
Passphrase (if used)
Derivation path (if non-standard)

Common Mistakes

1. Wrong Path on Restore

Problem: Restoring with different path = different addresses Solution: Document and verify paths

2. Hardened vs Non-Hardened Confusion

Problem: 0 vs 0' are completely different! Solution: Copy paths exactly, including apostrophes

3. Legacy Path Compatibility

Problem: Old wallet used non-standard path Solution: Try known legacy paths, check wallet documentation

4. Lost Custom Path

Problem: Used custom path, didn't document it Solution: Brute-force common variations (tedious but possible)

Quick Reference

Standard Ethereum Path

m/44'/60'/0'/0/0

Derive 5 Addresses

m/44'/60'/0'/0/0
m/44'/60'/0'/0/1
m/44'/60'/0'/0/2
m/44'/60'/0'/0/3
m/44'/60'/0'/0/4

Path Template

m / 44' / 60' / {account}' / 0 / {index}

References

Ethereum Wallet MCP Server

A Model Context Protocol (MCP) server providing Ethereum wallet generation and HD wallet functionality. This server enables AI assistants like Claude to securely generate Ethereum wallets, work with BIP39 mnemonics, and derive multiple accounts from a single seed phrase.

Features

Tools

generate_wallet - Generate a new random Ethereum wallet
generate_wallet_with_mnemonic - Generate a wallet with BIP39 seed phrase
restore_wallet_from_mnemonic - Restore wallet from existing mnemonic
restore_wallet_from_private_key - Restore wallet from private key
derive_multiple_accounts - Derive multiple HD wallet accounts
generate_vanity_address - Generate address matching a pattern

Prompts

create_secure_wallet - Guided secure wallet creation
backup_wallet_guide - Wallet backup instructions
recover_wallet_help - Wallet recovery assistance

Resources

wallet://documentation/bip39 - BIP39 standard documentation
wallet://documentation/derivation-paths - HD derivation path docs
wallet://wordlist/{language} - BIP39 wordlists by language

Installation

# Install from source
pip install -e .

# Or with dev dependencies
pip install -e ".[dev]"

Usage

Running the Server

# Run directly
ethereum-wallet-mcp

# Or via Python
python -m ethereum_wallet_mcp.server

Claude Desktop Configuration

Add to your Claude Desktop config (claude_desktop_config.json):

{
  "mcpServers": {
    "ethereum-wallet": {
      "command": "ethereum-wallet-mcp"
    }
  }
}

Example Interactions

User: "Generate a new Ethereum wallet for me"
→ Returns: address, private_key, public_key

User: "Create a wallet with a 24-word seed phrase"
→ Returns: address, private_key, mnemonic (24 words), derivation_path

User: "Restore my wallet from this seed: abandon abandon abandon..."
→ Returns: restored wallet details

User: "Derive 10 accounts from my seed phrase"
→ Returns: list of 10 accounts with addresses and keys

User: "Generate a vanity address starting with 'cafe'"
→ Returns: matching address with generation stats

Security Considerations

⚠️ IMPORTANT SECURITY WARNINGS:

Never share private keys or mnemonic phrases - These give full access to funds
This server does not persist sensitive data - Keys exist only in memory during operation
Use hardware wallets for real funds - Software wallets are inherently less secure
Vanity addresses carry risks - Never use for high-value storage
Verify addresses independently - Always double-check derived addresses

Development

Running Tests

pytest tests/ -v

Code Formatting

black src/ tests/
isort src/ tests/

Type Checking

mypy src/

API Reference

Tool: generate_wallet

Generate a new random Ethereum wallet with no mnemonic.

Parameters: None

Returns:

address (str): Checksummed Ethereum address
private_key (str): Hex-encoded private key (0x prefixed)
public_key (str): Hex-encoded public key

Tool: generate_wallet_with_mnemonic

Generate a new wallet with BIP39 mnemonic seed phrase.

Parameters:

word_count (int, optional): 12, 15, 18, 21, or 24. Default: 12
language (str, optional): Mnemonic language. Default: "english"
passphrase (str, optional): BIP39 passphrase. Default: ""
derivation_path (str, optional): HD path. Default: "m/44'/60'/0'/0/0"

Returns:

address, private_key, public_key
mnemonic (str): Space-separated seed words
derivation_path (str): Path used
passphrase_used (bool): Whether passphrase was applied

Tool: restore_wallet_from_mnemonic

Restore a wallet from an existing BIP39 mnemonic.

Parameters:

mnemonic (str, required): Space-separated mnemonic phrase
passphrase (str, optional): BIP39 passphrase. Default: ""
derivation_path (str, optional): HD path. Default: "m/44'/60'/0'/0/0"

Returns: Same as generate_wallet_with_mnemonic (without mnemonic field)

Tool: restore_wallet_from_private_key

Restore a wallet from a private key.

Parameters:

private_key (str, required): Hex private key (with or without 0x prefix)

Returns:

address, private_key (normalized), public_key

Tool: derive_multiple_accounts

Derive multiple accounts from a single mnemonic.

Parameters:

mnemonic (str, required): BIP39 mnemonic
count (int, optional): Number of accounts (1-100). Default: 5
start_index (int, optional): Starting index. Default: 0
passphrase (str, optional): BIP39 passphrase. Default: ""
base_path (str, optional): Base HD path. Default: "m/44'/60'/0'/0"

Returns:

accounts (list): List of {index, derivation_path, address, private_key, public_key}
total_derived (int): Number of accounts derived
base_path (str): Base path used

Tool: generate_vanity_address

Generate an address matching a vanity pattern.

Parameters:

prefix (str, optional): Desired prefix after 0x (hex chars)
suffix (str, optional): Desired suffix (hex chars)
case_sensitive (bool, optional): Match case exactly. Default: false
timeout_seconds (int, optional): Max search time. Default: 60

Returns:

address, private_key, public_key
pattern_matched (str): Matched pattern
attempts (int): Addresses tried
time_seconds (float): Time taken
difficulty (int): Estimated 1-in-N difficulty

License

MIT License - See LICENSE for details.

Contributing

Contributions welcome! Please read the contributing guidelines and submit pull requests.

# ERC-8004 Keywords & SEO Terms

Comprehensive keyword list for ERC-8004 Trustless Agents ecosystem

Core Protocol Keywords

ERC-8004, ERC8004, EIP-8004, EIP8004, Trustless Agents, trustless agent, trustless AI, trustless AI agents, agent protocol, agent standard, Ethereum agent standard, blockchain agent protocol, on-chain agents, onchain agents, on-chain AI, onchain AI, decentralized agents, decentralized AI agents, autonomous agents, autonomous AI agents, AI agent protocol, AI agent standard, agent discovery, agent trust, agent reputation, agent validation, agent identity, agent registry, identity registry, reputation registry, validation registry, agent NFT, ERC-721 agent, agent tokenId, agentId, agentURI, agentWallet, agent registration, agent registration file, agent-registration.json, agent card, agent metadata, agent endpoints, agent discovery protocol, agent trust protocol, open agent protocol, open agent standard, permissionless agents, permissionless AI, censorship-resistant agents, portable agent identity, portable AI identity, verifiable agents, verifiable AI agents, accountable agents, accountable AI, agent accountability

Blockchain & Web3 Keywords

Ethereum, Ethereum mainnet, ETH, EVM, Ethereum Virtual Machine, smart contracts, Solidity, blockchain, decentralized, permissionless, trustless, on-chain, onchain, L2, Layer 2, Base, Optimism, Polygon, Linea, Arbitrum, Scroll, Monad, Gnosis, Celo, Sepolia, testnet, mainnet, singleton contracts, singleton deployment, ERC-721, NFT, non-fungible token, tokenURI, URIStorage, EIP-712, ERC-1271, wallet signature, EOA, smart contract wallet, gas fees, gas sponsorship, EIP-7702, subgraph, The Graph, indexer, blockchain indexing, IPFS, decentralized storage, content-addressed, immutable data, public registry, public good, credibly neutral, credibly neutral infrastructure, open protocol, open standard, Web3, crypto, cryptocurrency, DeFi, decentralized finance

AI & Agent Technology Keywords

AI agents, artificial intelligence agents, autonomous AI, AI autonomy, LLM agents, large language model agents, machine learning agents, ML agents, AI assistant, AI chatbot, intelligent agents, software agents, digital agents, virtual agents, AI automation, automated agents, agent-to-agent, A2A, A2A protocol, Google A2A, Agent2Agent, MCP, Model Context Protocol, agent communication, agent interoperability, agent orchestration, agent collaboration, multi-agent, multi-agent systems, agent capabilities, agent skills, agent tools, agent prompts, agent resources, agent completions, AgentCard, agent card, agent endpoint, agent service, AI service, AI API, agent API, AI infrastructure, agent infrastructure, agentic, agentic web, agentic economy, agentic commerce, agent economy, agent marketplace, AI marketplace, agent platform, AI platform

Trust & Reputation Keywords

trust, trustless, reputation, reputation system, reputation protocol, reputation registry, feedback, client feedback, user feedback, on-chain feedback, on-chain reputation, verifiable reputation, portable reputation, reputation aggregation, reputation scoring, reputation algorithm, trust signals, trust model, trust verification, trust layer, recursive reputation, reviewer reputation, spam prevention, Sybil attack, Sybil resistance, anti-spam, feedback filtering, trusted reviewers, rating, rating system, quality rating, starred rating, uptime rating, success rate, response time, performance history, track record, audit trail, immutable feedback, permanent feedback, feedback response, appendResponse, giveFeedback, revokeFeedback, feedback tags, feedback value, valueDecimals, feedbackURI, feedbackHash, clientAddress, reviewer address

Validation & Verification Keywords

validation, validation registry, validator, validator contract, cryptographic validation, cryptographic proof, cryptographic attestation, zero-knowledge, ZK, zkML, zero-knowledge machine learning, ZK proofs, trusted execution environment, TEE, TEE attestation, TEE oracle, stake-secured, staking validators, crypto-economic security, inference re-execution, output validation, work verification, third-party validation, independent validation, validation request, validation response, validationRequest, validationResponse, requestHash, responseHash, verifiable computation, verified agents, verified behavior, behavioral validation, agent verification

Payment & Commerce Keywords

x402, x402 protocol, x402 payments, programmable payments, micropayments, HTTP payments, pay-per-request, pay-per-task, agent payments, AI payments, agent monetization, AI monetization, agent commerce, AI commerce, agentic commerce, agent economy, AI economy, agent marketplace, service marketplace, agent-to-agent payments, A2A payments, stablecoin payments, USDC, crypto payments, on-chain payments, payment settlement, programmable settlement, proof of payment, proofOfPayment, payment receipt, payment verification, Coinbase, Coinbase x402, agent pricing, API pricing, service pricing, subscription, API keys, revenue, trading yield, cumulative revenues, agent wallet, payment address, toAddress, fromAddress, txHash

Discovery & Registry Keywords

agent discovery, service discovery, agent registry, identity registry, agent registration, register agent, mint agent, agent NFT, agent tokenId, agent browsing, agent explorer, agent scanner, 8004scan, 8004scan.io, agentscan, agentscan.info, 8004agents, 8004agents.ai, agent leaderboard, agent ranking, top agents, agent listing, agent directory, agent catalog, agent index, browse agents, search agents, find agents, discover agents, agent visibility, agent discoverability, no-code registration, agent creation, create agent, my agents, agent owner, agent operator, agent transfer, transferable agent, portable agent

Endpoints & Integration Keywords

endpoint, agent endpoint, service endpoint, API endpoint, MCP endpoint, A2A endpoint, web endpoint, HTTPS endpoint, HTTP endpoint, DID, decentralized identifier, ENS, Ethereum Name Service, ENS name, agent.eth, vitalik.eth, email endpoint, OASF, Open Agent Specification Format, endpoint verification, domain verification, endpoint ownership, .well-known, well-known, agent-registration.json, endpoint domain, endpoint URL, endpoint URI, base64 data URI, on-chain metadata, off-chain metadata, metadata storage, JSON metadata, agent JSON, registration JSON

SDK & Developer Tools Keywords

SDK, Agent0 SDK, Agent0, ChaosChain SDK, ChaosChain, Lucid Agents, Daydreams AI, create-8004-agent, npm, TypeScript SDK, Python SDK, JavaScript, Solidity, smart contract, ABI, contract ABI, deployed contracts, contract addresses, Hardhat, development tools, developer tools, dev tools, API, REST API, GraphQL, subgraph, The Graph, indexer, blockchain explorer, Etherscan, contract verification, open source, MIT license, CC0, public domain, GitHub, repository, code repository, documentation, docs, best practices, reference implementation

Ecosystem & Community Keywords

ecosystem, community, builder, builders, developer, developers, contributor, contributors, partner, partners, collaborator, collaborators, co-author, co-authors, MetaMask, Ethereum Foundation, Google, Coinbase, Consensys, AltLayer, Virtuals Protocol, Olas, EigenLayer, Phala, ElizaOS, Flashbots, Polygon, Base, Optimism, Arbitrum, Scroll, Linea, Monad, Gnosis, Celo, Near Protocol, Filecoin, Worldcoin, ThirdWeb, ENS, Collab.land, DappRadar, Giza Tech, Theoriq, OpenServ, Questflow, Semantic, Semiotic, Cambrian, Nevermined, Oasis, Towns Protocol, Warden Protocol, Terminal3, Pinata Cloud, Silence Labs, Rena Labs, Index Network, Trusta Network, Turf Network

Key People & Organizations Keywords

Marco De Rossi, MetaMask AI Lead, Davide Crapis, Ethereum Foundation AI, Head of AI, Jordan Ellis, Google engineer, Erik Reppel, Coinbase engineering, Head of Engineering, Sumeet Chougule, ChaosChain founder, YQ, AltLayer co-founder, Wee Kee, Virtuals contributor, Cyfrin audit, Nethermind audit, Ethereum Foundation Security Team, security audit, audited contracts

Use Cases & Applications Keywords

trading bot, DeFi agent, yield optimizer, data oracle, price feed, analytics agent, research agent, coding agent, development agent, automation agent, task agent, workflow agent, portfolio management, asset management, supply chain, service agent, API service, chatbot, AI assistant, virtual assistant, personal agent, enterprise agent, B2B agent, agent-as-a-service, AaaS, SaaS agent, AI SaaS, delegated agent, proxy agent, helper agent, worker agent, coordinator agent, orchestrator agent, validator agent, auditor agent, insurance agent, scoring agent, ranking agent

Technical Specifications Keywords

ERC-8004 specification, EIP specification, Ethereum Improvement Proposal, Ethereum Request for Comment, RFC 2119, RFC 8174, MUST, SHOULD, MAY, OPTIONAL, REQUIRED, interface, contract interface, function signature, event, emit event, indexed event, storage, contract storage, view function, external function, public function, uint256, int128, uint8, uint64, bytes32, string, address, array, struct, MetadataEntry, mapping, modifier, require, revert, transfer, approve, operator, owner, tokenId, URI, hash, keccak256, KECCAK-256, signature, deadline

Events & Conferences Keywords

8004 Launch Day, Agentic Brunch, Builder Nights Denver, Trustless Agent Day, Devconnect, ETHDenver, community call, meetup, hackathon, workshop, conference, summit, builder program, grants, bounties, ecosystem fund

News & Media Keywords

announcement, launch, mainnet launch, testnet launch, protocol update, upgrade, security review, audit, milestone, breaking news, ecosystem news, agent news, AI news, blockchain news, Web3 news, crypto news, DeFi news, newsletter, blog, article, press release, media coverage

Competitor & Alternative Keywords

agent framework, agent platform, AI platform, centralized agents, closed agents, proprietary agents, gatekeeper, intermediary, platform lock-in, vendor lock-in, data silos, walled garden, open alternative, decentralized alternative, permissionless alternative, trustless alternative

Future & Roadmap Keywords

cross-chain, multi-chain, chain agnostic, bridge, interoperability, governance, community governance, decentralized governance, DAO, protocol upgrade, upgradeable contracts, UUPS, proxy contract, ERC1967Proxy, protocol evolution, standard finalization, EIP finalization, mainnet feedback, testnet feedback, security improvements, gas optimization, feature request, enhancement, proposal

Long-tail Keywords & Phrases

how to register AI agent on blockchain, how to create ERC-8004 agent, how to build trustless AI agent, how to verify agent reputation, how to give feedback to AI agent, how to monetize AI agent, how to accept crypto payments AI agent, how to discover AI agents, how to trust AI agents, how to validate AI agent output, decentralized AI agent marketplace, on-chain AI agent registry, blockchain-based AI reputation, verifiable AI agent identity, portable AI agent reputation, permissionless AI agent registration, trustless AI agent discovery, autonomous AI agent payments, agent-to-agent micropayments, AI agent service discovery, AI agent trust protocol, open source AI agent standard, Ethereum AI agent protocol, EVM AI agent standard, blockchain AI agent framework, decentralized AI agent infrastructure, Web3 AI agent ecosystem, crypto AI agent platform, DeFi AI agent integration, NFT-based agent identity, ERC-721 agent registration, on-chain agent metadata, off-chain agent data, IPFS agent storage, subgraph agent indexing, agent explorer blockchain, agent scanner Ethereum, agent leaderboard ranking, agent reputation scoring, agent feedback system, agent validation proof, zkML agent verification, TEE agent attestation, stake-secured agent validation, x402 agent payments, MCP agent endpoint, A2A agent protocol, ENS agent name, DID agent identity, agent wallet address, agent owner operator, transferable agent NFT, portable agent identity, censorship-resistant agent registry, credibly neutral agent infrastructure, public good agent data, open agent economy, agentic web infrastructure, trustless agentic commerce, autonomous agent economy, AI agent economic actors, accountable AI agents, verifiable AI behavior, auditable AI agents, transparent AI agents, decentralized AI governance, community-driven AI standards, open protocol AI agents, permissionless AI innovation

Brand & Product Keywords

8004, 8004.org, Trustless Agents, trustlessagents, trustless-agents, 8004scan, 8004scan.io, agentscan, agentscan.info, 8004agents, 8004agents.ai, Agent0, agent0, sdk.ag0.xyz, ChaosChain, chaoschain, docs.chaoscha.in, Lucid Agents, lucid-agents, daydreams.systems, create-8004-agent, erc-8004-contracts, best-practices, agent0lab, subgraph

Hashtags & Social Keywords

#ERC8004, #TrustlessAgents, #AIAgents, #DecentralizedAI, #OnChainAI, #AgenticWeb, #AgentEconomy, #Web3AI, #BlockchainAI, #EthereumAI, #CryptoAI, #AutonomousAgents, #AIAutonomy, #AgentDiscovery, #AgentTrust, #AgentReputation, #x402, #MCP, #A2A, #AgentProtocol, #OpenAgents, #PermissionlessAI, #VerifiableAI, #AccountableAI, #AIInfrastructure, #AgentInfrastructure, #BuildWithAgents, #AgentBuilders, #AgentDevelopers, #AgentEcosystem

Statistical Keywords

10000+ agents, 10300+ agents, 10000+ testnet registrations, 20000+ feedback, 5 months development, 80+ teams, 100+ partners, January 28 2026, January 29 2026, mainnet live, production ready, audited contracts, singleton deployment, per-chain singleton, ERC-721 token, NFT minting, gas fees, $5-20 mainnet gas

Additional Core Protocol Terms

ERC 8004, EIP 8004, trustless agent protocol, trustless agent standard, trustless agent framework, trustless agent system, trustless agent network, trustless agent infrastructure, trustless agent architecture, trustless agent specification, trustless agent implementation, trustless agent deployment, trustless agent integration, trustless agent ecosystem, trustless agent platform, trustless agent marketplace, trustless agent registry, trustless agent identity, trustless agent reputation, trustless agent validation, trustless agent discovery, trustless agent verification, trustless agent authentication, trustless agent authorization, trustless agent registration, trustless agent management, trustless agent operations, trustless agent services, trustless agent solutions, trustless agent technology, trustless agent innovation, trustless agent development, trustless agent research, trustless agent security, trustless agent privacy, trustless agent transparency, trustless agent accountability, trustless agent governance, trustless agent compliance, trustless agent standards, trustless agent protocols, trustless agent interfaces, trustless agent APIs, trustless agent SDKs, trustless agent tools, trustless agent utilities, trustless agent libraries, trustless agent modules, trustless agent components, trustless agent extensions

Extended Blockchain Terms

Ethereum blockchain, Ethereum network, Ethereum protocol, Ethereum ecosystem, Ethereum infrastructure, Ethereum development, Ethereum smart contract, Ethereum dApp, Ethereum application, Ethereum transaction, Ethereum gas, Ethereum wallet, Ethereum address, Ethereum account, Ethereum signature, Ethereum verification, Ethereum consensus, Ethereum finality, Ethereum block, Ethereum chain, Ethereum node, Ethereum client, Ethereum RPC, Ethereum JSON-RPC, Ethereum Web3, Ethereum ethers.js, Ethereum viem, Ethereum wagmi, Ethereum hardhat, Ethereum foundry, Ethereum truffle, Ethereum remix, Ethereum deployment, Ethereum verification, Ethereum explorer, Ethereum scanner, Base blockchain, Base network, Base L2, Base layer 2, Base mainnet, Base testnet, Base Sepolia, Optimism blockchain, Optimism network, Optimism L2, Optimism mainnet, Optimism Sepolia, Polygon blockchain, Polygon network, Polygon PoS, Polygon zkEVM, Polygon mainnet, Polygon Mumbai, Arbitrum blockchain, Arbitrum One, Arbitrum Nova, Arbitrum Sepolia, Arbitrum Stylus, Linea blockchain, Linea network, Linea mainnet, Linea testnet, Scroll blockchain, Scroll network, Scroll mainnet, Scroll Sepolia, Monad blockchain, Monad network, Monad testnet, Gnosis Chain, Gnosis Safe, Celo blockchain, Celo network, Avalanche, Fantom, BNB Chain, BSC, Binance Smart Chain, zkSync, StarkNet, Mantle, Blast, Mode, Zora, opBNB, Manta, Taiko

Extended AI Agent Terms

artificial intelligence agent, machine learning agent, deep learning agent, neural network agent, transformer agent, GPT agent, Claude agent, Gemini agent, Llama agent, Mistral agent, AI model agent, foundation model agent, language model agent, multimodal agent, vision agent, audio agent, speech agent, text agent, code agent, coding assistant, programming agent, developer agent, software agent, application agent, web agent, mobile agent, desktop agent, cloud agent, edge agent, IoT agent, robotic agent, automation agent, workflow agent, process agent, task agent, job agent, worker agent, assistant agent, helper agent, support agent, service agent, utility agent, tool agent, function agent, capability agent, skill agent, knowledge agent, reasoning agent, planning agent, decision agent, execution agent, monitoring agent, logging agent, analytics agent, reporting agent, notification agent, alert agent, scheduling agent, calendar agent, email agent, messaging agent, chat agent, conversation agent, dialogue agent, interactive agent, responsive agent, reactive agent, proactive agent, predictive agent, adaptive agent, learning agent, evolving agent, self-improving agent, autonomous agent system, multi-agent architecture, agent swarm, agent collective, agent network, agent cluster, agent pool, agent fleet, agent army, agent workforce, agent team, agent group, agent ensemble, agent coalition, agent federation, agent consortium, agent alliance, agent partnership, agent collaboration, agent cooperation, agent coordination, agent orchestration, agent choreography, agent composition, agent aggregation, agent integration, agent interoperability, agent compatibility, agent standardization, agent normalization, agent harmonization

Extended Trust & Reputation Terms

trust protocol, trust system, trust network, trust infrastructure, trust layer, trust framework, trust model, trust algorithm, trust computation, trust calculation, trust score, trust rating, trust level, trust tier, trust grade, trust rank, trust index, trust metric, trust indicator, trust signal, trust factor, trust weight, trust coefficient, trust threshold, trust minimum, trust maximum, trust average, trust median, trust distribution, trust aggregation, trust normalization, trust scaling, trust decay, trust growth, trust accumulation, trust history, trust timeline, trust evolution, trust trajectory, trust prediction, trust forecast, trust estimation, trust inference, trust derivation, trust propagation, trust transfer, trust delegation, trust inheritance, trust chain, trust path, trust graph, trust network analysis, trust community detection, trust clustering, trust similarity, trust distance, trust proximity, trust relationship, trust connection, trust link, trust edge, trust node, trust vertex, reputation protocol, reputation system, reputation network, reputation infrastructure, reputation layer, reputation framework, reputation model, reputation algorithm, reputation computation, reputation calculation, reputation score, reputation rating, reputation level, reputation tier, reputation grade, reputation rank, reputation index, reputation metric, reputation indicator, reputation signal, reputation factor, reputation weight, reputation coefficient, reputation threshold, reputation minimum, reputation maximum, reputation average, reputation median, reputation distribution, reputation aggregation, reputation normalization, reputation scaling, reputation decay, reputation growth, reputation accumulation, reputation history, reputation timeline, reputation evolution, reputation trajectory, reputation prediction, reputation forecast, reputation estimation, reputation inference, reputation derivation, reputation propagation, reputation transfer, reputation delegation, reputation inheritance, reputation chain, reputation path, reputation graph, reputation network analysis, reputation community detection, reputation clustering, reputation similarity, reputation distance, reputation proximity, reputation relationship, reputation connection, reputation link, feedback protocol, feedback system, feedback network, feedback infrastructure, feedback layer, feedback framework, feedback model, feedback algorithm, feedback computation, feedback calculation, feedback score, feedback rating, feedback level, feedback tier, feedback grade, feedback rank, feedback index, feedback metric, feedback indicator, feedback signal, feedback factor, feedback weight, feedback coefficient, feedback threshold, feedback minimum, feedback maximum, feedback average, feedback median, feedback distribution, feedback aggregation, feedback normalization, feedback scaling, review system, rating system, scoring system, ranking system, evaluation system, assessment system, appraisal system, judgment system, quality assurance, quality control, quality metrics, quality standards, quality benchmarks, performance metrics, performance indicators, performance benchmarks, performance standards, performance evaluation, performance assessment, performance monitoring, performance tracking, performance analytics, performance reporting, performance dashboard

Extended Validation & Verification Terms

validation protocol, validation system, validation network, validation infrastructure, validation layer, validation framework, validation model, validation algorithm, validation computation, validation process, validation procedure, validation workflow, validation pipeline, validation chain, validation sequence, validation step, validation stage, validation phase, validation checkpoint, validation gate, validation barrier, validation filter, validation criteria, validation rules, validation logic, validation conditions, validation requirements, validation specifications, validation standards, validation benchmarks, validation metrics, validation indicators, validation signals, validation evidence, validation proof, validation attestation, validation certification, validation confirmation, validation approval, validation acceptance, validation rejection, validation failure, validation success, validation result, validation outcome, validation report, validation log, validation audit, validation trace, validation record, validation history, verification protocol, verification system, verification network, verification infrastructure, verification layer, verification framework, verification model, verification algorithm, verification computation, verification process, verification procedure, verification workflow, verification pipeline, verification chain, verification sequence, verification step, verification stage, verification phase, verification checkpoint, verification gate, verification barrier, verification filter, verification criteria, verification rules, verification logic, verification conditions, verification requirements, verification specifications, verification standards, verification benchmarks, verification metrics, verification indicators, verification signals, verification evidence, verification proof, verification attestation, verification certification, verification confirmation, verification approval, verification acceptance, verification rejection, verification failure, verification success, verification result, verification outcome, verification report, verification log, verification audit, verification trace, verification record, verification history, cryptographic verification, mathematical verification, formal verification, automated verification, manual verification, human verification, machine verification, AI verification, hybrid verification, multi-party verification, distributed verification, decentralized verification, consensus verification, probabilistic verification, deterministic verification, real-time verification, batch verification, streaming verification, incremental verification, partial verification, complete verification, exhaustive verification, sampling verification, statistical verification, heuristic verification, rule-based verification, model-based verification, data-driven verification, evidence-based verification, proof-based verification, attestation-based verification, signature-based verification, hash-based verification, merkle verification, zero-knowledge verification, ZK verification, zkSNARK, zkSTARK, PLONK, Groth16, recursive proof, proof composition, proof aggregation, proof batching, proof compression, proof generation, proof verification, prover, verifier, trusted setup, universal setup, transparent setup, TEE verification, SGX verification, TDX verification, SEV verification, enclave verification, secure enclave, hardware security, hardware attestation, remote attestation, local attestation, platform attestation, application attestation, code attestation, data attestation, execution attestation, result attestation

Extended Payment & Commerce Terms

payment protocol, payment system, payment network, payment infrastructure, payment layer, payment framework, payment model, payment algorithm, payment computation, payment process, payment procedure, payment workflow, payment pipeline, payment chain, payment sequence, payment step, payment stage, payment phase, payment gateway, payment processor, payment provider, payment service, payment solution, payment platform, payment application, payment interface, payment API, payment SDK, payment integration, payment compatibility, payment interoperability, payment standardization, payment normalization, payment harmonization, payment settlement, payment clearing, payment reconciliation, payment confirmation, payment verification, payment validation, payment authorization, payment authentication, payment security, payment privacy, payment transparency, payment accountability, payment compliance, payment regulation, payment governance, payment audit, payment reporting, payment analytics, payment monitoring, payment tracking, payment logging, payment history, payment record, payment receipt, payment invoice, payment statement, payment notification, payment alert, payment reminder, payment schedule, payment recurring, payment subscription, payment one-time, payment instant, payment delayed, payment batch, payment streaming, payment conditional, payment escrow, payment refund, payment chargeback, payment dispute, payment resolution, micropayment protocol, micropayment system, micropayment network, micropayment infrastructure, nanopayment, minipayment, small payment, fractional payment, partial payment, incremental payment, progressive payment, milestone payment, completion payment, success payment, performance payment, outcome payment, result payment, delivery payment, service payment, product payment, subscription payment, usage payment, consumption payment, metered payment, measured payment, tracked payment, verified payment, validated payment, confirmed payment, settled payment, cleared payment, finalized payment, irreversible payment, reversible payment, conditional payment, unconditional payment, guaranteed payment, insured payment, secured payment, unsecured payment, collateralized payment, uncollateralized payment, stablecoin payment, USDC payment, USDT payment, DAI payment, FRAX payment, LUSD payment, ETH payment, Ether payment, native token payment, ERC-20 payment, token payment, crypto payment, cryptocurrency payment, digital payment, electronic payment, online payment, internet payment, web payment, mobile payment, in-app payment, embedded payment, invisible payment, seamless payment, frictionless payment, instant payment, real-time payment, near-instant payment, fast payment, quick payment, rapid payment, speedy payment, efficient payment, low-cost payment, cheap payment, affordable payment, economical payment, cost-effective payment, value payment, premium payment, standard payment, basic payment, free payment, zero-fee payment, low-fee payment, minimal-fee payment, reduced-fee payment, discounted payment, promotional payment, incentivized payment, rewarded payment, cashback payment, rebate payment, bonus payment, tip payment, donation payment, contribution payment, support payment, funding payment, investment payment, capital payment, equity payment, debt payment, loan payment, credit payment, debit payment, prepaid payment, postpaid payment, pay-as-you-go payment, pay-per-use payment, pay-per-request payment, pay-per-call payment, pay-per-query payment, pay-per-task payment, pay-per-job payment, pay-per-result payment, pay-per-outcome payment, pay-per-success payment, pay-per-completion payment, pay-per-delivery payment, pay-per-service payment, pay-per-product payment, pay-per-access payment, pay-per-view payment, pay-per-download payment, pay-per-stream payment, pay-per-minute payment, pay-per-second payment, pay-per-byte payment, pay-per-token payment, pay-per-inference payment, pay-per-generation payment, pay-per-response payment, pay-per-answer payment, pay-per-solution payment, pay-per-recommendation payment, pay-per-prediction payment, pay-per-analysis payment, pay-per-insight payment, pay-per-report payment

Extended Discovery & Registry Terms

discovery protocol, discovery system, discovery network, discovery infrastructure, discovery layer, discovery framework, discovery model, discovery algorithm, discovery computation, discovery process, discovery procedure, discovery workflow, discovery pipeline, discovery chain, discovery sequence, discovery step, discovery stage, discovery phase, discovery mechanism, discovery method, discovery technique, discovery approach, discovery strategy, discovery tactic, discovery pattern, discovery template, discovery schema, discovery format, discovery standard, discovery specification, discovery interface, discovery API, discovery SDK, discovery tool, discovery utility, discovery library, discovery module, discovery component, discovery extension, discovery plugin, discovery addon, discovery integration, discovery compatibility, discovery interoperability, discovery standardization, discovery normalization, discovery harmonization, registry protocol, registry system, registry network, registry infrastructure, registry layer, registry framework, registry model, registry algorithm, registry computation, registry process, registry procedure, registry workflow, registry pipeline, registry chain, registry sequence, registry step, registry stage, registry phase, registry mechanism, registry method, registry technique, registry approach, registry strategy, registry tactic, registry pattern, registry template, registry schema, registry format, registry standard, registry specification, registry interface, registry API, registry SDK, registry tool, registry utility, registry library, registry module, registry component, registry extension, registry plugin, registry addon, registry integration, registry compatibility, registry interoperability, registry standardization, registry normalization, registry harmonization, agent catalog, agent directory, agent index, agent database, agent repository, agent store, agent hub, agent center, agent portal, agent gateway, agent aggregator, agent collector, agent curator, agent organizer, agent manager, agent administrator, agent operator, agent controller, agent supervisor, agent monitor, agent tracker, agent watcher, agent observer, agent listener, agent subscriber, agent publisher, agent broadcaster, agent announcer, agent advertiser, agent promoter, agent marketer, agent distributor, agent connector, agent linker, agent bridge, agent router, agent dispatcher, agent scheduler, agent allocator, agent balancer, agent optimizer, agent enhancer, agent improver, agent upgrader, agent updater, agent maintainer, agent supporter, agent helper, agent assistant, agent advisor, agent consultant, agent expert, agent specialist, agent professional, agent practitioner, agent implementer, agent developer, agent builder, agent creator, agent designer, agent architect, agent engineer, agent programmer, agent coder, agent hacker, agent maker, agent producer, agent manufacturer, agent provider, agent supplier, agent vendor, agent seller, agent buyer, agent consumer, agent user, agent customer, agent client, agent subscriber, agent member, agent participant, agent contributor, agent collaborator, agent partner, agent ally, agent friend, agent colleague, agent peer, agent neighbor, agent community, agent ecosystem, agent network, agent cluster, agent group, agent team, agent squad, agent unit, agent division, agent department, agent organization, agent company, agent enterprise, agent business, agent startup, agent project, agent initiative, agent program, agent campaign, agent movement, agent revolution, agent evolution, agent transformation, agent innovation, agent disruption, agent advancement, agent progress, agent growth, agent expansion, agent scaling, agent multiplication, agent proliferation, agent adoption, agent acceptance, agent integration, agent incorporation, agent assimilation, agent absorption, agent merger, agent acquisition, agent partnership, agent collaboration, agent cooperation, agent coordination, agent synchronization, agent harmonization, agent alignment, agent optimization, agent maximization, agent minimization, agent efficiency, agent effectiveness, agent productivity, agent performance, agent quality, agent reliability, agent availability, agent accessibility, agent usability, agent scalability, agent flexibility, agent adaptability, agent extensibility, agent maintainability, agent sustainability, agent durability, agent longevity, agent persistence, agent continuity, agent stability, agent security, agent safety, agent privacy, agent confidentiality, agent integrity, agent authenticity, agent validity, agent accuracy, agent precision, agent correctness, agent completeness, agent consistency, agent coherence, agent clarity, agent simplicity, agent elegance, agent beauty, agent aesthetics

Extended Technical Implementation Terms

smart contract development, smart contract programming, smart contract coding, smart contract writing, smart contract design, smart contract architecture, smart contract pattern, smart contract template, smart contract library, smart contract framework, smart contract toolkit, smart contract suite, smart contract collection, smart contract set, smart contract bundle, smart contract package, smart contract module, smart contract component, smart contract function, smart contract method, smart contract procedure, smart contract routine, smart contract subroutine, smart contract logic, smart contract algorithm, smart contract computation, smart contract calculation, smart contract operation, smart contract action, smart contract transaction, smart contract call, smart contract invocation, smart contract execution, smart contract deployment, smart contract migration, smart contract upgrade, smart contract update, smart contract patch, smart contract fix, smart contract bug, smart contract vulnerability, smart contract exploit, smart contract attack, smart contract defense, smart contract protection, smart contract security, smart contract audit, smart contract review, smart contract analysis, smart contract testing, smart contract verification, smart contract validation, smart contract certification, smart contract documentation, smart contract specification, smart contract interface, smart contract ABI, smart contract bytecode, smart contract opcode, smart contract gas, smart contract optimization, smart contract efficiency, smart contract performance, smart contract scalability, smart contract reliability, smart contract availability, smart contract maintainability, smart contract upgradeability, smart contract proxy, smart contract implementation, smart contract storage, smart contract memory, smart contract stack, smart contract heap, smart contract variable, smart contract constant, smart contract immutable, smart contract state, smart contract event, smart contract log, smart contract emit, smart contract modifier, smart contract require, smart contract assert, smart contract revert, smart contract error, smart contract exception, smart contract fallback, smart contract receive, smart contract payable, smart contract view, smart contract pure, smart contract external, smart contract internal, smart contract public, smart contract private, smart contract virtual, smart contract override, smart contract abstract, smart contract interface, smart contract library, smart contract import, smart contract inheritance, smart contract composition, smart contract delegation, smart contract proxy pattern, UUPS proxy, transparent proxy, beacon proxy, minimal proxy, clone factory, diamond pattern, EIP-2535, upgradeable contract, upgradeable proxy, upgrade mechanism, upgrade process, upgrade procedure, upgrade workflow, upgrade pipeline, upgrade chain, upgrade sequence, upgrade step, upgrade stage, upgrade phase, upgrade checkpoint, upgrade gate, upgrade barrier, upgrade filter, upgrade criteria, upgrade rules, upgrade logic, upgrade conditions, upgrade requirements, upgrade specifications, upgrade standards, upgrade benchmarks, upgrade metrics, upgrade indicators, upgrade signals, upgrade evidence, upgrade proof, upgrade attestation, upgrade certification, upgrade confirmation, upgrade approval, upgrade acceptance, upgrade rejection, upgrade failure, upgrade success, upgrade result, upgrade outcome, upgrade report, upgrade log, upgrade audit, upgrade trace, upgrade record, upgrade history

Extended Use Case Terms

DeFi agent, DeFi bot, DeFi automation, DeFi yield, DeFi farming, DeFi staking, DeFi lending, DeFi borrowing, DeFi trading, DeFi arbitrage, DeFi liquidation, DeFi governance, DeFi voting, DeFi proposal, DeFi treasury, DeFi vault, DeFi pool, DeFi liquidity, DeFi swap, DeFi exchange, DeFi DEX, DeFi AMM, DeFi orderbook, DeFi perpetual, DeFi options, DeFi futures, DeFi derivatives, DeFi insurance, DeFi prediction, DeFi oracle, DeFi bridge, DeFi cross-chain, DeFi multichain, DeFi aggregator, DeFi router, DeFi optimizer, DeFi maximizer, DeFi compounder, DeFi harvester, DeFi rebalancer, DeFi hedger, DeFi protector, DeFi guardian, DeFi sentinel, DeFi watchdog, DeFi monitor, DeFi tracker, DeFi analyzer, DeFi reporter, DeFi alerter, DeFi notifier, trading agent, trading bot, trading automation, trading algorithm, trading strategy, trading signal, trading indicator, trading pattern, trading trend, trading momentum, trading volume, trading liquidity, trading spread, trading slippage, trading execution, trading order, trading limit, trading market, trading stop, trading take-profit, trading stop-loss, trading position, trading portfolio, trading balance, trading equity, trading margin, trading leverage, trading risk, trading reward, trading return, trading profit, trading loss, trading performance, trading history, trading record, trading log, trading report, trading analytics, trading dashboard, trading interface, trading API, trading SDK, trading integration, trading compatibility, trading interoperability, data agent, data bot, data automation, data collection, data aggregation, data processing, data transformation, data cleaning, data validation, data verification, data enrichment, data augmentation, data annotation, data labeling, data classification, data categorization, data clustering, data segmentation, data filtering, data sorting, data ranking, data scoring, data rating, data evaluation, data assessment, data analysis, data analytics, data visualization, data reporting, data dashboard, data interface, data API, data SDK, data integration, data compatibility, data interoperability, research agent, research bot, research automation, research collection, research aggregation, research processing, research analysis, research synthesis, research summarization, research extraction, research identification, research discovery, research exploration, research investigation, research examination, research evaluation, research assessment, research review, research critique, research comparison, research benchmarking, research testing, research experimentation, research validation, research verification, research confirmation, research publication, research dissemination, research communication, research collaboration, research cooperation, research coordination, customer service agent, customer support agent, customer success agent, customer experience agent, customer engagement agent, customer retention agent, customer acquisition agent, customer onboarding agent, customer training agent, customer education agent, sales agent, marketing agent, advertising agent, promotion agent, outreach agent, engagement agent, conversion agent, retention agent, loyalty agent, advocacy agent, referral agent, partnership agent, collaboration agent, cooperation agent, coordination agent, communication agent, messaging agent, notification agent, alert agent, reminder agent, scheduling agent, calendar agent, booking agent, reservation agent, appointment agent, meeting agent, conference agent, event agent, webinar agent, presentation agent, demonstration agent, tutorial agent, training agent, education agent, learning agent, teaching agent, coaching agent, mentoring agent, advising agent, consulting agent, expert agent, specialist agent, professional agent, practitioner agent, implementer agent, developer agent, builder agent, creator agent, designer agent, architect agent, engineer agent, programmer agent, coder agent, hacker agent, maker agent, producer agent, manufacturer agent, provider agent, supplier agent, vendor agent, content agent, writing agent, copywriting agent, editing agent, proofreading agent, translation agent, localization agent, transcription agent, summarization agent, extraction agent, generation agent, creation agent, production agent, publication agent, distribution agent, syndication agent, aggregation agent, curation agent, recommendation agent, personalization agent, customization agent, optimization agent, enhancement agent, improvement agent, refinement agent, polishing agent, finishing agent, completion agent, delivery agent, fulfillment agent, execution agent, implementation agent, deployment agent, integration agent, configuration agent, setup agent, installation agent, maintenance agent, support agent, troubleshooting agent, debugging agent, fixing agent, patching agent, updating agent, upgrading agent, migrating agent, transitioning agent, transforming agent, converting agent, adapting agent, adjusting agent, modifying agent, changing agent, evolving agent, growing agent, expanding agent, scaling agent, multiplying agent, proliferating agent

Industry & Vertical Keywords

healthcare agent, medical agent, clinical agent, diagnostic agent, treatment agent, pharmaceutical agent, drug discovery agent, patient agent, doctor agent, nurse agent, hospital agent, clinic agent, telemedicine agent, telehealth agent, health monitoring agent, wellness agent, fitness agent, nutrition agent, mental health agent, therapy agent, counseling agent, psychology agent, psychiatry agent, insurance agent, claims agent, underwriting agent, risk assessment agent, actuarial agent, policy agent, coverage agent, benefits agent, reimbursement agent, billing agent, invoicing agent, accounting agent, bookkeeping agent, tax agent, audit agent, compliance agent, regulatory agent, legal agent, contract agent, agreement agent, negotiation agent, dispute agent, arbitration agent, mediation agent, litigation agent, court agent, judge agent, lawyer agent, attorney agent, paralegal agent, notary agent, real estate agent, property agent, housing agent, rental agent, lease agent, mortgage agent, appraisal agent, valuation agent, inspection agent, construction agent, architecture agent, engineering agent, design agent, planning agent, zoning agent, permit agent, licensing agent, certification agent, accreditation agent, quality agent, testing agent, inspection agent, manufacturing agent, production agent, assembly agent, logistics agent, supply chain agent, inventory agent, warehouse agent, shipping agent, delivery agent, transportation agent, fleet agent, routing agent, dispatch agent, tracking agent, monitoring agent, surveillance agent, security agent, protection agent, safety agent, emergency agent, disaster agent, crisis agent, response agent, recovery agent, restoration agent, maintenance agent, repair agent, service agent, support agent, helpdesk agent, ticketing agent, incident agent, problem agent, change agent, release agent, deployment agent, configuration agent, asset agent, resource agent, capacity agent, performance agent, optimization agent, efficiency agent, productivity agent, automation agent, integration agent, migration agent, transformation agent, modernization agent, innovation agent, research agent, development agent, experimentation agent, prototyping agent, testing agent, validation agent, verification agent, certification agent, documentation agent, training agent, education agent, learning agent, teaching agent, tutoring agent, mentoring agent, coaching agent, consulting agent, advisory agent, strategy agent, planning agent, forecasting agent, prediction agent, analysis agent, reporting agent, visualization agent, dashboard agent, monitoring agent, alerting agent, notification agent, communication agent, collaboration agent, coordination agent, scheduling agent, calendar agent, meeting agent, conference agent, presentation agent, demonstration agent, proposal agent, quotation agent, estimation agent, budgeting agent, costing agent, pricing agent, discount agent, promotion agent, marketing agent, advertising agent, branding agent, campaign agent, outreach agent, engagement agent, conversion agent, retention agent, loyalty agent, advocacy agent, referral agent, partnership agent, alliance agent, consortium agent, federation agent, network agent, community agent, ecosystem agent, platform agent, marketplace agent, exchange agent, trading agent, brokerage agent, clearing agent, settlement agent, custody agent, escrow agent, trust agent, fiduciary agent, investment agent, portfolio agent, wealth agent, asset management agent, fund agent, hedge fund agent, mutual fund agent, ETF agent, index agent, bond agent, equity agent, derivative agent, option agent, future agent, swap agent, commodity agent, currency agent, forex agent, crypto agent, bitcoin agent, ethereum agent, altcoin agent, token agent, NFT agent, DeFi agent, yield agent, staking agent, lending agent, borrowing agent, liquidity agent, AMM agent, DEX agent, CEX agent, bridge agent, oracle agent, governance agent, DAO agent, treasury agent, proposal agent, voting agent, delegation agent, staking agent, validator agent, node agent, miner agent, block agent, transaction agent, gas agent, fee agent, reward agent, penalty agent, slashing agent, epoch agent, finality agent, consensus agent, proof agent, attestation agent, signature agent, encryption agent, decryption agent, hashing agent, merkle agent, trie agent, state agent, storage agent, memory agent, cache agent, database agent, query agent, index agent, search agent, retrieval agent, ranking agent, recommendation agent, personalization agent, segmentation agent, targeting agent, attribution agent, analytics agent, metrics agent, KPI agent, OKR agent, goal agent, objective agent, milestone agent, deadline agent, timeline agent, roadmap agent, backlog agent, sprint agent, iteration agent, release agent, version agent, changelog agent, documentation agent, specification agent, requirement agent, user story agent, acceptance criteria agent, test case agent, bug agent, issue agent, ticket agent, task agent, subtask agent, epic agent, feature agent, enhancement agent, improvement agent, optimization agent, refactoring agent, debugging agent, profiling agent, benchmarking agent, load testing agent, stress testing agent, penetration testing agent, security testing agent, vulnerability agent, exploit agent, patch agent, hotfix agent, update agent, upgrade agent, migration agent, rollback agent, backup agent, restore agent, disaster recovery agent, business continuity agent, high availability agent, fault tolerance agent, redundancy agent, replication agent, synchronization agent, consistency agent, durability agent, availability agent, partition tolerance agent, CAP agent, ACID agent, BASE agent, eventual consistency agent, strong consistency agent, linearizability agent, serializability agent, isolation agent, atomicity agent, transaction agent, commit agent, rollback agent, savepoint agent, checkpoint agent, snapshot agent, backup agent, archive agent, retention agent, lifecycle agent, expiration agent, deletion agent, purging agent, cleanup agent, garbage collection agent, memory management agent, resource management agent, capacity planning agent, scaling agent, autoscaling agent, load balancing agent, traffic management agent, rate limiting agent, throttling agent, circuit breaker agent, retry agent, timeout agent, fallback agent, graceful degradation agent, feature flag agent, A/B testing agent, canary deployment agent, blue-green deployment agent, rolling deployment agent, immutable deployment agent, infrastructure agent, platform agent, container agent, kubernetes agent, docker agent, serverless agent, function agent, lambda agent, edge agent, CDN agent, caching agent, proxy agent, gateway agent, API gateway agent, service mesh agent, sidecar agent, envoy agent, istio agent, linkerd agent, consul agent, vault agent, terraform agent, ansible agent, puppet agent, chef agent, saltstack agent, cloudformation agent, pulumi agent, crossplane agent, argocd agent, fluxcd agent, jenkins agent, github actions agent, gitlab CI agent, circleci agent, travisci agent, drone agent, tekton agent, spinnaker agent, harness agent, octopus agent, buildkite agent, teamcity agent, bamboo agent, azure devops agent, AWS codepipeline agent, GCP cloud build agent, monitoring agent, observability agent, logging agent, tracing agent, metrics agent, alerting agent, incident management agent, on-call agent, pagerduty agent, opsgenie agent, victorops agent, datadog agent, newrelic agent, dynatrace agent, splunk agent, elastic agent, prometheus agent, grafana agent, loki agent, tempo agent, jaeger agent, zipkin agent, opentelemetry agent, sentry agent, rollbar agent, bugsnag agent, honeybadger agent, raygun agent, airbrake agent

Technology Stack Keywords

JavaScript agent, TypeScript agent, Python agent, Go agent, Rust agent, Java agent, Kotlin agent, Swift agent, Objective-C agent, C++ agent, C# agent, Ruby agent, PHP agent, Scala agent, Clojure agent, Elixir agent, Erlang agent, Haskell agent, OCaml agent, F# agent, Dart agent, Flutter agent, React agent, Vue agent, Angular agent, Svelte agent, Solid agent, Next.js agent, Nuxt agent, Remix agent, Gatsby agent, Astro agent, Qwik agent, Fresh agent, SvelteKit agent, Express agent, Fastify agent, Koa agent, Hapi agent, NestJS agent, Adonis agent, Sails agent, Meteor agent, Django agent, Flask agent, FastAPI agent, Starlette agent, Tornado agent, Pyramid agent, Bottle agent, Falcon agent, Sanic agent, Quart agent, Rails agent, Sinatra agent, Hanami agent, Roda agent, Grape agent, Spring agent, Quarkus agent, Micronaut agent, Vert.x agent, Play agent, Akka agent, Lagom agent, ASP.NET agent, Blazor agent, MAUI agent, Xamarin agent, Unity agent, Godot agent, Unreal agent, Bevy agent, Amethyst agent, ggez agent, macroquad agent, Raylib agent, SDL agent, SFML agent, OpenGL agent, Vulkan agent, DirectX agent, Metal agent, WebGL agent, WebGPU agent, Three.js agent, Babylon.js agent, PlayCanvas agent, A-Frame agent, React Three Fiber agent, Pixi.js agent, Phaser agent, Cocos agent, Defold agent, Construct agent, GameMaker agent, RPG Maker agent, Twine agent, Ink agent, Yarn Spinner agent, Dialogflow agent, Rasa agent, Botpress agent, Microsoft Bot Framework agent, Amazon Lex agent, IBM Watson agent, Google Dialogflow agent, Wit.ai agent, Snips agent, Mycroft agent, Jasper agent, Leon agent, Hugging Face agent, OpenAI agent, Anthropic agent, Cohere agent, AI21 agent, Stability AI agent, Midjourney agent, DALL-E agent, Stable Diffusion agent, Imagen agent, Gemini agent, Claude agent, GPT agent, LLaMA agent, Mistral agent, Mixtral agent, Phi agent, Qwen agent, Yi agent, DeepSeek agent, Falcon agent, MPT agent, BLOOM agent, OPT agent, Pythia agent, Cerebras agent, Inflection agent, Adept agent, Character.AI agent, Poe agent, Perplexity agent, You.com agent, Neeva agent, Kagi agent, Brave Search agent, DuckDuckGo agent, Startpage agent, Ecosia agent, Qwant agent, Mojeek agent, Yandex agent, Baidu agent, Naver agent, Seznam agent, Sogou agent

Emerging Technology Keywords

quantum computing agent, quantum machine learning agent, quantum optimization agent, quantum simulation agent, quantum cryptography agent, post-quantum agent, lattice-based agent, hash-based agent, code-based agent, isogeny-based agent, multivariate agent, neuromorphic agent, spiking neural network agent, memristor agent, photonic agent, optical computing agent, DNA computing agent, molecular computing agent, biological computing agent, wetware agent, biocomputing agent, synthetic biology agent, gene editing agent, CRISPR agent, mRNA agent, protein folding agent, AlphaFold agent, drug discovery agent, virtual screening agent, molecular dynamics agent, computational chemistry agent, materials science agent, nanotechnology agent, metamaterials agent, 2D materials agent, graphene agent, quantum dots agent, nanoparticles agent, nanorobots agent, nanomedicine agent, targeted delivery agent, biosensors agent, wearables agent, implantables agent, brain-computer interface agent, neural interface agent, Neuralink agent, EEG agent, fMRI agent, PET agent, MEG agent, TMS agent, tDCS agent, optogenetics agent, chemogenetics agent, connectomics agent, brain mapping agent, cognitive computing agent, affective computing agent, emotion AI agent, sentiment analysis agent, opinion mining agent, social listening agent, brand monitoring agent, reputation management agent, crisis communication agent, public relations agent, media monitoring agent, press agent, journalist agent, editor agent, writer agent, author agent, content creator agent, influencer agent, streamer agent, YouTuber agent, TikToker agent, podcaster agent, blogger agent, vlogger agent, photographer agent, videographer agent, animator agent, illustrator agent, graphic designer agent, UI designer agent, UX designer agent, product designer agent, industrial designer agent, fashion designer agent, interior designer agent, architect agent, landscape architect agent, urban planner agent, city planner agent, transportation planner agent, traffic agent, autonomous vehicle agent, self-driving agent, ADAS agent, V2X agent, connected vehicle agent, smart transportation agent, smart city agent, smart grid agent, smart meter agent, smart home agent, smart building agent, smart factory agent, Industry 4.0 agent, IoT agent, IIoT agent, edge computing agent, fog computing agent, mist computing agent, cloudlet agent, mobile edge agent, MEC agent, NOMA agent, massive MIMO agent, beamforming agent, millimeter wave agent, terahertz agent, 6G agent, 5G agent, LTE agent, NB-IoT agent, LoRa agent, Sigfox agent, Zigbee agent, Z-Wave agent, Thread agent, Matter agent, HomeKit agent, Alexa agent, Google Home agent, SmartThings agent, Home Assistant agent, OpenHAB agent, Domoticz agent, Hubitat agent, Homey agent, Tuya agent, eWeLink agent, Sonoff agent, Shelly agent, Tasmota agent, ESPHome agent, WLED agent, Zigbee2MQTT agent, deCONZ agent, ZHA agent, Philips Hue agent, IKEA Tradfri agent, Aqara agent, Xiaomi agent, Yeelight agent, Nanoleaf agent, LIFX agent, TP-Link Kasa agent, Wyze agent, Ring agent, Nest agent, Ecobee agent, Honeywell agent, Emerson agent, Carrier agent, Trane agent, Lennox agent, Daikin agent, Mitsubishi Electric agent, LG agent, Samsung agent, Bosch agent, Siemens agent, ABB agent, Schneider Electric agent, Rockwell agent, Emerson agent, Honeywell agent, Yokogawa agent, Endress+Hauser agent, SICK agent, Pepperl+Fuchs agent, Balluff agent, ifm agent, Banner agent, Turck agent, Omron agent, Keyence agent, Cognex agent, Basler agent, FLIR agent, Teledyne agent, Allied Vision agent, JAI agent, IDS agent, Baumer agent, Stemmer agent, MVTec agent, Matrox agent, National Instruments agent, Beckhoff agent, Phoenix Contact agent, Wago agent, Weidmuller agent, Murrelektronik agent, Pilz agent, SICK agent, Leuze agent, Datalogic agent, Honeywell agent, Zebra agent, SATO agent, Citizen agent, TSC agent, Godex agent, Printronix agent, Epson agent, Brother agent, DYMO agent, Rollo agent, Munbyn agent, iDPRT agent, HPRT agent

Business & Enterprise Keywords

enterprise agent, corporate agent, business agent, commercial agent, industrial agent, manufacturing agent, retail agent, wholesale agent, distribution agent, logistics agent, supply chain agent, procurement agent, sourcing agent, purchasing agent, vendor management agent, supplier agent, contractor agent, subcontractor agent, freelancer agent, consultant agent, advisor agent, strategist agent, analyst agent, researcher agent, scientist agent, engineer agent, developer agent, programmer agent, architect agent, designer agent, artist agent, creative agent, copywriter agent, content strategist agent, SEO agent, SEM agent, PPC agent, social media agent, community manager agent, brand ambassador agent, spokesperson agent, evangelist agent, advocate agent, champion agent, mentor agent, coach agent, trainer agent, instructor agent, professor agent, teacher agent, tutor agent, educator agent, facilitator agent, moderator agent, host agent, presenter agent, speaker agent, panelist agent, guest agent, expert agent, specialist agent, generalist agent, polymath agent, renaissance agent, versatile agent, adaptive agent, flexible agent, agile agent, lean agent, efficient agent, effective agent, productive agent, performant agent, scalable agent, reliable agent, available agent, durable agent, resilient agent, robust agent, stable agent, secure agent, safe agent, compliant agent, regulated agent, certified agent, accredited agent, licensed agent, authorized agent, approved agent, verified agent, validated agent, tested agent, audited agent, reviewed agent, assessed agent, evaluated agent, measured agent, quantified agent, qualified agent, skilled agent, experienced agent, knowledgeable agent, informed agent, educated agent, trained agent, certified agent, professional agent, expert agent, master agent, senior agent, principal agent, lead agent, chief agent, head agent, director agent, manager agent, supervisor agent, coordinator agent, administrator agent, operator agent, technician agent, specialist agent, analyst agent, associate agent, assistant agent, intern agent, trainee agent, apprentice agent, junior agent, mid-level agent, intermediate agent, advanced agent, expert agent, senior agent, staff agent, contractor agent, consultant agent, freelance agent, part-time agent, full-time agent, remote agent, hybrid agent, onsite agent, offshore agent, nearshore agent, outsourced agent, insourced agent, managed agent, unmanaged agent, autonomous agent, semi-autonomous agent, supervised agent, unsupervised agent, reinforcement agent, self-learning agent, adaptive agent, evolving agent, improving agent, optimizing agent, maximizing agent, minimizing agent, balancing agent, tradeoff agent, pareto agent, multi-objective agent, constraint agent, bounded agent, limited agent, unlimited agent, infinite agent, finite agent, discrete agent, continuous agent, hybrid agent, mixed agent, ensemble agent, committee agent, voting agent, consensus agent, majority agent, plurality agent, weighted agent, ranked agent, preference agent, utility agent, reward agent, penalty agent, cost agent, benefit agent, value agent, worth agent, price agent, fee agent, charge agent, rate agent, tariff agent, duty agent, tax agent, levy agent, surcharge agent, premium agent, discount agent, rebate agent, refund agent, credit agent, debit agent, balance agent, account agent, ledger agent, journal agent, record agent, entry agent, transaction agent, transfer agent, payment agent, receipt agent, invoice agent, bill agent, statement agent, report agent, summary agent, detail agent, breakdown agent, itemization agent, categorization agent, classification agent, taxonomy agent, ontology agent, schema agent, model agent, framework agent, architecture agent, design agent, pattern agent, template agent, blueprint agent, plan agent, strategy agent, tactic agent, technique agent, method agent, process agent, procedure agent, workflow agent, pipeline agent, chain agent, sequence agent, order agent, priority agent, queue agent, stack agent, heap agent, tree agent, graph agent, network agent, mesh agent, grid agent, cluster agent, pool agent, farm agent, fleet agent, swarm agent, hive agent, colony agent, pack agent, herd agent, flock agent, school agent, pod agent, pride agent, troop agent, band agent, gang agent, crew agent, team agent, squad agent, unit agent, division agent, department agent, branch agent, office agent, location agent, site agent, facility agent, plant agent, factory agent, warehouse agent, depot agent, hub agent, center agent, station agent, terminal agent, port agent, dock agent, pier agent, wharf agent, quay agent, berth agent, slip agent, marina agent, harbor agent, airport agent, heliport agent, spaceport agent, launchpad agent, runway agent, taxiway agent, apron agent, gate agent, terminal agent, concourse agent, lounge agent, checkpoint agent, security agent, customs agent, immigration agent, passport agent, visa agent, permit agent, license agent, registration agent, certification agent, accreditation agent, qualification agent, credential agent, badge agent, ID agent, identity agent, authentication agent, authorization agent, access agent, permission agent, role agent, privilege agent, right agent, entitlement agent, claim agent, assertion agent, declaration agent, statement agent, expression agent, formula agent, equation agent, function agent, variable agent, constant agent, parameter agent, argument agent, input agent, output agent, result agent, return agent, response agent, request agent, query agent, command agent, instruction agent, directive agent, order agent, message agent, signal agent, event agent, trigger agent, action agent, reaction agent, effect agent, consequence agent, outcome agent, impact agent, influence agent, change agent, transformation agent, transition agent, conversion agent, migration agent, evolution agent, revolution agent, disruption agent, innovation agent, invention agent, discovery agent, breakthrough agent, advancement agent, progress agent, growth agent, expansion agent, scaling agent, multiplication agent, proliferation agent, adoption agent, acceptance agent, integration agent, incorporation agent, assimilation agent, absorption agent, merger agent, acquisition agent, partnership agent, collaboration agent, cooperation agent, coordination agent, synchronization agent, harmonization agent, alignment agent, optimization agent, maximization agent, minimization agent, efficiency agent, effectiveness agent, productivity agent, performance agent, quality agent, reliability agent, availability agent, accessibility agent, usability agent, scalability agent, flexibility agent, adaptability agent, extensibility agent, maintainability agent, sustainability agent, durability agent, longevity agent, persistence agent, continuity agent, stability agent, security agent, safety agent, privacy agent, confidentiality agent, integrity agent, authenticity agent, validity agent, accuracy agent, precision agent, correctness agent, completeness agent, consistency agent, coherence agent, clarity agent, simplicity agent, elegance agent, beauty agent, aesthetics agent

Web3 & Crypto Extended Keywords

blockchain agent, distributed ledger agent, consensus mechanism agent, proof of work agent, proof of stake agent, proof of authority agent, proof of history agent, proof of space agent, proof of capacity agent, proof of burn agent, proof of elapsed time agent, delegated proof of stake agent, nominated proof of stake agent, liquid proof of stake agent, bonded proof of stake agent, threshold proof of stake agent, BFT agent, PBFT agent, Tendermint agent, HotStuff agent, DAG agent, hashgraph agent, tangle agent, blockchain trilemma agent, scalability agent, decentralization agent, security agent, layer 1 agent, layer 2 agent, layer 3 agent, sidechain agent, plasma agent, rollup agent, optimistic rollup agent, ZK rollup agent, validium agent, volition agent, data availability agent, data availability sampling agent, DAS agent, erasure coding agent, KZG commitment agent, blob agent, EIP-4844 agent, proto-danksharding agent, danksharding agent, sharding agent, beacon chain agent, execution layer agent, consensus layer agent, merge agent, Shanghai upgrade agent, Cancun upgrade agent, Dencun agent, Pectra agent, Verkle tree agent, stateless client agent, light client agent, full node agent, archive node agent, validator node agent, sentry node agent, RPC node agent, indexer node agent, sequencer agent, proposer agent, builder agent, searcher agent, MEV agent, maximal extractable value agent, frontrunning agent, backrunning agent, sandwich attack agent, arbitrage agent, liquidation agent, just-in-time liquidity agent, order flow agent, private mempool agent, flashbots agent, MEV-boost agent, PBS agent, proposer-builder separation agent, enshrined PBS agent, inclusion list agent, censorship resistance agent, liveness agent, safety agent, finality agent, economic finality agent, social consensus agent, fork choice agent, LMD GHOST agent, Casper FFG agent, inactivity leak agent, slashing agent, whistleblower agent, attestation agent, sync committee agent, withdrawal agent, exit agent, activation agent, effective balance agent, validator lifecycle agent, epoch agent, slot agent, block proposer agent, randao agent, VRF agent, verifiable random function agent, threshold signature agent, BLS signature agent, aggregate signature agent, multi-signature agent, multisig agent, Gnosis Safe agent, Safe agent, social recovery agent, guardian agent, account abstraction agent, ERC-4337 agent, bundler agent, paymaster agent, entry point agent, user operation agent, smart account agent, smart contract wallet agent, MPC wallet agent, HSM agent, hardware wallet agent, cold wallet agent, hot wallet agent, custodial wallet agent, non-custodial wallet agent, self-custody agent, seed phrase agent, mnemonic agent, BIP-39 agent, BIP-32 agent, BIP-44 agent, derivation path agent, HD wallet agent, hierarchical deterministic agent, key derivation agent, private key agent, public key agent, address agent, checksum agent, ENS agent, Ethereum Name Service agent, DNS agent, IPNS agent, content hash agent, avatar agent, text records agent, resolver agent, registrar agent, controller agent, wrapped ETH agent, WETH agent, ERC-20 agent, ERC-721 agent, ERC-1155 agent, ERC-777 agent, ERC-2981 agent, ERC-4626 agent, ERC-6551 agent, token bound account agent, soulbound token agent, SBT agent, ERC-5192 agent, dynamic NFT agent, dNFT agent, composable NFT agent, nested NFT agent, fractional NFT agent, rental NFT agent, ERC-4907 agent, lending NFT agent, staking NFT agent, governance NFT agent, membership NFT agent, access NFT agent, credential NFT agent, certificate NFT agent, badge NFT agent, POAP agent, attendance NFT agent, achievement NFT agent, reward NFT agent, loyalty NFT agent, coupon NFT agent, ticket NFT agent, pass NFT agent, subscription NFT agent, license NFT agent, royalty NFT agent, creator economy agent, creator agent, collector agent, curator agent, gallery agent, museum agent, auction agent, marketplace agent, OpenSea agent, Blur agent, LooksRare agent, X2Y2 agent, Rarible agent, Foundation agent, SuperRare agent, Nifty Gateway agent, Art Blocks agent, generative art agent, on-chain art agent, pixel art agent, PFP agent, profile picture agent, avatar project agent, metaverse agent, virtual world agent, virtual land agent, virtual real estate agent, Decentraland agent, Sandbox agent, Otherside agent, Voxels agent, Somnium Space agent, Spatial agent, Gather agent, virtual event agent, virtual conference agent, virtual meetup agent, virtual office agent, virtual coworking agent, virtual collaboration agent, social token agent, creator coin agent, community token agent, fan token agent, governance token agent, utility token agent, security token agent, wrapped token agent, bridged token agent, synthetic token agent, rebasing token agent, elastic token agent, algorithmic token agent, stablecoin agent, fiat-backed stablecoin agent, crypto-backed stablecoin agent, algorithmic stablecoin agent, fractional stablecoin agent, CDP agent, collateralized debt position agent, vault agent, trove agent, liquidation agent, stability pool agent, redemption agent, peg agent, depeg agent, oracle agent, price oracle agent, Chainlink agent, Band Protocol agent, API3 agent, UMA agent, Tellor agent, Pyth agent, Redstone agent, Chronicle agent, price feed agent, TWAP agent, time-weighted average price agent, VWAP agent, volume-weighted average price agent, spot price agent, fair price agent, reference price agent, index price agent, mark price agent, funding rate agent, perpetual agent, perp agent, futures agent, options agent, structured products agent, vault strategy agent, yield strategy agent, delta neutral agent, basis trade agent, cash and carry agent, funding arbitrage agent, cross-exchange arbitrage agent, CEX-DEX arbitrage agent, triangular arbitrage agent, statistical arbitrage agent, market making agent, liquidity provision agent, concentrated liquidity agent, range order agent, limit order agent, stop order agent, TWAP order agent, iceberg order agent, fill or kill agent, immediate or cancel agent, good til cancelled agent, post only agent, reduce only agent, order book agent, matching engine agent, clearing house agent, settlement layer agent, netting agent, margin agent, cross margin agent, isolated margin agent, portfolio margin agent, initial margin agent, maintenance margin agent, margin call agent, auto-deleveraging agent, ADL agent, insurance fund agent, socialized loss agent, clawback agent, position agent, long position agent, short position agent, leverage agent, notional value agent, unrealized PnL agent, realized PnL agent, funding payment agent, borrowing fee agent, trading fee agent, maker fee agent, taker fee agent, gas fee agent, priority fee agent, base fee agent, EIP-1559 agent, fee market agent, gas auction agent, gas estimation agent, gas optimization agent, gas token agent, gas rebate agent, flashloan agent, flash mint agent, atomic transaction agent, bundle agent, simulation agent, tenderly agent, fork agent, mainnet fork agent, local fork agent, anvil agent, hardhat agent, foundry agent, remix agent, truffle agent, brownie agent, ape agent, slither agent, mythril agent, echidna agent, medusa agent, certora agent, formal verification agent, symbolic execution agent, fuzzing agent, property testing agent, invariant testing agent, differential testing agent, mutation testing agent, coverage agent, gas snapshot agent, storage layout agent, proxy storage agent, diamond storage agent, app storage agent, unstructured storage agent, eternal storage agent, upgradeable storage agent

AI & Machine Learning Extended Keywords

machine learning agent, deep learning agent, reinforcement learning agent, supervised learning agent, unsupervised learning agent, semi-supervised learning agent, self-supervised learning agent, contrastive learning agent, transfer learning agent, meta-learning agent, few-shot learning agent, zero-shot learning agent, one-shot learning agent, multi-task learning agent, curriculum learning agent, active learning agent, online learning agent, offline learning agent, batch learning agent, incremental learning agent, continual learning agent, lifelong learning agent, federated learning agent, distributed learning agent, parallel learning agent, gradient descent agent, stochastic gradient descent agent, SGD agent, Adam agent, AdamW agent, LAMB agent, LARS agent, RMSprop agent, Adagrad agent, Adadelta agent, momentum agent, Nesterov agent, learning rate agent, learning rate scheduler agent, warmup agent, cosine annealing agent, step decay agent, exponential decay agent, polynomial decay agent, cyclic learning rate agent, one cycle agent, weight decay agent, L1 regularization agent, L2 regularization agent, dropout agent, batch normalization agent, layer normalization agent, group normalization agent, instance normalization agent, spectral normalization agent, weight normalization agent, gradient clipping agent, gradient accumulation agent, mixed precision agent, FP16 agent, BF16 agent, FP8 agent, INT8 agent, INT4 agent, quantization agent, post-training quantization agent, quantization-aware training agent, pruning agent, structured pruning agent, unstructured pruning agent, magnitude pruning agent, movement pruning agent, knowledge distillation agent, teacher-student agent, model compression agent, neural architecture search agent, NAS agent, AutoML agent, hyperparameter optimization agent, Bayesian optimization agent, random search agent, grid search agent, population-based training agent, evolutionary algorithm agent, genetic algorithm agent, particle swarm agent, ant colony agent, simulated annealing agent, neural network agent, feedforward network agent, recurrent network agent, RNN agent, LSTM agent, GRU agent, bidirectional RNN agent, seq2seq agent, encoder-decoder agent, attention mechanism agent, self-attention agent, cross-attention agent, multi-head attention agent, scaled dot-product attention agent, transformer agent, BERT agent, GPT agent, T5 agent, BART agent, XLNet agent, RoBERTa agent, ALBERT agent, DistilBERT agent, ELECTRA agent, DeBERTa agent, Longformer agent, BigBird agent, Performer agent, Linformer agent, Reformer agent, Sparse Transformer agent, Flash Attention agent, Multi-Query Attention agent, Grouped Query Attention agent, Sliding Window Attention agent, Local Attention agent, Global Attention agent, Relative Position agent, Rotary Position Embedding agent, RoPE agent, ALiBi agent, context length agent, context window agent, long context agent, retrieval augmented generation agent, RAG agent, vector database agent, embedding agent, sentence embedding agent, document embedding agent, image embedding agent, multimodal embedding agent, CLIP agent, BLIP agent, Flamingo agent, LLaVA agent, GPT-4V agent, Gemini Vision agent, vision language model agent, VLM agent, image captioning agent, visual question answering agent, VQA agent, image generation agent, text-to-image agent, image-to-image agent, inpainting agent, outpainting agent, super resolution agent, upscaling agent, style transfer agent, neural style agent, diffusion model agent, DDPM agent, DDIM agent, score matching agent, noise schedule agent, classifier-free guidance agent, CFG agent, ControlNet agent, LoRA agent, low-rank adaptation agent, QLoRA agent, PEFT agent, parameter-efficient fine-tuning agent, adapter agent, prefix tuning agent, prompt tuning agent, instruction tuning agent, RLHF agent, reinforcement learning from human feedback agent, DPO agent, direct preference optimization agent, PPO agent, proximal policy optimization agent, reward model agent, preference model agent, constitutional AI agent, red teaming agent, adversarial training agent, safety training agent, alignment agent, AI alignment agent, value alignment agent, goal alignment agent, reward hacking agent, reward gaming agent, specification gaming agent, goodhart agent, mesa-optimization agent, inner alignment agent, outer alignment agent, corrigibility agent, interpretability agent, explainability agent, XAI agent, SHAP agent, LIME agent, attention visualization agent, feature attribution agent, concept activation agent, probing agent, mechanistic interpretability agent, circuit analysis agent, polysemanticity agent, superposition agent, sparse autoencoder agent, dictionary learning agent, activation patching agent, causal tracing agent, logit lens agent, tuned lens agent, model editing agent, ROME agent, MEMIT agent, knowledge editing agent, fact editing agent, belief editing agent, steering vector agent, activation steering agent, representation engineering agent, latent space agent, embedding space agent, feature space agent, manifold agent, topology agent, geometry agent, curvature agent, dimensionality reduction agent, PCA agent, t-SNE agent, UMAP agent, clustering agent, K-means agent, DBSCAN agent, hierarchical clustering agent, spectral clustering agent, Gaussian mixture agent, GMM agent, variational autoencoder agent, VAE agent, beta-VAE agent, VQ-VAE agent, autoencoder agent, denoising autoencoder agent, sparse autoencoder agent, contractive autoencoder agent, GAN agent, generative adversarial network agent, DCGAN agent, StyleGAN agent, BigGAN agent, Progressive GAN agent, CycleGAN agent, Pix2Pix agent, conditional GAN agent, cGAN agent, Wasserstein GAN agent, WGAN agent, mode collapse agent, discriminator agent, generator agent, latent code agent, latent interpolation agent, disentanglement agent, flow model agent, normalizing flow agent, RealNVP agent, Glow agent, NICE agent, autoregressive model agent, PixelCNN agent, WaveNet agent, Transformer-XL agent, XLNet agent, causal language model agent, masked language model agent, next token prediction agent, span corruption agent, denoising objective agent, contrastive objective agent, SimCLR agent, MoCo agent, BYOL agent, SwAV agent, DINO agent, MAE agent, masked autoencoder agent, BEiT agent, data2vec agent, I-JEPA agent, V-JEPA agent, world model agent, predictive model agent, dynamics model agent, environment model agent, model-based RL agent, model-free RL agent, value function agent, Q-function agent, policy function agent, actor-critic agent, A2C agent, A3C agent, SAC agent, soft actor-critic agent, TD3 agent, DDPG agent, DQN agent, double DQN agent, dueling DQN agent, rainbow DQN agent, C51 agent, IQN agent, distributional RL agent, hierarchical RL agent, option framework agent, goal-conditioned RL agent, hindsight experience replay agent, HER agent, curiosity-driven agent, intrinsic motivation agent, exploration agent, exploitation agent, epsilon-greedy agent, UCB agent, Thompson sampling agent, multi-armed bandit agent, contextual bandit agent, MCTS agent, Monte Carlo tree search agent, AlphaGo agent, AlphaZero agent, MuZero agent, Gato agent, generalist agent, foundation model agent, large language model agent, LLM agent, small language model agent, SLM agent, on-device agent, edge AI agent, TinyML agent, embedded AI agent, mobile AI agent, neural engine agent, NPU agent, TPU agent, GPU agent, CUDA agent, ROCm agent, Metal agent, CoreML agent, ONNX agent, TensorRT agent, OpenVINO agent, TFLite agent, PyTorch Mobile agent, GGML agent, llama.cpp agent, whisper.cpp agent, vLLM agent, TGI agent, text generation inference agent, serving agent, inference server agent, batch inference agent, streaming inference agent, speculative decoding agent, assisted generation agent, beam search agent, greedy decoding agent, nucleus sampling agent, top-k sampling agent, top-p sampling agent, temperature agent, repetition penalty agent, presence penalty agent, frequency penalty agent, stop sequence agent, max tokens agent, context window agent, tokenizer agent, BPE agent, byte-pair encoding agent, SentencePiece agent, WordPiece agent, Unigram agent, vocabulary agent, special tokens agent, chat template agent, system prompt agent, user prompt agent, assistant response agent, function calling agent, tool use agent, code interpreter agent, retrieval agent, web browsing agent, multi-turn conversation agent, dialogue agent, chat agent, completion agent, instruction following agent, chain-of-thought agent, CoT agent, tree-of-thought agent, ToT agent, graph-of-thought agent, GoT agent, self-consistency agent, self-reflection agent, self-critique agent, self-improvement agent, self-play agent, debate agent, ensemble agent, mixture of experts agent, MoE agent, sparse MoE agent, switch transformer agent, GShard agent, routing agent, load balancing agent, expert parallelism agent, tensor parallelism agent, pipeline parallelism agent, data parallelism agent, FSDP agent, fully sharded data parallel agent, DeepSpeed agent, ZeRO agent, Megatron agent, 3D parallelism agent, activation checkpointing agent, gradient checkpointing agent, offloading agent, CPU offloading agent, NVMe offloading agent, memory efficient agent, flash attention agent, paged attention agent, continuous batching agent, dynamic batching agent, request scheduling agent, preemption agent, priority queue agent, SLA agent, latency agent, throughput agent, tokens per second agent, time to first token agent, TTFT agent, inter-token latency agent, ITL agent, end-to-end latency agent, cold start agent, warm start agent, model loading agent, weight loading agent, KV cache agent, prefix caching agent, prompt caching agent, semantic caching agent

Geographic & Localization Keywords

North America agent, South America agent, Europe agent, Asia agent, Africa agent, Australia agent, Oceania agent, Middle East agent, Central America agent, Caribbean agent, Southeast Asia agent, East Asia agent, South Asia agent, Central Asia agent, Eastern Europe agent, Western Europe agent, Northern Europe agent, Southern Europe agent, Nordic agent, Scandinavian agent, Baltic agent, Balkan agent, Mediterranean agent, Alpine agent, Iberian agent, British agent, Irish agent, French agent, German agent, Italian agent, Spanish agent, Portuguese agent, Dutch agent, Belgian agent, Swiss agent, Austrian agent, Polish agent, Czech agent, Slovak agent, Hungarian agent, Romanian agent, Bulgarian agent, Greek agent, Turkish agent, Russian agent, Ukrainian agent, Belarusian agent, Moldovan agent, Georgian agent, Armenian agent, Azerbaijani agent, Kazakh agent, Uzbek agent, Turkmen agent, Tajik agent, Kyrgyz agent, Afghan agent, Pakistani agent, Indian agent, Bangladeshi agent, Sri Lankan agent, Nepali agent, Bhutanese agent, Maldivian agent, Burmese agent, Thai agent, Vietnamese agent, Cambodian agent, Laotian agent, Malaysian agent, Singaporean agent, Indonesian agent, Filipino agent, Bruneian agent, Timorese agent, Chinese agent, Japanese agent, Korean agent, Taiwanese agent, Hong Kong agent, Macanese agent, Mongolian agent, North Korean agent, Australian agent, New Zealand agent, Papua New Guinean agent, Fijian agent, Samoan agent, Tongan agent, Vanuatuan agent, Solomon Islands agent, Micronesian agent, Marshallese agent, Palauan agent, Nauruan agent, Kiribati agent, Tuvaluan agent, Egyptian agent, Libyan agent, Tunisian agent, Algerian agent, Moroccan agent, Mauritanian agent, Malian agent, Nigerien agent, Chadian agent, Sudanese agent, South Sudanese agent, Ethiopian agent, Eritrean agent, Djiboutian agent, Somali agent, Kenyan agent, Ugandan agent, Rwandan agent, Burundian agent, Tanzanian agent, Mozambican agent, Malawian agent, Zambian agent, Zimbabwean agent, Botswanan agent, Namibian agent, South African agent, Lesotho agent, Eswatini agent, Angolan agent, Congolese agent, Cameroonian agent, Central African agent, Gabonese agent, Equatorial Guinean agent, Sao Tomean agent, Nigerian agent, Ghanaian agent, Togolese agent, Beninese agent, Burkinabe agent, Ivorian agent, Liberian agent, Sierra Leonean agent, Guinean agent, Bissau-Guinean agent, Senegalese agent, Gambian agent, Mauritius agent, Seychelles agent, Comoros agent, Madagascar agent, Reunion agent, Mayotte agent, Canadian agent, American agent, Mexican agent, Guatemalan agent, Belizean agent, Honduran agent, Salvadoran agent, Nicaraguan agent, Costa Rican agent, Panamanian agent, Cuban agent, Jamaican agent, Haitian agent, Dominican agent, Puerto Rican agent, Bahamian agent, Barbadian agent, Trinidadian agent, Guyanese agent, Surinamese agent, Venezuelan agent, Colombian agent, Ecuadorian agent, Peruvian agent, Brazilian agent, Bolivian agent, Paraguayan agent, Uruguayan agent, Argentine agent, Chilean agent, English language agent, Spanish language agent, French language agent, German language agent, Italian language agent, Portuguese language agent, Russian language agent, Chinese language agent, Japanese language agent, Korean language agent, Arabic language agent, Hindi language agent, Bengali language agent, Urdu agent, Punjabi agent, Tamil agent, Telugu agent, Marathi agent, Gujarati agent, Kannada agent, Malayalam agent, Thai language agent, Vietnamese language agent, Indonesian language agent, Malay language agent, Filipino language agent, Turkish language agent, Persian language agent, Hebrew language agent, Greek language agent, Polish language agent, Ukrainian language agent, Dutch language agent, Swedish language agent, Norwegian language agent, Danish language agent, Finnish language agent, Hungarian language agent, Czech language agent, Romanian language agent, Bulgarian language agent, Serbian language agent, Croatian agent, Bosnian agent, 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Industry & Vertical Keywords

Technology Stack Keywords

Emerging Technology Keywords

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agent, authenticity agent, validity agent, accuracy agent, precision agent, correctness agent, completeness agent, coherence agent, clarity agent, simplicity agent, elegance agent, beauty agent, aesthetics agent

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Alternative Spellings & Variations

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Total Keywords: 5000+ Last Updated: January 29, 2026

🌐 Live HTTP Deployment

Ethereum Wallet Toolkit is deployed and accessible over HTTP via MCP Streamable HTTP transport — no local installation required.

Endpoint:

https://modelcontextprotocol.name/mcp/ethereum-wallet-toolkit

Connect from any MCP Client

Add to your MCP client configuration (Claude Desktop, Cursor, SperaxOS, etc.):

{
  "mcpServers": {
    "ethereum-wallet-toolkit": {
      "type": "http",
      "url": "https://modelcontextprotocol.name/mcp/ethereum-wallet-toolkit"
    }
  }
}

Available Tools (3)

Tool	Description
`get_eth_price`	Current ETH price
`validate_address`	Validate Ethereum address
`get_price`	Get crypto prices

Example Requests

Current ETH price:

curl -X POST https://modelcontextprotocol.name/mcp/ethereum-wallet-toolkit \
  -H "Content-Type: application/json" \
  -d '{"jsonrpc":"2.0","id":1,"method":"tools/call","params":{"name":"get_eth_price","arguments":{}}}'

Validate Ethereum address:

curl -X POST https://modelcontextprotocol.name/mcp/ethereum-wallet-toolkit \
  -H "Content-Type: application/json" \
  -d '{"jsonrpc":"2.0","id":1,"method":"tools/call","params":{"name":"validate_address","arguments":{"address":"0xd8dA6BF26964aF9D7eEd9e03E53415D37aA96045"}}}'

Get crypto prices:

curl -X POST https://modelcontextprotocol.name/mcp/ethereum-wallet-toolkit \
  -H "Content-Type: application/json" \
  -d '{"jsonrpc":"2.0","id":1,"method":"tools/call","params":{"name":"get_price","arguments":{"ids":"ethereum","vs_currencies":"usd,eur"}}}'

List All Tools

curl -X POST https://modelcontextprotocol.name/mcp/ethereum-wallet-toolkit \
  -H "Content-Type: application/json" \
  -d '{"jsonrpc":"2.0","id":1,"method":"tools/list"}'

Also Available On

SperaxOS — Browse and install from the MCP marketplace
All 27 MCP servers — See the full catalog at modelcontextprotocol.name

Powered by modelcontextprotocol.name — the open MCP HTTP gateway

Ethereum Wallet Generator

Reviews

Documentation

Offline Build - Official Ethereumjs Libraries

Libraries Used

Build Instructions

What Gets Bundled

Features

Security

MCP Servers

Documentation

Overview

Quick Start

Installation

Claude Desktop Configuration

Server Details

ethereum-wallet-mcp

keystore-mcp-server

signing-mcp-server

transaction-mcp-server

validation-mcp-server

Testing

Architecture

Security Considerations

Dependencies

License

Prompt Examples for Ethereum Wallet MCP Servers

Table of Contents

Wallet Operations

Generate a New Wallet

Restore Wallets

HD Wallet Derivation

Vanity Address Generation

Message Signing

Sign a Simple Message (EIP-191)

Verify a Signature

Signature Operations

EIP-712 Typed Data

Sign EIP-712 Permit (ERC-20)

Sign Custom Typed Data

Hash Typed Data (Without Signing)

Transaction Operations

Build and Sign Transactions

Decode Transactions

Analyze Transactions

Keystore Management

Create Encrypted Keystore

Decrypt Keystore

Keystore Operations

Validation & Utilities

Address Validation

Private Key Validation

Hashing & Selectors

Storage Slots

Advanced Workflows

Complete Wallet Backup Flow

Token Permit Flow (Gasless Approval)

Multi-Account Setup

Security Audit

Transaction Debugging

Tips for Effective Prompting

Be Specific About Networks

Include All Required Data

Specify Formats When Needed

Use Appropriate Security Practices

Chain Operations When Useful

Common Patterns

Verification Pattern

Safe Keystore Pattern

Transaction Preparation Pattern

Security Reminders

Vanity Address Research & Security Resources

Table of Contents

Introduction

What Are Vanity Addresses?

Definition

Common Use Cases

Technical Characteristics

Generation Methods

Profanity Generator