TREZA SDK

TypeScript SDK for interacting with TREZA's privacy-preserving KYC system and secure enclave management platform.

Table of Contents

• Features
• AI Agent Integration
• x402 Payment Integration
• Quick Start
• Core Features
  • KYC Features
  • Enclave Platform
• Architecture
• API Reference
• Examples
• Documentation
• Development
• Support
• License

Features

Enclave Platform Features

• Secure Enclave Deployment - Deploy and manage AWS Nitro Enclaves with cryptographic attestation
• Lifecycle Management - Full control over enclave state (deploy, pause, resume, terminate)
• Attestation & Verification - Hardware-backed cryptographic proof of enclave integrity
• Comprehensive Logging - Access logs from ECS, Step Functions, Lambda, and applications
• Provider Management - Support for multiple cloud providers and regions
• Task Scheduling - Schedule and manage automated tasks within enclaves
• GitHub Integration - Connect enclaves directly to GitHub repositories
• Docker Support - Search and deploy Docker Hub images
• API Key Management - Fine-grained access control with permissions

Secure Key Management

• Enclave Signing - Transaction signing inside hardware-isolated Nitro Enclaves (recommended)
• Pluggable Signers - Swap between enclave, local, or browser wallet signing with one line
• No Key Exposure - Private keys never leave the TEE in production
• Attestation Verification - Cryptographic proof of enclave integrity before signing

x402 Payments

• Enclave as Payment Wallet - Use TEE-held keys to sign x402 payment headers
• Automatic Payments - Wrap fetch or axios to handle 402 responses transparently
• Bazaar Discovery - Find x402-payable services programmatically
• AI Agent Commerce - Agents can autonomously pay for APIs using enclave-managed funds

KYC Features

• Zero-Knowledge KYC - Verify identity without exposing personal data
• Blockchain Integration - Direct integration with KYCVerifier smart contracts
• Convenience Methods - Simple APIs for common KYC checks (age, country, document validity)
• Dual Verification - API-based (fast) OR blockchain-based (trustless)
• Multi-Chain Support - Ethereum, Sepolia, and compatible networks

AI Agent Support

• MCP Server - @treza/mcp for Claude, Cursor, and any MCP-compatible agent
• OpenAPI 3.1 Spec - Machine-readable API schema for agent frameworks (LangChain, CrewAI, etc.)
• Agent Manifest - Auto-discoverable capabilities at /.well-known/ai-plugin.json

Developer Experience

• TypeScript Support - Full type safety and IntelliSense
• Easy Integration - Works with any TypeScript/JavaScript project
• Code Generation - Auto-generate integration snippets in multiple languages
• No Authentication Required - Open API protected by rate limiting (KYC endpoints)
• Secure by Design - No personal data storage, cryptographic proofs only

AI Agent Integration

Treza enclaves are designed to work with AI agents out of the box. Three integration paths are available:

MCP Server (Recommended for AI Agents)

The @treza/mcp package exposes all Treza operations as MCP tools. Add it to any MCP-compatible client:

{
  "mcpServers": {
    "treza": {
      "command": "npx",
      "args": ["@treza/mcp"],
      "env": {
        "TREZA_BASE_URL": "https://app.trezalabs.com"
      }
    }
  }
}

This gives agents access to 16 tools (enclave management, attestation verification, task scheduling, API key management) and 4 browsable resources.

OpenAPI Spec (For Agent Frameworks)

The full API is documented as an OpenAPI 3.1 spec, compatible with any agent framework that can ingest tool schemas:

https://app.trezalabs.com/.well-known/openapi.json

Agent Manifest (For Discovery)

A machine-readable manifest describing Treza's capabilities:

https://app.trezalabs.com/.well-known/ai-plugin.json

x402 Payment Integration

Use a Treza Enclave as an x402 payment wallet. Private keys sign payment headers inside the TEE — they never leave the hardware boundary. This enables AI agents and programmatic clients to automatically pay for x402-gated APIs using enclave-managed funds.

Install Dependencies

npm install @treza/sdk ethers @x402/fetch @x402/core @x402/evm

Automatic Payments with Fetch

import { TrezaClient, createEnclaveFetch } from '@treza/sdk';

const client = new TrezaClient({
  baseUrl: 'https://app.trezalabs.com',
});

// Wrap fetch — 402 responses are paid automatically
const paidFetch = await createEnclaveFetch(client, {
  enclaveId: 'enc_abc123',
  verifyAttestation: true, // verify enclave integrity before each payment
});

const response = await paidFetch('https://api.example.com/paid-endpoint');
const data = await response.json();

Using the x402 Client Directly

import { TrezaClient, createEnclaveX402Client } from '@treza/sdk';
import { wrapFetchWithPayment } from '@x402/fetch';

const client = new TrezaClient({ baseUrl: 'https://app.trezalabs.com' });
const { x402, account } = await createEnclaveX402Client(client, {
  enclaveId: 'enc_abc123',
});

console.log('Payment wallet:', account.address);

// Use x402 client with any wrapper
const paidFetch = wrapFetchWithPayment(fetch, x402);

Custom viem Account

For advanced use cases, create a viem-compatible account directly:

import { TrezaClient, createEnclaveAccount } from '@treza/sdk';
import { x402Client } from '@x402/core/client';
import { registerExactEvmScheme } from '@x402/evm/exact/client';

const client = new TrezaClient({ baseUrl: 'https://app.trezalabs.com' });
const account = await createEnclaveAccount(client, { enclaveId: 'enc_abc123' });

// Register with x402 manually
const x402 = new x402Client();
registerExactEvmScheme(x402, { signer: account });

Discover Payable Services

import { discoverPayableServices } from '@treza/sdk';

const services = await discoverPayableServices({
  maxPrice: '0.01',
  network: 'eip155:8453', // Base mainnet
});

console.log('Available services:', services.length);

Quick Start

Installation

npm install @treza/sdk ethers

Environment Setup

Create a .env file:

# API Configuration
TREZA_API_URL=https://api.trezalabs.com/api
# For local development: http://localhost:3000/api

# Enclave Platform
TREZA_PLATFORM_URL=https://app.trezalabs.com
WALLET_ADDRESS=0x...your-wallet-address

# Blockchain Configuration (for KYC)
SEPOLIA_RPC_URL=https://rpc.sepolia.org
SEPOLIA_KYC_VERIFIER_ADDRESS=0xB1D98F688Fac29471D91234d9f8EbB37238Df6FA

# Enclave ID for signing (production)
TREZA_ENCLAVE_ID=enc_...your-enclave-id

See .env.example for all available configuration options.

Basic Usage - KYC with Enclave Signing (Recommended)

In production, private keys are managed inside Treza Nitro Enclaves and never leave the hardware-isolated TEE. The SDK provides pluggable signers so you can swap between enclave signing, local keys, or browser wallets with one line of code.

import { TrezaClient, TrezaKYCClient, EnclaveSigner } from '@treza/sdk';

// 1. Connect to the Treza platform
const platform = new TrezaClient({
  baseUrl: process.env.TREZA_PLATFORM_URL,
});

// 2. Create an EnclaveSigner (keys never leave the TEE)
const signer = new EnclaveSigner(platform, {
  enclaveId: process.env.TREZA_ENCLAVE_ID!,
  verifyAttestation: true, // verify enclave integrity before signing
});

// 3. Initialize the KYC client with secure signing
const client = new TrezaKYCClient({
  apiUrl: process.env.TREZA_API_URL!,
  blockchain: {
    rpcUrl: process.env.SEPOLIA_RPC_URL!,
    contractAddress: process.env.SEPOLIA_KYC_VERIFIER_ADDRESS!,
    signerProvider: signer,
  },
});

// Submit proof on-chain (signed inside the enclave)
const txHash = await client.submitProofOnChain({
  commitment: proof.commitment,
  proof: proof.proof,
  publicInputs: proof.publicInputs,
});

Local Development (Demo Only)

For local development and testing, you can use LocalSigner with a raw private key. Do not use this in production.

import { TrezaKYCClient, LocalSigner } from '@treza/sdk';

const client = new TrezaKYCClient({
  apiUrl: 'http://localhost:3000/api',
  blockchain: {
    rpcUrl: 'http://localhost:8545',
    contractAddress: '0x...',
    signerProvider: new LocalSigner(process.env.PRIVATE_KEY!),
  },
});

Read-Only Usage (No Signing)

Many KYC operations don't require signing at all:

import { TrezaKYCClient } from '@treza/sdk';

const client = new TrezaKYCClient({
  apiUrl: process.env.TREZA_API_URL!,
  blockchain: {
    rpcUrl: process.env.SEPOLIA_RPC_URL!,
    contractAddress: process.env.SEPOLIA_KYC_VERIFIER_ADDRESS!,
  },
});

// Check if user is an adult (read-only, no signer needed)
const isAdult = await client.isAdult(proofId);
console.log('User is 18+:', isAdult);

// Get all claims
const claims = await client.getClaims(proofId);
console.log(claims);
// {
//   country: 'US',
//   isAdult: true,
//   documentValid: true,
//   documentType: 'passport'
// }

// Verify requirements
const result = await client.meetsRequirements(proofId, {
  mustBeAdult: true,
  allowedCountries: ['US', 'CA', 'GB'],
  mustHaveValidDocument: true,
});

if (result.meets) {
  console.log('User meets all requirements!');
} else {
  console.log('Requirements not met:', result.reason);
}

Basic Usage - Enclave Platform

import { TrezaClient } from '@treza/sdk';

// Initialize client
const client = new TrezaClient({
  baseUrl: process.env.TREZA_PLATFORM_URL
});

// Create a secure enclave
const enclave = await client.createEnclave({
  name: 'My Secure Enclave',
  description: 'Privacy-preserving computation',
  region: 'us-east-1',
  walletAddress: process.env.WALLET_ADDRESS,
  providerId: 'aws-nitro-enclave'
});

console.log('Enclave created:', enclave.id);
console.log('Status:', enclave.status);

// Get attestation and verify
const attestation = await client.getAttestation(enclave.id);
console.log('Trust Level:', attestation.verification.trustLevel);
console.log('PCR Measurements:', attestation.attestationDocument.pcrs);

// Verify enclave integrity
const verification = await client.verifyAttestation(enclave.id);
console.log('Is Valid:', verification.isValid);
console.log('Compliance:', verification.complianceChecks);

See Quick Reference for more examples and complete API documentation.

Core Features

KYC Features

Convenience Methods

The SDK provides simple methods for common KYC checks:

// Check specific claims
const isAdult = await client.isAdult(proofId);
const country = await client.getCountry(proofId);
const hasValidDoc = await client.hasValidDocument(proofId);
const docType = await client.getDocumentType(proofId);

// Get all claims at once
const claims = await client.getClaims(proofId);

// Verify multiple requirements
const result = await client.meetsRequirements(proofId, {
  mustBeAdult: true,
  allowedCountries: ['US', 'CA', 'GB'],
  mustHaveValidDocument: true,
  allowedDocumentTypes: ['passport', 'drivers_license']
});

Dual Verification

Choose between API-based (fast) or blockchain-based (trustless) verification:

// Via API (fast)
const isAdult = await client.isAdult(proofId);

// Via blockchain (trustless)  
const isAdultOnChain = await client.isAdult(proofId, true);

Blockchain Operations

Direct interaction with KYCVerifier smart contracts:

// Check if user has valid KYC on-chain
const hasKYC = await client.hasValidKYC(userAddress);

// Get proof details from blockchain
const proof = await client.getProofFromChain(proofId);

// Get user's latest proof ID
const proofId = await client.getUserProofId(userAddress);

Architecture

KYC Platform

┌─────────────────────────────────────┐
│        Your Application             │
│  (Node.js / Browser / React)        │
└─────────────┬───────────────────────┘
              │
              ▼
┌─────────────────────────────────────┐
│         TREZA SDK                   │
│  • TrezaKYCClient                   │
│  • Convenience methods              │
│  • Type-safe API                    │
└─────────────┬───────────────────────┘
              │
        ┌─────┴─────┐
        │           │
        ▼           ▼
┌───────────┐  ┌────────────────┐
│  API      │  │   Blockchain   │
│  (Fast)   │  │  (Trustless)   │
│           │  │                │
│ • Verify  │  │ • KYCVerifier  │
│   Claims  │  │   Contract     │
│ • Get     │  │ • On-chain     │
│   Proofs  │  │   Proofs       │
└───────────┘  └────────────────┘

Enclave Platform

┌─────────────────────────────────────┐
│        Your Application             │
│  (Node.js / Browser / React)        │
└─────────────┬───────────────────────┘
              │
              ▼
┌─────────────────────────────────────┐
│         TREZA SDK                   │
│  • TrezaClient                      │
│  • Enclave Management               │
│  • Attestation & Verification       │
│  • Task Scheduling                  │
│  • GitHub & Docker Integration      │
└─────────────┬───────────────────────┘
              │
              ▼
┌─────────────────────────────────────┐
│       TREZA Platform API            │
│  • Enclave Orchestration            │
│  • Lifecycle Management             │
│  • Log Aggregation                  │
│  • Attestation Services             │
└─────────────┬───────────────────────┘
              │
        ┌─────┴─────────┐
        │               │
        ▼               ▼
┌─────────────┐  ┌─────────────────┐
│  AWS Nitro  │  │  Verification   │
│  Enclaves   │  │  Infrastructure │
│             │  │                 │
│ • Hardware  │  │ • PCR Checks    │
│   Isolation │  │ • Certificate   │
│ • Crypto    │  │   Validation    │
│   Attest.   │  │ • Compliance    │
└─────────────┘  └─────────────────┘

Key Management & Signing

The Treza SDK provides a pluggable signing architecture. Instead of storing private keys in .env files, you choose a SignerProvider that matches your environment:

Signer	Environment	How It Works
EnclaveSigner	Production (recommended)	Keys are generated and stored inside a Treza Nitro Enclave. Signing requests go through the Platform API to the TEE. Keys never leave the enclave.
LocalSigner	Development/Testing	Wraps a raw private key string. Emits a warning if used in production.
BrowserWalletSigner	Client-side dApps	Delegates to MetaMask or any injected Web3 wallet. Prompts the user to sign.

Signing Flow (EnclaveSigner)

Your App  -->  TrezaKYCClient  -->  EnclaveSigner  -->  Platform API  -->  Nitro Enclave
                                                                              |
                                                                     Signs transaction
                                                                     (key never leaves TEE)
                                                                              |
Your App  <--  TrezaKYCClient  <--  EnclaveSigner  <--  Platform API  <--  Signed TX

Using EnclaveSigner

import { TrezaClient, EnclaveSigner, TrezaKYCClient } from '@treza/sdk';

const platform = new TrezaClient();
const signer = new EnclaveSigner(platform, {
  enclaveId: 'enc_abc123',
  verifyAttestation: true,  // verify TEE integrity before each sign
});

const client = new TrezaKYCClient({
  apiUrl: 'https://api.trezalabs.com/api',
  blockchain: {
    rpcUrl: 'https://rpc.sepolia.org',
    contractAddress: '0x...',
    signerProvider: signer,
  },
});

Custom Signers

You can implement the SignerProvider interface to integrate any key management system (AWS KMS, HashiCorp Vault, hardware wallets, etc.):

import { SignerProvider } from '@treza/sdk';
import { ethers } from 'ethers';

class MyCustomSigner implements SignerProvider {
  readonly type = 'custom';

  async getSigner(provider?: ethers.Provider): Promise<ethers.Signer> {
    // Your custom signing logic here
  }

  async getAddress(): Promise<string> {
    // Return the signing address
  }
}

API Reference

TrezaClient

Main client for enclave platform management.

Constructor

new TrezaClient(config?: TrezaConfig)

Config Options:

• baseUrl: Base API URL (default: https://app.trezalabs.com)
• timeout: Request timeout in milliseconds (default: 30000)

Enclave Methods

Core Operations:

• getEnclaves(walletAddress) - Get all enclaves
• getEnclave(enclaveId) - Get specific enclave
• createEnclave(request) - Create new enclave
• updateEnclave(request) - Update enclave
• deleteEnclave(enclaveId, walletAddress) - Delete enclave

Lifecycle Management:

• pauseEnclave(enclaveId, walletAddress) - Pause enclave
• resumeEnclave(enclaveId, walletAddress) - Resume enclave
• terminateEnclave(enclaveId, walletAddress) - Terminate enclave
• performEnclaveAction(request) - Generic lifecycle action

Logging:

• getEnclaveLogs(enclaveId, logType?, limit?) - Get logs
  • Log types: 'all', 'ecs', 'stepfunctions', 'lambda', 'application', 'errors'

Attestation & Verification:

• getAttestation(enclaveId) - Get attestation document with PCR measurements
• getVerificationStatus(enclaveId) - Quick verification status
• verifyAttestation(enclaveId, request?) - Comprehensive verification with compliance checks
• generateIntegrationSnippet(enclaveId, language?) - Generate code snippets
  • Languages: 'javascript', 'python', 'curl', 'java'

Provider Methods

• getProviders() - Get all available providers
• getProvider(providerId) - Get specific provider

Task Methods

• getTasks(walletAddress) - Get all tasks
• createTask(request) - Create scheduled task
• updateTask(request) - Update task
• deleteTask(taskId, walletAddress) - Delete task

API Key Methods

• getApiKeys(walletAddress) - Get all API keys
• createApiKey(request) - Create API key with permissions
• updateApiKey(request) - Update API key
• deleteApiKey(apiKeyId, walletAddress) - Delete API key

GitHub Methods

• getGitHubAuthUrl(state?) - Get OAuth authorization URL
• exchangeGitHubCode(request) - Exchange OAuth code for token
• getGitHubRepositories(accessToken) - Get user repositories
• getRepositoryBranches(request) - Get repository branches

Docker Methods

• searchDockerImages(query) - Search Docker Hub
• getDockerTags(repository) - Get available tags for image

---

TrezaKYCClient

Client for KYC verification operations.

Constructor

new TrezaKYCClient(config: TrezaKYCConfig)

Config Options:

• apiUrl: API endpoint URL (required)
• apiKey: API key for authenticated requests (optional)
• blockchain: Blockchain configuration (optional)
  • rpcUrl: Ethereum RPC URL
  • contractAddress: KYCVerifier contract address
  • signerProvider: A SignerProvider for secure key management (recommended)
  • privateKey: (deprecated) Raw private key for write operations — use signerProvider instead

Methods

Convenience Methods:

• isAdult(proofId, useBlockchain?) - Check if user is 18+
• getCountry(proofId, useBlockchain?) - Get user's nationality
• hasValidDocument(proofId, useBlockchain?) - Check document validity
• getDocumentType(proofId, useBlockchain?) - Get document type
• getClaims(proofId, useBlockchain?) - Get all public claims
• meetsRequirements(proofId, requirements, useBlockchain?) - Verify requirements

Core Methods:

• submitProof(params) - Submit proof to API
• verifyProof(proofId) - Verify proof via API
• getProof(proofId) - Get proof details

Blockchain Methods:

• hasValidKYC(userAddress) - Check if user has valid KYC on-chain
• getProofFromChain(proofId) - Get proof from blockchain
• getUserProofId(userAddress) - Get user's latest proof ID
• submitProofOnChain(params) - Submit proof to blockchain
• verifyProofOnChain(params) - Verify proof on blockchain

Examples

Age-Gated Content

async function checkAccess(proofId: string) {
  const client = new TrezaKYCClient({ apiUrl: process.env.TREZA_API_URL });
  const isAdult = await client.isAdult(proofId);
  
  if (isAdult) {
    return { access: 'granted' };
  } else {
    return { access: 'denied', reason: 'Must be 18+' };
  }
}

Country Restrictions

async function checkEligibility(proofId: string) {
  const client = new TrezaKYCClient({ apiUrl: process.env.TREZA_API_URL });
  const country = await client.getCountry(proofId);
  const allowedCountries = ['US', 'CA', 'GB'];
  
  if (allowedCountries.includes(country)) {
    return { eligible: true };
  } else {
    return { eligible: false, reason: `Not available in ${country}` };
  }
}

KYC-Gated Platform

async function verifyKYC(proofId: string) {
  const client = new TrezaKYCClient({ apiUrl: process.env.TREZA_API_URL });
  
  const result = await client.meetsRequirements(proofId, {
    mustBeAdult: true,
    mustHaveValidDocument: true,
    allowedCountries: ['US', 'CA', 'MX', 'GB'],
  });
  
  return result.meets;
}

Enclave Platform

The TREZA SDK provides comprehensive management of secure AWS Nitro Enclaves with cryptographic attestation for privacy-preserving computation.

Getting Started with Enclaves

import { TrezaClient } from '@treza/sdk';

// Initialize client
const client = new TrezaClient({
  baseUrl: 'https://app.trezalabs.com', // optional, this is the default
  timeout: 30000 // optional, request timeout in ms
});

const WALLET_ADDRESS = '0x...'; // Your wallet address

Enclave Management

Create and Deploy an Enclave

// Get available providers
const providers = await client.getProviders();
const awsProvider = providers.find(p => p.id === 'aws-nitro-enclave');

// Create a new enclave
const enclave = await client.createEnclave({
  name: 'Trading Bot Enclave',
  description: 'Secure enclave for automated trading',
  region: 'us-east-1',
  walletAddress: WALLET_ADDRESS,
  providerId: awsProvider.id,
  providerConfig: {
    instanceType: 't3.small',
    dockerImage: 'myapp:latest'
  }
});

console.log('Enclave created:', enclave.id);
console.log('Status:', enclave.status); // PENDING_DEPLOY -> DEPLOYING -> DEPLOYED

List and Get Enclaves

// Get all enclaves for your wallet
const enclaves = await client.getEnclaves(WALLET_ADDRESS);

// Get specific enclave details
const enclave = await client.getEnclave(enclaveId);
console.log(`${enclave.name} - Status: ${enclave.status}`);

Update an Enclave

const updated = await client.updateEnclave({
  id: enclaveId,
  walletAddress: WALLET_ADDRESS,
  description: 'Updated description',
  providerConfig: {
    instanceType: 't3.medium'
  }
});

Enclave Lifecycle Management

Control enclave state with pause, resume, and terminate operations:

// Pause an enclave (stops compute, reduces costs)
const paused = await client.pauseEnclave(enclaveId, WALLET_ADDRESS);
console.log('Status:', paused.enclave.status); // PAUSED

// Resume a paused enclave
const resumed = await client.resumeEnclave(enclaveId, WALLET_ADDRESS);
console.log('Status:', resumed.enclave.status); // DEPLOYED

// Terminate an enclave (permanent deletion)
const terminated = await client.terminateEnclave(enclaveId, WALLET_ADDRESS);
console.log('Status:', terminated.enclave.status); // DESTROYED

Attestation & Cryptographic Verification

TREZA enclaves provide hardware-backed cryptographic proof of integrity:

// Get full attestation document with PCR measurements
const attestation = await client.getAttestation(enclaveId);
console.log('PCR0 (Enclave Image):', attestation.attestationDocument.pcrs[0]);
console.log('PCR1 (Kernel):', attestation.attestationDocument.pcrs[1]);
console.log('PCR2 (Application):', attestation.attestationDocument.pcrs[2]);
console.log('Trust Level:', attestation.verification.trustLevel); // HIGH, MEDIUM, LOW

// Quick verification status check
const status = await client.getVerificationStatus(enclaveId);
console.log('Is Verified:', status.isVerified);
console.log('Trust Level:', status.trustLevel);

// Comprehensive verification with compliance checks
const verification = await client.verifyAttestation(enclaveId, {
  nonce: 'your-unique-nonce-here' // For replay attack protection
});

console.log('Valid:', verification.isValid);
console.log('PCR Verification:', verification.verificationDetails.pcrVerification);
console.log('Certificate Chain:', verification.verificationDetails.certificateChain);
console.log('Compliance:', verification.complianceChecks);
// {
//   soc2: true,
//   hipaa: true,
//   fips: true,
//   commonCriteria: true
// }
console.log('Risk Score:', verification.riskScore); // Lower is better
console.log('Recommendations:', verification.recommendations);

Integration Code Generation

Generate ready-to-use code snippets for third-party integration:

// Generate JavaScript/TypeScript snippet
const jsCode = await client.generateIntegrationSnippet(enclaveId, 'javascript');

// Generate Python snippet
const pyCode = await client.generateIntegrationSnippet(enclaveId, 'python');

// Generate cURL commands
const curlCode = await client.generateIntegrationSnippet(enclaveId, 'curl');

// Generate Java snippet
const javaCode = await client.generateIntegrationSnippet(enclaveId, 'java');

Comprehensive Logging

Access logs from all enclave components:

// Get all logs
const allLogs = await client.getEnclaveLogs(enclaveId);

// Get specific log types
const ecsLogs = await client.getEnclaveLogs(enclaveId, 'ecs', 100);
const appLogs = await client.getEnclaveLogs(enclaveId, 'application', 100);
const errorLogs = await client.getEnclaveLogs(enclaveId, 'errors', 50);
const lambdaLogs = await client.getEnclaveLogs(enclaveId, 'lambda', 100);
const stepFunctionLogs = await client.getEnclaveLogs(enclaveId, 'stepfunctions', 100);

// Log structure
console.log(allLogs.logs.application?.[0]);
// {
//   timestamp: 1700000000000,
//   message: 'Application started',
//   source: 'application',
//   stream: 'app-stream-1',
//   type: 'stdout'
// }

Task Scheduling

Schedule automated tasks within enclaves:

// Create a scheduled task
const task = await client.createTask({
  name: 'Daily Data Sync',
  description: 'Sync data every day at midnight',
  enclaveId: enclaveId,
  schedule: '0 0 * * *', // Cron expression
  walletAddress: WALLET_ADDRESS
});

// List all tasks
const tasks = await client.getTasks(WALLET_ADDRESS);

// Update task schedule
const updated = await client.updateTask({
  id: task.id,
  walletAddress: WALLET_ADDRESS,
  schedule: '0 */6 * * *', // Every 6 hours
  status: 'running'
});

// Delete a task
await client.deleteTask(task.id, WALLET_ADDRESS);

GitHub Integration

Connect enclaves to GitHub repositories for automated deployments:

// Get GitHub OAuth URL
const auth = await client.getGitHubAuthUrl();
console.log('Authorize at:', auth.authUrl);

// After user authorization, exchange code for token
const tokenResponse = await client.exchangeGitHubCode({
  code: 'oauth-code-from-callback'
});

// Get user's repositories
const repos = await client.getGitHubRepositories(tokenResponse.access_token);

// Get branches for a specific repository
const branches = await client.getRepositoryBranches({
  accessToken: tokenResponse.access_token,
  repository: 'username/repo-name'
});

// Create enclave with GitHub connection
const enclave = await client.createEnclave({
  name: 'GitHub-connected Enclave',
  description: 'Auto-deploys from GitHub',
  region: 'us-east-1',
  walletAddress: WALLET_ADDRESS,
  providerId: awsProvider.id,
  githubConnection: {
    isConnected: true,
    username: tokenResponse.user.login,
    selectedRepo: 'username/repo-name',
    selectedBranch: 'main',
    accessToken: tokenResponse.access_token
  }
});

Docker Integration

Search and use Docker Hub images:

// Search for Docker images
const searchResults = await client.searchDockerImages('nodejs');
console.log('Found images:', searchResults.count);
searchResults.results.forEach(img => {
  console.log(`${img.name}: ${img.description} (⭐ ${img.stars})`);
});

// Get available tags for an image
const tags = await client.getDockerTags('library/node');
tags.tags.forEach(tag => {
  console.log(`${tag.name} - ${tag.size} bytes - Updated: ${tag.lastUpdated}`);
});

API Key Management

Create and manage API keys with fine-grained permissions:

// Create an API key with specific permissions
const apiKey = await client.createApiKey({
  name: 'Production API Key',
  walletAddress: WALLET_ADDRESS,
  permissions: ['enclaves:read', 'enclaves:write', 'tasks:read', 'logs:read']
});

console.log('API Key:', apiKey.key); // Only shown once!
console.log('Permissions:', apiKey.permissions);

// List all API keys
const keys = await client.getApiKeys(WALLET_ADDRESS);

// Update API key permissions
const updated = await client.updateApiKey({
  id: apiKey.id,
  walletAddress: WALLET_ADDRESS,
  permissions: ['enclaves:read', 'logs:read'], // Reduced permissions
  status: 'active'
});

// Revoke an API key
await client.deleteApiKey(apiKey.id, WALLET_ADDRESS);

Documentation

KYC Documentation

• Quick Reference - Common use cases and examples
• Environment Configuration - Complete configuration guide
• Setup Guide - Interactive setup script
• KYC Examples - Working code examples

Enclave Platform Documentation

• Basic Usage Example - Complete SDK walkthrough
• Compliance Integration - Enterprise compliance examples
• Production Readiness - Production deployment guide

Development

Setup

git clone https://github.com/treza-labs/treza-sdk.git
cd treza-sdk
npm install

Build

npm run build

Run Examples

KYC Examples

# Setup environment
./setup-env.sh

# Check adult status
npx tsx examples/kyc/check-adult.ts <proofId>

# Submit proof
npx tsx examples/kyc/submit-proof.ts

# Verify proof
npx tsx examples/kyc/verify-proof.ts <proofId>

Enclave Platform Examples

# Complete SDK demonstration
npx tsx examples/basic-usage.ts

# Examples include:
# - Provider management
# - Enclave lifecycle (create, pause, resume, terminate)
# - Comprehensive logging
# - Docker Hub integration
# - Attestation and verification
# - Task scheduling
# - API key management
# - GitHub integration
# - Complete setup workflows

Support

• Documentation: QUICK_REFERENCE.md
• GitHub Issues: Report bugs
• Website: trezalabs.com

License

MIT License - see LICENSE file for details.

Packages

Package	Description	npm
@treza/sdk	Core SDK for enclaves, KYC, and signing
@treza/react	React components and hooks
@treza/mcp	MCP server for AI agents

Links

• GitHub: github.com/treza-labs/treza-sdk
• npm: @treza/sdk
• MCP Server: @treza/mcp
• OpenAPI Spec: app.trezalabs.com/.well-known/openapi.json
• Smart Contracts: treza-contracts
• CLI: treza-cli
• Mobile App: treza-mobile
• Backend API: treza-app

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