Overview
This Getting Started guide helps developers integrate with the Ledger Live Wallet ecosystem and learn common patterns for building applications that interact with hardware wallets and Ledger Live. Whether you are building a plugin, mobile companion app, or an enterprise integration, this guide covers quickstart steps, security guidance, sample flows, and troubleshooting.
Where you see references to Ledger Live Wallet, ledger live wallet, or Ledger/Live/Wallet they indicate the wallet platform and related developer experiences. We repeat these search phrases in-line so your content index and examples easily map to common developer queries about Ledger Live Wallet integrations.
Quickstart — 5 Minute Setup
- Install Ledger Live: Download and install Ledger Live on your development machine or mobile device. Launch and complete the initial setup.
- Obtain a Ledger device: Connect a Ledger hardware wallet (e.g., Ledger Nano S Plus or Nano X) and initialize it or restore an existing account.
- Enable developer mode (if needed): For local testing, enable relevant developer settings in Ledger Live and the device where applicable. Use only test accounts for integration testing.
- Use the Ledger SDK / API: Add the Ledger SDK or use the Ledger Live APIs to discover accounts and request signatures. Typical flows use a pairing step + signature requests.
- Run a sample: Use a reference integration (example code block below) to request a message or transaction signature to verify connectivity.
Sample signature pseudo-code
// Pseudo-code: request a signature from the Ledger device via the Live bridge
const requestSignature = async (message) => {
// Open connection with Ledger Live bridge or library
const connection = await LedgerBridge.connect();
// Request a user-approved signature on the device
const signature = await connection.signMessage({ path: "m/44'/60'/0'/0/0", message });
await connection.disconnect();
return signature;
};
Integration Patterns
Integrations with the Ledger Live Wallet typically follow these patterns:
- Account Discovery: Query Ledger Live for accounts and balances to list accounts to users in your app.
- Transaction Signing: Send unsigned transactions to the Ledger device for user approval and signature.
- Message Signing: Use ephemeral message signing for authentication or signature-based login flows.
- Plugin/Manager: Implement a plugin that instructs Ledger Live how to display app-specific metadata (if supported by the platform).
Throughout the documentation you will find references to ledger live wallet best practices and recommended user flows. Keep private keys on the device and always verify transaction details on the hardware screen.
Security and UX Best Practices
Security is the most important consideration when working with hardware wallets. Follow these recommendations:
- Never export private keys: All signing must happen on-device. Your backend or client should only ever see signed payloads.
- Display clear details: Ask Ledger Live to show transaction amounts, recipients, and fees on the device screen so users can confirm.
- Use canonical HD paths: Support common derivation paths (BIP44/BIP49/BIP84) and let users choose the account.
- Handle disconnects gracefully: If the Ledger device is disconnected mid-flow, show a recovery or retry flow in your app.
- Test on real hardware: Simulators are helpful but always verify flows on an actual Ledger device and with Ledger Live installed to see the real UX.
The phrase Ledger/Live/Wallet will appear in interface labels and documentation fragments where you want an exact token match for search or compliance with integration guides.
Common Developer Tools
Useful libraries and tools in the ecosystem:
- Ledger SDKs: Official and community SDKs for JavaScript, Python, and other languages.
- Transport libraries: USB, BLE, and bridge transports to connect to Ledger devices via Ledger Live.
- Testnets and faucets: Use test networks for transaction testing and avoid spending real funds during development.
If your integration references ledger live wallet functionality, document the exact API calls, parameters, and expected device prompts so QA can verify every step.
Troubleshooting
Quick fixes for common issues with Ledger Live Wallet connections:
- Device not found: Confirm USB/BLE permissions, unlock the device, and open the correct app on the device (e.g., Ethereum app for ETH signing).
- Signature rejected: Check that the correct derivation path and message format are used. Ensure the user confirms on the device screen.
- App version mismatch: Keep Ledger Live and firmware up-to-date to avoid compatibility problems.
Frequently Asked Questions (FAQ)
1. What is Ledger Live Wallet and how do I start integrating with it?
Answer: Ledger Live Wallet is the desktop and mobile companion that communicates with Ledger hardware devices. To integrate, install Ledger Live, obtain a Ledger device, and use the Ledger transport and SDK to perform account discovery and signing operations. During development, test on testnets before using real funds.
2. Can I sign transactions without the Ledger Live app?
Answer: Many integrations can communicate with a Ledger device directly using transport libraries (USB, BLE). However, Ledger Live often provides an easier bridge and recognized UX. Whether you use direct transport or Ledger Live, signatures must be performed on the hardware device.
3. How do I ensure my integration is secure?
Answer: Never transmit private keys. Always sign on-device, validate transaction details on the device screen, and use well-known derivation paths. Use test environments and follow Ledger's published security guidance when available.
4. What does Ledger/Live/Wallet mean in documentation?
Answer: The token Ledger/Live/Wallet is a literal phrase sometimes used in docs or meta tags to represent the relationship between Ledger (company), Live (the app), and Wallet (the device/account). It’s useful for exact-match search indexing or internal naming conventions.
5. Where can I find SDKs and example code?
Answer: Official SDKs and example integrations are available in public repositories and developer portals maintained by the Ledger ecosystem. Look for JavaScript/TypeScript transport libraries and official device app specifications. Always reference the latest official docs for breaking changes.