Documentation

Understand how the AMM Solver example works The Quickstart tutorial explains how to set up an example AMM Solver, lets dive into understanding how it works: from connecting to the Message Bus through

Programmatic access to historical 1Click Swap transactions The Explorer API provides read-only access to historical 1Click Swap transactions and their statuses, mirroring the data available on the NEA

Frequently Asked Questions General Is there a testnet deployment? There is no testnet deployment and no plans for one. We recommend testing on NEAR mainnet using separate dev/test NEAR accounts. What

Configure fee collection and aggregation Configure how fees are collected and distributed when using the 1Click Swap API. As a distribution channel, you can add your own fees on top of the base platfo

All fees that apply to NEAR Intents transactions and integrations Protocol Fee 0.0001% (1 pip) per transaction Collected on-chain by the intents.near smart contract Applies to every transfer, swap, or

Next steps and troubleshooting for your first 1Click integration Next steps Clone the Example Repo Clone and run a working TypeScript implementation to get started quickly. Watch NEAR Intents 102 Foll

Recover missed quotestatus events after a disconnect [!NOTE] Early access. Guaranteed delivery is live in production, but no solver has exercised it yet. It should behave as described. If you see miss

Where a BTC deposit address comes from, why coins are not swept into a vault, and who can sign a withdrawal A plain-language guide for people using the bridge, not building it. Four things worth under

Send USDC to Hyperliquid, or deposit USDC from Hyperliquid, through the 1Click Swap API You can send USDC to Hyperliquid, and deposit USDC from Hyperliquid, through the 1Click Swap API. Same quote, de

Available intent types and how to structure them for the Verifier contract An intent is a desired action on your account in the Verifier smart contract, performed by submitting a transaction to the NE

Complete library to interact with NEAR Intents The NEAR Intents SDK provides tools for intent execution, deposits, withdrawals, and interacting with various bridge implementations across multiple bloc

Offer a swap at the user's price through the 1Click Swap API Limit Orders let wallets and apps rest a swap at a price the user sets, through the 1Click Swap API. [!NOTE] Limit orders run as confidenti

Query tokens, request a quote, send your deposit, and track it to completion This covers the standard ORIGINCHAIN swap flow end-to-end: find a token, request a quote, send your deposit, and poll statu

Fulfill cross-chain swap intents as a liquidity provider Market Makers compete to fulfill user Swap intents. They listen for swap requests on the Message Bus, evaluate whether they can fill the reques

How Omni Bridge moves assets on and off NEAR, and why Bitcoin works differently Omni Bridge is how Bitcoin, Ethereum, Solana, and a few other chains move in and out of NEAR Intents. Near One runs it.

Off-chain bus communicating market makers and users The Message Bus is a system component that optimizes price discovery between users and market makers. It handles communication and submits settlemen

Execute your first intent-based swap using 1Click API 1Click API enables you to specify a cross-chain swap intent (what you want to swap), and handles the execution for you. [!WARNING] There is no tes

Become a market maker on NEAR Intents In this guide, you will set up and run an example solver that connects to the Message Bus, receives live quote requests, and automatically responds to the ones it

Add a cross-chain swap widget to your app in minutes The Intents Swap Widget lets you integrate a fully functional, cross-chain swap interface into your application in just a few lines of code. [!TIP]

post /v0/auth/refresh Exchange a refresh token for a new access token Once the accessToken from Authenticate User with Signed Data expires, exchange refreshToken for a new accessToken without re-signi

Recover Bitcoin you sent to a bridge deposit address that never finalized on NEAR If you send BTC to a bridge deposit address but the deposit never finalizes on NEAR, the Bitcoin isn't lost. You can p

How NEAR Intents implements compliance screening and financial integrity measures At NEAR Intents, we are deeply committed to implementing best practices in compliance and financial integrity. Transpa

Security audits, bug bounty program, and AML resources Audits NEAR Intents smart contracts have been audited by independent security firms. View Audit Reports Access all security audit reports on Goog

Partner-facing API for pulling active Shield incidents and submitting new ones This guide covers the partner-facing flow for pulling active Shield incidents and submitting new incidents. It does not c

How SHIELD proactively raises security posture across guarded NEAR Intents surfaces SHIELD is the security policy layer behind NEAR Intents and the 1Click stack. It lets integrated services evaluate r

Authorize a swap by signing an intent off-chain instead of an on-chain deposit Use signed intent execution when a quote uses depositType: INTENTS or depositType: CONFIDENTIALINTENTS. In both cases, th

How to sign intents for different wallet types and signing standards After creating intents, they must be signed before submission to the Verifier contract via the executeintents function. The Verifie

Test intents without modifying blockchain state using the simulateintents function The simulateintents function runs intent code without modifying the Verifier contract's state. It accepts the same Mu

Terms of use governing Solver access to the Solver Services NEAR INTENTS SOLVER TERMS OF USE Last Updated: 7 October 2026 Please read these Solver Terms carefully. These Terms are between you, and any

All tokens supported by NEAR Intents, sourced live from the 1Click API. The list below is sourced live from the 1Click API and reflects currently supported tokens. The list is continuously expanding —