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solana ai agent trade

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Basic Information

This repository implements a Marinade-compatible liquid staking smart contract for the Solana blockchain and provides a complete local development and test environment. It contains an Anchor-based Solana program written in Rust that performs staking and unstaking operations by interacting with Marinade's on-chain staking pool. The project includes Web3-style tests using @solana/web3.js and @project-serum/anchor to simulate staking and unstaking inside a local test validator. The README documents project layout, prerequisites such as Anchor, Solana CLI and Node.js, and basic build, deploy and test commands. The codebase is intended as a reference implementation and a development starting point for teams building or testing Marinade-compatible staking functionality on Solana.

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App URL
https://github.com/vvizardev/solana-ai-agent-trade
Github Repository
https://github.com/vvizardev/solana-ai-agent-trade/blob/main/README.md

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App Details

Features
Stake SOL and mint mSOL to represent staked balance. Unstake mSOL to redeem SOL via the Marinade protocol. Accurate mSOL/SOL accounting implemented through program logic and CPI calls to Marinade on-chain components. Anchor-based smart contract written in Rust with Anchor.toml and Cargo.toml present. A Web3-focused test suite using @solana/web3.js and @project-serum/anchor that runs against a local test validator. Project structure separates programs, tests and migrations. Provided example test cases illustrate staking flows and assertions. Basic developer commands are documented, including anchor build, anchor deploy and anchor test. The repository is distributed under the MIT License.
Use Cases
This project is useful for Solana developers who need a working example of Marinade-compatible liquid staking logic and test coverage. Teams can study the Anchor Rust program to learn how to perform CPI calls into Marinade and manage token minting and redemption flows. The included Web3 tests and local validator simulation let developers reproduce staking and unstaking scenarios without deploying to a live cluster, aiding debugging and CI workflows. The documented build, deploy and test commands shorten setup time for new contributors. As an open source MIT-licensed reference implementation, it can be adapted or audited for production deployments, educational purposes, or integration into larger DeFi systems that require Marinade-compatible staking behavior.

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