Practical overview
When it fits
Use it when you need a self-hosted, configurable workflow for monitoring new Solana tokens and automating execution and exits. It is also a relevant starting point for adapting Solana listeners, safety filters, risk controls or MEV-aware transaction handling.
Who it is for
- Developers building Solana trading automation.
- Technically experienced traders seeking configurable token-launch monitoring and execution.
- Users adapting modular filters, risk controls or transaction executors into related Solana tools.
Documented uses
- Monitor newly opened Raydium pools and pump.fun token creations.
- Filter prospective buys using configurable token and pool checks.
- Execute buys and sells using WSOL or USDC.
- Automate take-profit, stop-loss, trailing-stop and scale-out exits.
- Use Jito, Warp or regular RPC transaction execution.
Requirements & limits
The repository is public and identified as open source under the MS-PL license. The documented setup requires a server environment with Node.js 18 or newer, a funded dedicated wallet, a reliable RPC connection and a quote-token account. No pricing information is documented.
- The bot signs transactions with the configured private key, so wallet separation and secret handling are explicit operational requirements.
- Execution depends on an RPC connection; the documentation warns that the public Solana endpoint may throttle.
- Dry-run and simulation options can be used before risking funds, but the project documentation still describes memecoin trading as extremely risky.
- The system supports several execution paths, including regular RPC, Warp and Jito, which matters when selecting an execution approach.
- Its filters, risk caps, circuit breaker and concurrency guard are relevant when limiting automated exposure.
Check current requirements in the official documentation. Source-based guidance does not mean OpenViST has run or independently tested this project.
Set up the Solana trading bot
Prepare the documented Node.js project, environment file, wallet, RPC connection and quote-token account for bot use.
Before you start
- Node.js 18 or newer.
- A funded, dedicated Solana wallet.
- A reliable RPC connection.
- An existing quote-token account, such as a WSOL associated token account.
- The public GitHub repository.
Steps
Clone the repository and change into its project directory.
Run the documented package installation command.
Copy the example environment file to the working
.envfile.Configure the environment settings, including the private key and RPC connection, while keeping the key secret.
Ensure the wallet already has the required quote-token account before starting the application.
Expected outcome
A configured local project ready for the repository's documented start stage.
Guide limitations
- The documented material describes setup and provides a start command, but does not verify a successful live run.
- Trading carries the risks described by the project, including rug pulls, honeypots, sandwiching and total loss.
- The public Solana RPC endpoint may throttle, according to the project documentation.
Sources & review
Source record details
- Source availability
- Active
- Sources checked
- 1 October 2026
- Original website title
- bigmacman1129/solana-sniper-trading-mev-bot · Official homepage title · retained in its source language