sidneycodes1/atlas

Atlas is a system built for the Solana blockchain that watches transactions as they are submitted and automatically fixes the ones that fail, without a person needing to click a retry button or take any other action. It was built for a hackathon called the Superteam Nigeria Advanced Infrastructure Challenge and runs on Solana's test network, called devnet, rather than the live network people use with real money. The system connects to a real time data stream from a service called Yellowstone to watch transactions as they move through the network. If that streaming connection is not available, for example because the plan being used does not include it, Atlas automatically switches to checking transaction status by asking the network directly instead, without needing any change to its settings. When a transaction fails, Atlas asks Google's Gemini AI model to look at the failure and suggest what went wrong and how to fix it. If the AI service is not available, a simpler set of built in rules takes over instead, so the system keeps working either way. To recover a failed transaction, Atlas rebuilds it with an updated fee, based on live pricing data from a service called Jito that helps transactions get processed reliably and protects them from being manipulated by other participants on the network. Every transaction is tracked through several stages, from first submitted to fully confirmed, with timestamps recorded at each step. New users log in through a service called Privy, which creates a digital wallet for them automatically, and the project automatically sends a small amount of test currency to that new wallet so users can try the system immediately without needing to find their own funds first. This project is aimed at developers interested in Solana blockchain infrastructure, particularly those exploring automated transaction reliability systems. Setting it up requires accounts with several external services, including Privy, a Solana RPC provider, and optionally Google's Gemini AI. The README does not clearly state what license applies to this code.