solanaos

Install and configure SolanaOS daemon, gateway, wallet service, and Honcho memory.

9|5|Updated Jan 22, 2026
One-click install
npx skills add https://github.com/x402agent/SolanaOS --skill solanaos
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: solanaos
Source: https://github.com/x402agent/SolanaOS/tree/main
Command: npx skills add https://github.com/x402agent/SolanaOS --skill solanaos

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

SolanaOS provides a compact, autonomous operator runtime that consolidates OODA trading, memory, multi-venue execution, and remote control into a single Go binary, enabling operators to deploy a complete Solana trading computer with minimal setup.

Core Features & Use Cases

  • End-to-end deployment of SolanaOS including daemon, gateway, wallet service, and Honcho memory for persistent reasoning across sessions
  • Multi-venue trading support (Hyperliquid + Aster) with on-chain intelligence and Solana data integrations
  • Telegram bot, gateway API, and Tailscale mesh for remote operation and secure control surfaces
  • Hub integration and skill loading to extend capabilities and enable dynamic skill loading
  • Hardware integration via Arduino Modulino I2C for real-time RSI tuning and physical feedback

Quick Start

Install SolanaOS by following the repository instructions and run the one-shot installer to boot the full runtime.

Frequently Asked Questions about solanaos

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I deploy an autonomous Solana trading bot with a Telegram control surface?

Deploy an autonomous Solana trading bot by installing the SolanaOS daemon, gateway, and wallet service, which together provide multi-venue execution and a Telegram bot for remote control. The one-shot installer boots the complete runtime environment.

What environment variables do I need to run a Solana trading runtime with LLM integration?

Running a Solana trading runtime with LLM integration requires setting environment variables including SOLANA_TRACKER_API_KEY, TELEGRAM_BOT_TOKEN, and OPENROUTER_API_KEY to enable on-chain intelligence and remote operation.

Can I execute trades across multiple venues using a single Go binary?

Yes, you can execute trades across multiple venues using a single Go binary that supports Hyperliquid and Aster, consolidating multi-venue execution and OODA trading logic into one self-contained operator runtime.

Do I need a Go toolchain to set up SolanaOS for on-chain intelligence?

Yes, setting up SolanaOS for on-chain intelligence requires a Go toolchain to compile and run the daemon, gateway, and Honcho memory components for persistent reasoning across trading sessions.

How does persistent memory work for an autonomous trading computer across sessions?

Persistent memory for an autonomous trading computer works through the Honcho memory service, which provides persistent reasoning across sessions by retaining OODA trading context and on-chain intelligence data.

What's the best way to integrate Arduino hardware for real-time RSI tuning in a Solana trading runtime?

Integrate Arduino Modulino I2C hardware for real-time RSI tuning and physical feedback within the SolanaOS runtime, connecting the autonomous trading computer to physical interfaces for dynamic parameter adjustments.