trading-agent

Deploy an autonomous EVClaw trading agent for Hyperliquid perps and HIP3.

Updated Feb 11, 2026
One-click install
npx skills add https://github.com/eliza420ai-beep/vince --skill trading-agent-eliza420ai-beep
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: trading-agent
Source: https://github.com/eliza420ai-beep/vince/tree/main/skills/trading-agent
Command: npx skills add https://github.com/eliza420ai-beep/vince --skill trading-agent-eliza420ai-beep

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill provides a reference for deploying and managing an autonomous AI trading agent (EVClaw) for live perps and HIP3 trading on Hyperliquid, ensuring safe and controlled execution.

Core Features & Use Cases

  • Live Trading Execution: Manages autonomous perps and HIP3 trading on Hyperliquid via the EVClaw agent.
  • Producer/Executor Separation: Implements a design pattern where signals are generated separately from live order execution.
  • Safety & Rollback: Includes critical preflight checks, kill-switch mechanisms, and a phased graduation system (L0-L3) for risk management.
  • Use Case: An operator needs to set up a dedicated, autonomous trading bot for Hyperliquid perps that operates independently of the main VINCE application, with strict safety protocols and a clear rollback strategy.

Quick Start

Run the Safety Preflight checklist before enabling live trading operations for the EVClaw agent.

Frequently Asked Questions about trading-agent

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

FAQPage Schema
How do I set up an autonomous trading agent for Hyperliquid perps?

An autonomous trading agent for Hyperliquid uses the EVClaw agent to execute live perps and HIP3 trades independently. It operates within the VINCE stack using a producer/executor separation design, managing signals separately from live order execution.

How does the producer/executor separation work for autonomous trading?

Producer/executor separation generates trading signals independently from live order execution. This design pattern allows the EVClaw agent to manage autonomous Hyperliquid perps trading safely by isolating decision logic from live execution protocols.

What risk management protocols are needed for live AI trading on Hyperliquid?

Live AI trading on Hyperliquid requires preflight safety checks, kill-switch mechanisms, and a phased graduation system (L0-L3). The EVClaw agent enforces these protocols to ensure controlled risk management during autonomous execution.

Can I run a Hyperliquid trading bot independently of my main application?

Yes, you can run a dedicated Hyperliquid trading bot independently. The EVClaw agent operates separately from the main VINCE application, executing live perps and HIP3 trading with strict safety protocols and clear rollback procedures.

What is the L0-L3 graduation system for autonomous trading agents?

The L0-L3 graduation system is a phased risk management framework for autonomous trading agents. It progressively increases trading privileges for the EVClaw agent, ensuring controlled execution of Hyperliquid perps and HIP3 trades with strict safety protocols.

How do I rollback autonomous trading operations if something goes wrong?

To rollback autonomous trading operations, activate the kill-switch mechanisms and follow the critical rollback procedures outlined for the EVClaw agent. Always run the Safety Preflight checklist before enabling live trading to prevent failures.