Agentic Trading for Hyperliquid

How it works

Agent trade workflow: the agent proposes a trade, which enters the HAIPA policy engine and trade infrastructure — Tokyo colocated compute, persistent VMs, algo primitives and your rules — then reaches a decision point. Pass is signed to Hyperliquid; block sends the agent back to retry with an adjustment.

Your agent generates a trading order. HAIPA's policy engine receives it, checks it against your pre-set rules, and decides in real-time: does this order respect your position caps, leverage limits, and loss floors? If yes, infrastructure executes and signs the order to HyperLiquid. If no, the order is blocked and your agent can adjust and try again.

This isn't trust-me infrastructure. Every order is checked. Every rule is enforced. Your policy engine is your property, running on institutional-grade execution layer. Your Risk Policy ensures your agent can't break your rules. You get the speed and reliability of a professional trading desk without the custody risk or vendor lockdown.

Institutional-grade agentic architecture

Democratizing trading

HAIPA architecture diagram: three parallel systems — ownership, policy engine and infrastructure — feeding a processing layer where the agent proposes an order and the policy check runs, then a mint-green pass path to execution or a red block path, over a foundation of Tokyo-colocated compute, persistent VMs and algo primitives.

Why institutional infrastructure matters

Democratizing trading: Your AI Agent is armed with the same trading tools as professional trading desks. HAIPA arms your agent with Tokyo-colocated, dedicated infrastructure for a reason: it matters.

HAIPA doesn't outsource execution. Your agent runs on persistent VMs backed by Tokyo-colocated compute. Trailing stops, peg orders, and custom algos execute with ultra-low latency. You're no longer a retail trader using retail infrastructure. You're leveraging institutional-grade execution.

This isn't marketing. It's infrastructure. Your AI agent runs on the same institutional-grade setup that professional trading desks rely on. Non-custodial, policy-enforced, no compromise.

Tokyo colocated

Ultra-low latency, dedicated compute

Persistent VMs

24/7 agent execution, no downtime

Algo primitives

Trailing stop, peg orders, more shipping

Key features

Policy enforcement

Your rules enforced at signing boundary. Before every order.

Non-custodial

We hold no funds. Your keys, your control.

MCP Connection

Claude, ChatGPT, open source, turn your LLM into a Junior Trader

Real infrastructure

Tokyo colocated, persistent VMs, institutional-grade execution.

Institutional-grade execution for your AI Agent. Your rules.