[End User Hub]

Trader-facing documentation — getting started, concepts, guides, tutorials, and reference.

Hoox is a free, open-source, edge-native algorithmic trading framework and automation engine deployed natively to the Cloudflare® Edge Network. By utilizing a distributed microservice architecture, Hoox processes trade signals, evaluates risk parameters, executes order routing, and fires Telegram notifications—all within milliseconds and directly from the edge nodes closest to exchange servers.


Choose Your Path

Whether you are a retail algorithmic trader setting up your first automated TradingView strategies, a quantitative analyst exploring low-latency DeFi order routing, or a DevOps engineer maintaining multi-exchange infrastructure, our docs are split into highly focused tracks:

1. Getting Started

If you are brand new to the Hoox ecosystem, start here to prepare your machine, provision resources, and deploy your first live microservice in under 5 minutes:

  • Core Installation — Provision prerequisites (Bun runtime, Cloudflare credentials) and bootstrap a project.
  • Platform Configuration — Declaratively define environment variables, JSON profile templates, and KV keys.
  • 5-Minute Quick Start — Launch local worker runners and execute a simulated webhook trade signal.

2. Core Concepts

Understand the underlying technology, low-latency edge architecture, and security layers that protect your api keys:

  • How Hoox Works — The end-to-end lifecycle of a trade signal from webhook alert to order confirmation.
  • Edge-First Architecture — Why V8 isolates and Cloudflare Workers outperform traditional VPS architectures by 30-60%.
  • Cloudflare Services Map — How D1, KV, R2, Queues, Vectorize, and Browser Rendering are integrated.
  • Idempotency & Durable Objects — Preventing catastrophic double-execution and race conditions during high-frequency events.
  • Signals & Trade Routing — How parameters map from webhook JSON schemas to live exchange payloads.
  • AI Risk Manager — The 5-minute autonomous risk scanner, trailing-stop mathematician, and account kill-switch.

3. Operational Guides

Practical runbooks and blueprints for daily operations, local development, and system health maintenance:

4. Step-by-Step Tutorials

Follow guided, end-to-end tutorials to integrate your trade sources and notification handlers:

5. Reference Material

Deep specifications, schema registries, and command-line manual trees:


Offline Reference & AI Context

Consolidated specifications and LLM context packages are available in the GitHub repository.


Tip

Looking for deep engineering plans, DDL SQL schemas, or CI/CD deployment workflows? Check out the DevOps & Architecture Manual for developer-centric operator blueprints!