A modular, production-ready trading framework engineered for Cloudflare Workers. Execute algorithmic strategies across major exchanges with sub-50ms response times from 275+ global edge locations.
Edge Locations
Global Latency
Edge Services
Monthly Cost
Hoox reimagines algorithmic trading infrastructure. By leveraging Cloudflare's edge network, your strategies execute closer to exchange servers than any traditional VPS setup, with the resilience of a globally distributed system. Every feature — from the multi-provider AI gateway to the RAG-powered Telegram assistant, from the Durable Objects idempotency store to the Web3 DeFi wallet integration — is designed to give you institutional-grade trading infrastructure at zero cost.
Every aspect of Hoox is engineered to outperform legacy VPS-based trading infrastructure. From latency and cost to deployment workflow and security, Hoox eliminates the operational overhead of traditional server management while delivering superior performance at a fraction of the cost — zero, to be precise. With features like Durable Objects idempotency, multi-provider AI fallback, Browser Rendering PDF generation, and DeFi wallet integration, Hoox provides capabilities that would require a team of DevOps engineers to replicate in a traditional setup.
| Aspect | Hoox | Traditional VPS | |
|---|---|---|---|
| Latency | Hoox ~22ms global average | VPS 100-300ms+ | |
| Infrastructure | Hoox Zero cost (Cloudflare Free) | VPS $10-100+/month VPS | |
| Deployment | Hoox hoox deploy all --auto | VPS Manual server setup + Docker | |
| Scaling | Hoox Global edge (275+ locations) | VPS Single region | |
| Security | Hoox Zero Trust (no public endpoints) | VPS Open ports, firewall management | |
| AI Risk Manager | Hoox Built-in autonomous agent | VPS Manual monitoring or third-party | |
| Exchange Routing | Hoox Dynamic via KV config | VPS Hardcoded per instance | |
| Maintenance | Hoox Automatic Cloudflare updates | VPS Manual OS + security patches | |
| Cold Start | Hoox <5ms | VPS 30-60s+ | |
| Uptime | Hoox 99.99% SLA | VPS Depends on VPS provider | |
| PDF Reports | Hoox Auto-generated via Browser Rendering | VPS Manual reporting or third-party tools | |
| Email Signals | Hoox Mailgun webhook + regex parsing | VPS Custom SMTP server setup | |
| DeFi Trading | Hoox ethers.js wallet via edge workers | VPS Dedicated node + Web3 provider | |
| AI Fallback Chain | Hoox 5 providers with automatic failover | VPS Single API key, no redundancy | |
| Idempotency | Hoox Durable Objects key store | VPS Manual dedup or database-level |
Hoox performance measured across Cloudflare's global edge network.
Multi-provider LLM gateway with automatic fallback. Requests are routed to the optimal provider based on capability, latency, and availability. If the primary fails, the next is tried — transparently, with zero additional latency overhead.
Routes requests to the optimal provider based on capability, latency, and availability.
Automatic fallback chain ensures AI-powered features never degrade. Failover happens at the worker level with no user-visible interruption.
Each worker is an independent V8 isolate with dedicated responsibilities. If one fails, the others continue operating. Service Bindings enable microsecond inter-worker communication without public internet routing.
Mesh Topology v4.2.0: All inter-worker communication uses Cloudflare Service Bindings — direct function invocation with microsecond overhead. Logic layer is fully isolated from the public internet via the hoox ingress gateway. Persistence is maintained via globally distributed D1 SQL and KV stores.
Direct function calls between workers
Sub-ms latency via proximity routing
V8 isolate initialization
Each worker runs in separate V8 isolate
Every architectural decision in Hoox serves a single purpose: execute trades faster, more reliably, and more securely than any traditional trading infrastructure.
Traditional VPS setups route every request through centralized servers. Hoox deploys your trading logic to Cloudflare's 275+ edge locations, executing milliseconds from exchange APIs worldwide. When markets move fast, milliseconds determine profit or loss. Smart Placement automatically routes each worker to the optimal data center nearest to its target exchange API, reducing latency by an additional 30-60% compared to standard edge routing.
Your algorithms run in V8 isolates that cold-start in under 5ms, with requests routed to the nearest edge node automatically. No server provisioning, no capacity planning, no single point of failure. The platform supports sub-50ms latency to every major exchange endpoint globally — Tokyo, Singapore, London, New York, and Frankfurt simultaneously.
Forget HTTP overhead between services. Cloudflare Service Bindings enable direct function invocation between Workers with microsecond latency. No public internet routing, no TLS handshakes, no DNS resolution delays. All 10 workers communicate through a mesh of 11 Service Bindings — every internal call completes in under 1ms with zero network overhead.
The hoox gateway calls trade-worker directly via binding, not HTTP. This architectural choice eliminates the latency penalty of traditional microservice communication. Internal workers have zero public endpoints — they simply can't be reached from the internet, eliminating entire categories of attack vectors. The only public-facing endpoint is the hoox gateway itself, which validates every request before forwarding via bindings.
The agent-worker isn't just monitoring — it's actively managing risk. Running on 5-minute cron cycles, it analyzes positions, adjusts trailing stops based on real-time volatility, and triggers kill-switches before catastrophic drawdowns. The RAG-powered Telegram assistant lets you query your entire trading history with natural language — /search, /ask, and /latest commands powered by Vectorize semantic search across 5 AI providers.
Multi-provider LLM gateway with automatic fallback: Workers AI, OpenAI, Anthropic, Google, Azure, Groq. AI-generated market summaries delivered to Telegram in real-time. No single point of failure in the intelligence pipeline — if the primary provider is down, the next is tried transparently. Vectorize embeddings enable semantic search across trade history, market data, and documentation for context-aware answers.
Zero Trust from the ground up. Internal workers have no public HTTP endpoints — they're accessible only via Service Bindings from authorized workers. API keys are injected directly into V8 isolate runtime, never exposed in environment variables or request logs. WAF rules managed via hoox waf command, IP allowlists stored in CONFIG_KV propagate globally within seconds.
The hoox gateway validates webhook signatures, enforces IP allowlists from CONFIG_KV, and rate-limits before any request reaches the execution layer. Secrets are managed through Cloudflare's encrypted Secrets Store. Email signals are validated through Mailgun webhook signatures. Every external entry point — webhook, email, Telegram command, API call — is authenticated, authorized, and audited before any trade execution occurs.
Each worker is an independent isolate. If telegram-worker fails, trade execution continues unaffected. If d1-worker experiences latency, the gateway queues operations. Graceful degradation is built into every service boundary. The analytics-worker tracks every failure for post-mortem analysis, and the report-worker generates compliance-ready PDFs of all system activity.
Automatic retries with exponential backoff, circuit breakers for external APIs, and comprehensive error logging to R2 storage. Durable Objects provide idempotent trade execution — no duplicate orders on webhook retries. Queue failover ensures signals are never lost even during transient worker failures. Email-worker supports multiple signal parsing patterns configurable via KV. Every component has a redundant fallback path designed to keep the system operational.
Your trading logic executes across Cloudflare's global network of data centers. Leverage Smart Placement to automatically route workloads to the optimal data center nearest to your exchange API endpoints for minimum latency (30-60% reduction). With 12 edge locations mapped across 4 continents — North America, South America, Europe, Middle East, and Asia-Pacific — your strategies run closer to exchange APIs than any VPS could ever achieve. Smart Placement ensures that trade-worker routes to Tokyo for Bybit, London for MEXC, and Singapore for Binance automatically, with sub-10ms overhead to each exchange.
San Francisco, Chicago, New York
São Paulo
London, Frankfurt, Paris
Dubai
Singapore, Tokyo, Sydney, Hong Kong
Average latency
21ms
Weighted average across all edge nodes
Dynamic routing based on API proximity
Guaranteed availability
V8 isolate initialization time
NAM, SAM, EUR, ME, APAC
Total Cloudflare global network
QUIC-based edge communication
Cloudflare authoritative DNS
Worker requests per day included
Smart Placement routes workers near exchange APIs
Cloudflare Workers or self-hosted Bun runtime
SQL + config + blob storage at edge
Beyond the core trading engine, Hoox ships with a complete ecosystem of developer tools, automation pipelines, and integration points — all wired through the Service Binding mesh.
Terminal toolbelt for managing every aspect of your infrastructure. From init to deploy, config to monitoring.
Full-screen interactive terminal UI with 9 keyboard-driven views, live SSE streaming, and Zustand state.
RAG pipeline with 384-dim Vectorize embeddings. Telegram assistant provides context-aware answers with citations.
Cron-triggered PDF reports via Browser Rendering. A4 format with charts, streamed to R2, delivered via Telegram + email.
ethers.js wallet managed via Secrets Store. Swap tokens on DEXes, interact with contracts, unify CeFi + DeFi.
Mailgun webhook parsing with KV-configurable regex patterns. Extract coin, direction, price, SL/TP from inbox signals.
Time-series tracking of every trade, API call, and signal via Analytics Engine. Dashboard + Grafana-compatible API.
Full test suite against local D1/KV/Queue emulators. Covers every CLI command and worker integration.
Groups across 7 categories
Automated test coverage
Keyboard-first dashboard
LLM fallback with auto-failover
Clone the repository, configure your exchange credentials, and deploy to Cloudflare's global edge network.
hoox init → hoox deploy all --auto → Trading Live
381+ CLI Tests • 10 Workers • 100% Open Source
Real-time terminal dashboard for monitoring trades, positions, agents, and system health.
$ ./hoox-tui or $ hoox tui
Don't want to use Cloudflare? Hoox ships with a Bun-based self-hosted runtime. A single server.js file mirrors all worker endpoints and runs on any VPS or bare metal. All the same features, same CLI tooling, same TypeScript codebase — just deploy it anywhere you want. The self-hosted runtime maintains API compatibility with the Cloudflare deployment, so switching between hosting options requires zero code changes.
$ bun run hoox init --self-hosted $ cd my-trading-bot $ bun run dev → Hoox self-hosted running on http://localhost:3000 → 10 worker endpoints ready → D1 emulator connected → KV emulator connected
Built on the Cloudflare Edge Network
CC BY 4.0 License / Open Source / Free Forever
[Trade at the speed of light.]█