QUIMERIA-HYPERION is the Sovereign Market Kernel (SMK) — a production-ready algorithmic trading system that decodes market structure in real time. It treats price action as a deterministic Interbank Price Delivery Algorithm (IPDA) cycle and applies a multi-layered intelligence stack — from Bayesian HMM orchestration to Ring 0 veto authority — to generate high-conviction trade signals with built-in safeguards.Documentation Index
Fetch the complete documentation index at: https://mintlify.com/deskiziarecords/QUIMERIA-HYPERION/llms.txt
Use this file to discover all available pages before exploring further.
Quick Start
Run the SMK backend and open the live trading dashboard in under 5 minutes.
Installation
Install Python dependencies, optional GPU acceleration, and configure environment variables.
Architecture Overview
Understand the multi-layer kernel structure: Ring -1, Layers 1–4, and Ring 0 veto.
API Reference
Explore all REST endpoints, WebSocket feeds, and the plugin development contract.
How the SMK works
The kernel processes market data bar-by-bar through a layered pipeline. Each layer adds context until Ring 0 either clears or vetoes trade execution.IPDA Structural Compiler
Identifies dealing ranges, premium/discount zones, and the AMD state machine.
Lambda Sensors (λ₁–λ₈)
Eight real-time sensors detecting volatility, timing, harmonics, manipulation, and macro bias.
Ring 0 Veto System
Six hard-stop conditions including topological fracture, KL divergence, and Mandra energy gate.
Smart Intelligence
FAISS-powered pattern memory and GRU predictor for historical similarity matching.
Connect your data
Data Sources
Load OHLCV data from CSV, Bitget, OANDA, MT4/MT5, TradingView, and Dukascopy.
Exchange Connections
Live feed integrations for Bitget, Fyers, Coinbase Advanced Trade, and generic markets.
MetaTrader 5
Connect MT5 via the ZeroMQ bridge for tick-level data and order execution.
Plugin System
Extend the kernel with custom forensic detectors using the SMKPlugin base class.
Deploy and operate
Deployment
Run as a systemd service on Linux, a Windows service via NSSM, or in development mode.
Monitoring & Logging
Five rotating log streams — events, veto decisions, trades, session, and raw bars.