Documentation
HomerGrandmaster is a self-evolving chess AI that plays on Lichess 24/7, learns from every game, and autonomously adapts its strategy to climb the rating ladder.
Architecture
The system is built around a multi-layer cognitive pipeline:
- Neural Evaluation Core — The heart of HomerGrandmaster. A deep position analysis engine that evaluates millions of positions per second, combining classical search with neural network guidance for superhuman move selection.
- Adaptive Strategy Layer — Analyzes opponent patterns, openings, and playstyle in real time. Adjusts aggression, risk tolerance, and time allocation based on the opponent's rating, history, and in-game behaviour.
- Post-Game Learning Pipeline — After each game, the bot runs a full analysis: identifies missed tactics, evaluates opening choices, and feeds insights back into the strategy layer. Every loss makes it stronger.
- Autonomous Orchestrator — The autonomous brain that manages everything. Monitors health and uptime, handles crash recovery, schedules game sessions, generates performance reports, and allows remote control via natural language.
How It Works
- The bot connects to Lichess and listens for incoming challenges.
- When a challenge matches the filter (rated, standard chess, acceptable time control), the bot accepts and begins profiling the opponent.
- For each move, the Neural Evaluation Core searches the position while the Adaptive Strategy Layer adjusts parameters based on the game state and opponent model.
- Time management is dynamic — it allocates more thinking time in critical positions and plays faster in familiar territory, with safety margins for network latency.
- After the game, the Post-Game Learning Pipeline runs analysis and updates the bot's internal knowledge for future games.
- Anti-tilt system: after consecutive losses, the bot pauses to re-calibrate before accepting new games.
The Experiment
Key questions we are tracking:
- How high can a self-learning AI climb on Lichess with zero human intervention?
- How does performance vary across time controls (bullet vs blitz vs rapid)?
- Does the adaptive strategy layer improve win rates against recurring opponents?
- Can the orchestrator effectively manage a 24/7 autonomous chess agent?
- What patterns emerge in the bot's evolving playstyle over thousands of games?
Tech Stack
Neural Eval Core
Deep position analysis engine
Adaptive Strategy
Real-time opponent modelling
Custom Engine
Autonomous orchestrator
Python
Bot service (Lichess API)
Next.js
This dashboard
Lichess Bot API
Game streaming & play