CloddsBot
Open Source AI trading agent that operates autonomously across 1000+ markets - Polymarket, Kalshi, Binance, Hyperliquid, Solana DEXs, 5 EVM chains. Scans for edge, executes instantly, manages risk while you sleep. Agent commerce protocol for machine-to-machine payments. Self-hosted. Built on Claude.
Discover how CloddsBot's MEV protection layer unifies Jito bundles for Solana and Flashbots for EVM transactions. Learn about configurable tips and simplified bundle mechanics.
How the CloddsBot Security Shield 75-Rule Code Scanner and Scam-Address Database WorkExplore the CloddsBot Security Shield's 75-rule code scanner and scam-address database. Detect malicious code and block threats in real-time with this unified security facade.
How Skills Are Loaded Lazily in CloddsBot to Prevent Crashes from Missing Native DependenciesCloddsBot employs lazy loading for skills, validating gates during discovery and expanding only necessary skills during prompt generation to avoid crashes from missing native dependencies.
How the Signal Router Combines Multiple Data Sources into Edge Signals for TradingDiscover how the Signal Router combines multiple data sources into edge signals for trading. Learn about prediction aggregation, real-time enrichment, and order execution with risk controls.
How the WebChat Context-Compacting System Summarizes Messages for LLM InputDiscover how CloddsBot's WebChat system compresses older messages into bullet points and preserves recent ones for LLM input, avoiding external LLM calls.
How the x402 Payment Protocol Enables USDC Micropayments for Agent-to-Agent Compute Calls Without API KeysDiscover how the x402 protocol simplifies USDC micropayments for agent-to-agent compute calls. Learn how it replaces API keys with on-chain wallet proofs for secure, keyless transactions.
How to Invoke Chutes SN64 GPU Compute Within the Bittensor Module in CloddsBotDiscover how CloddsBot invokes Chutes SN64 GPU compute using a Python miner process. Learn about GPU node management and invocation statistics.
How the CloddsBot Bittensor Mining Module Implements the Python Sidecar PatternDiscover how the CloddsBot Bittensor mining module uses the Python sidecar pattern. Learn to isolate Python SDK operations for safe, asynchronous Bittensor CLI command execution, preventing Node.js event loop blocking.
How Polymarket Crypto Market Discovery Handles Timing Gates for Different DurationsDiscover how Polymarket crypto market discovery uses adaptable timing gates minRoundAgeSec and minTimeLeftSec to manage diverse market durations for optimal performance.
How to Configure Thresholds and Copy-Trading Signals in the CloddsBot Whale Tracking ModuleConfigure thresholds and copy-trading signals in CloddsBot whale tracking. Define trade sizes, position thresholds, and mirroring strategies for automated replication in config.ts.
How the Multi-Chain Whale Tracking Module Monitors Solana, Ethereum, and PolygonDiscover how the CloddsBot multi-chain whale tracking module monitors Solana, Ethereum, and Polygon. Learn about its unified real-time WebSocket streams and RPC polling for large transfers and wallet updates.
How CloddsBot Performs Cross-Platform Arbitrage Detection Using Semantic MatchingDiscover how CloddsBot detects cross-platform arbitrage using semantic matching. Learn to encode market titles, match events with vector embeddings, and calculate price spreads.
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