Overview
CloddsBot is a self-hosted AI trading control plane that carries uncertain user intent through channels, sessions, capabilities, market data, matching, risk and security gates, venue-specific execution, and durable records. This series follows that chain from message routing and bounded tool discovery through feed freshness, synthetic orderbooks, candidate verification, non-atomic trade lifecycles, and operator evidence. Its strongest defensible contribution is coordination across heterogeneous markets and services, not proven trading performance. Trust remains conditional on visible provenance, verified market identity, guarded execution, understood failure paths, configuration, and records sufficient for independent checking.
Learning outcomes
- CloddsBot’s strongest defensible value is coordinating heterogeneous market and service boundaries, not proving trading performance.
- A routed request, loaded tool, returned datum, candidate, order, fill, and settlement are different states.
- Semantic similarity can propose market matches, but identity, freshness, liquidity, fees, and settlement still require verification.
- Trust grows when authority expands from read-only use to simulation and narrow live action only after recovery and evidence checks.
Keywords
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PlansFAQ
What is CloddsBot?
CloddsBot is a self-hosted AI trading control plane that coordinates conversation, market data, risk, execution, and records across heterogeneous services.
Can CloddsBot safely turn a natural-language request into a trade?
Not by language alone: CloddsBot must establish market identity, current evidence, authorization, venue-specific order semantics, and risk gates before external action.
How does CloddsBot determine whether two markets are comparable?
CloddsBot combines manual or slug identity, semantic or text matching, and checks of dates, thresholds, outcomes, people, teams, numbers, and settlement conditions; uncertain matches may require review or be rejected.
What evidence is needed to trust CloddsBot for live trading?
Trust requires narrow authority, visible data provenance, verified market identity, guarded execution, understood failure behavior, protected credentials, and records that support independent checking; the repository does not establish uniform readiness or profitability.