REST API
Full programmatic access to scenarios, simulations, real-time events, and organizational resources. Authenticate with API keys or JWT tokens.
AnankeLabs Documentation
Build, simulate, and analyze structural risk scenarios with the Kairos Recursive Causality Simulator.
AnankeLabs builds tools for understanding structural risk in complex systems. Our core product, the Kairos Engine, is a deterministic simulation engine grounded in thermodynamic principles — modeling how growth pressure and structural stability interact across multi-agent systems. Whether you are an AI safety researcher studying alignment dynamics, a financial risk analyst stress-testing leverage scenarios, or an engineer building real-time safety monitoring into production systems, Kairos provides the physics-based foundation for reasoning about systemic risk before it materializes.
Python SDK
The official Python client for AI Safety researchers, ML engineers, and governance practitioners. Build scenarios, run simulations, and analyze traces from Python and Jupyter notebooks.
Kairos Substrate
The on-premise deployment of the Kairos engine. Fly-by-wire safety monitoring, action gating, human-in-the-loop escalation, and full CLI tooling for local and air-gapped environments.
Core Philosophy
The mathematical foundation behind Kairos: the Stability Equation, thermodynamic phases, and the structural invariants that govern recursive causality.
Interactive API Docs
Explore the API interactively with the built-in Scalar documentation, powered by the OpenAPI 3.1 specification.