cognitive-gateway

Maha OS Cognitive Gateway: Edge-Compute Biological Sovereignty Node Maha OS is a local-first, decentralized cognitive circuit breaker designed to defend human biological sovereignty against high-frequency algorithmic extraction. In an era of attentional captivity, Maha OS replaces human willpower with a structural, zero-knowledge defense grid, acting as a tactical utility for physiological and mental autonomy. This Model Context Protocol (MCP) server acts as the secure bridge between a user's personal AI agent and their local device. It empowers AI models to operate as "Sovereign Intelligences"—tactical allies that actively protect the user's digital minimalism and metabolic state. Core Capabilities: • Zero-Payload Telemetry Integration: Bridges the "Sovereignty Gap" by allowing agents to read real-time biometric and environmental context (including Heart Rate Variability, Resting Heart Rate, and Decision Velocity) strictly on the edge. • Structural Intervention (The Circuit Breaker): Allows authorized agents to execute secure commands within the local environment, such as physically dimming the device screen or enforcing a mandatory parasympathetic breathing audit when critical cognitive fatigue or doomscrolling is detected. • Agentic Heuristics: Forces interacting LLMs to prioritize graceful degradation, evaluate biological baselines before initiating high-friction tasks, and adapt their system prompts to the user's current circadian state. Privacy & Trust Architecture: Built strictly for local-first processing, the Cognitive Gateway ensures raw physiological data is never exfiltrated to the cloud. State data is ephemeral and used solely for localized optimization. Efficacy is proven via Verifiable Machine Learning and Zero-Knowledge (ZK) proofs, ensuring high-trust agentic recommendations without compromising data sovereignty. (Note: Full functionality requires the user to bridge their local node via the Maha OS mobile client to authorize the secure telemetry stream).