"OSF" matching MCP servers:

Provides access to thousands of interactive self-awareness scenarios, behavioral archetypes, and breakthrough exercises from the Levels of Self development game. It enables AI assistants to guide users through pattern recognition and developmental coaching across seven levels of self-awareness.

HYBRD manage your wearables connection, is a system of record for your training plan / completed workouts, and steers LLMs towards giving better fitness coaching

An MCP server for macOS that shares selected folders with NeuralNexus, enabling AI avatars to read local files and analyze Apple Health data via a secure outbound relay.

Enables users to retrieve guided wellness practices, adapt them to Guna state and worldview, manage consented preferences, create reflective session summaries, and simulate or restore smart-home ambient scenes through MCP tools.

This server processes 2D Center of Pressure (COP) data to calculate metrics such as 95% confidence ellipse area, sway velocity, and the Romberg Quotient for postural stability analysis.

Enables analysis of 2D center-of-pressure statokinesigram trajectories, computing 95% confidence ellipse area, sway velocity, postural stability index, fall-risk tier, and Romberg Quotient for sensory re-weighting comparisons.

Provides MCP tools to read and update a local-first personal OS for goals, tasks, habits, food, workouts, and check-ins. Enables assistants to manage daily life data and interact with an evidence-grounded AI coach.

Connects AI assistants to TrainingPeaks via secure cookie authentication (no API approval needed), letting users query and build workouts, schedule intervals on the calendar, analyze CTL/ATL/TSB fitness trends and power PRs, manage health metrics, events, equipment, and workout libraries through natural language. It also supports coach accounts with athlete groups and multi-week training plans.

Enables calculation of fractional sodium and urea excretion from serum and urine chemistries, automatically selecting the appropriate index during diuretic therapy and classifying renal hydration status.

Enables computation of sodium and urea fractional excretion from serum and urine chemistries, automatic diuretic-aware switching to urea-based assessment, and classification of prerenal hypoperfusion versus intrinsic acute tubular necrosis.