"Connecting Feishu (Lark)" matching MCP servers:

Enables connecting your own Google Health account to an MCP client through local OAuth, exposing 17 read-only tools for metric discovery, daily and recent summaries, trends, sleep, activity, recovery, body metrics and data quality. All access is observation-only, with request bounds and no create, update or delete capabilities.

Enables estimating sweat rate and sodium loss, modeling subclinical dehydration cognitive deficits, and generating personalized hourly fluid and electrolyte replenishment schedules.

Enables connecting your own Garmin Connect data to Claude or another MCP client so you can ask about sleep, training, heart rate, weight, and more through read-only tools running on a Cloudflare Worker.

Enables Claude to act as a personal health coach by connecting to Garmin wearable data and Notion workspace for automated calorie tracking, photo food logging, and coaching insights.

Enables users to estimate VO2max from heart-rate ratios or Cooper 12-minute run distances, benchmark results against ACSM age and sex medians, and derive cardiorespiratory fitness biological age and all-cause mortality hazard ratios.

A Claude MCP server that lets users query and analyze their Strava activity data by connecting to the Strava API.

Enables computational CPET analysis by calculating VE/VCO2 ventilatory equivalent slope, pulmonary dead space fraction, V-slope anaerobic threshold, and a cardiorespiratory efficiency index to support Zone 2 and threshold pacing directives.

Self-hosted MCP server connecting Claude to your WHOOP data via the official API, enabling queries for recovery, sleep, cycles, workouts, and profile.

Enables deterministic modeling of excess post-exercise oxygen consumption, bi-exponential recovery kinetics, cumulative oxygen debt and calorie burn, and post-workout fuel partitioning to guide hydration and refueling directives.

Enables calculation of short-term DFA alpha-1 fractal scaling from RR-interval series to identify the aerobic threshold during endurance exercise, using current power and heart rate as context.