"Eight Sleep" matching MCP servers:

Enables modeling cumulative sleep deficits, estimating cognitive impairment through PVT attention lapses and BAC equivalence, auditing social jetlag, and generating circadian-safe gradual sleep repayment schedules.

Integrates AlphaFold DB and eight other biomedical data sources into MCP tools for variant clinical reporting, disease-target analysis, structural intelligence, and drug repurposing, with results persisted to a local SQLite knowledge graph.

leep disruption cause classifier using The Longevity Vault's 5-cause framework. Identifies the biological mechanism behind 3am wakeups from symptom descriptions. 4 tools: classify_sleep_cause, get_cause_info, list_causes, get_decoder_url. Built by Kat Fu dual M.S. (Stanford).

Enables users to estimate fasting metabolic phases, BHB ketone kinetics, autophagy activation scores, and optimal circadian eating windows from fasting duration and sleep constraints.

Enables Claude to read a user's Oura Ring data—including sleep, readiness, activity, stress, workouts, heart rate, and personal info—through a self-hosted, read-only connector deployed to the user's own Vercel account.

Enables calculation of phase angles of entrainment from DLMO, sleep onset, and wake times, along with internal circadian desynchrony scoring and photic PRC adjustment guidance.

Enables voice-driven morning check-ins for older adults living alone through Alexa+, capturing sleep, mood and pain, logging medication doses and appointments, and answering medication questions from official FDA labels. Keeps family members informed with household status updates and automatic alerts when a check-in or dose is missed.

Enables clients to resolve drug name sets into exact source identities and check every unordered pair in a prescription list against hash-pinned DDInter-derived source assertions of one to eight drug names. Returns recorded interaction evidence or an explicit unknown/ambiguous status, never treating missing evidence as a no-interaction finding, and performs no writes.

Enables agents to compute deterministic constriction kinetics, autonomic tone, and alertness metrics from pupillometry inputs through native JSON-RPC tool integration.

Enables computing MCTQ mid-sleep chronotype and social jetlag from workday and free-day sleep schedules, then projecting circadian biological phase windows such as CAR peak, focus periods, caffeine cutoff, DLMO, and sleep gate from a target wake time.

Enables resolving scientific and common names against the World Register of Marine Species to retrieve AphiaIDs, accepted names, full classifications, synonyms, distributions, traits, and cross-referenced external identifiers. It also exposes reference data such as ranks, statuses, environment flags, and trait definitions through eight tools.

Enables users to model neuro-autonomic state shifts, project alpha/theta entrainment windows, and estimate striatal dopamine replenishment from session and respiratory-rate inputs.

Enables local-first personal health management with encrypted storage and scoped MCP tools for tracking vitals, medications, activities, emotions, sleep, encounters, and more.

Enables users to model two-compartment caffeine elimination, estimate adenosine A1/A2A receptor occupancy and slow-wave sleep suppression, and schedule intake windows and cutoffs from wake and bedtime.

Enables users to calculate circadian phase angles of entrainment, score internal circadian desynchrony, and derive photic PRC-based advance, delay, and curfew guidance from biomarker and sleep schedule inputs.

Integrates WHOOP biometric data into Claude and other MCP-compatible applications, providing access to sleep analysis, recovery metrics, strain tracking, and biological age data through natural language queries.

Enables modeling of ocular light exposure, forecasting melatonin suppression delays from digital screens, and generating timed digital-sunset schedules for sleep readiness.

This MCP server enables users to model ocular light exposure and circadian melatonin onset, forecast screen-induced DLMO delays, and generate timed digital sunset schedules for light hygiene and sleep readiness.

Enables forecasting of ultradian alertness peaks and troughs, modeling homeostatic sleep pressure against circadian drive to prescribe restorative nap durations that avoid sleep inertia.

Enables LLMs and autonomous agents to compute validated pupillometric metrics—constriction velocity, amplitude percentage, and redilation rate—and assess autonomic balance and central nervous system alertness through deterministic JSON-RPC tools.

A Python MCP server that exposes health metrics from the Sapphire Wellness App to AI assistants, providing tools for activity, blood pressure, glucose, heart rate, sleep, and SpO2 data.

Exposes tools from the Ecuro Light API for managing clinical appointments, patient records, and clinic availability. It enables users to perform healthcare management tasks such as scheduling, patient search, and report generation through MCP-compatible clients.

An MCP server and web application that enables natural language medical queries and patient data analysis powered by Gemini AI. It allows users to track and analyze patient biometrics, including vitals, sleep patterns, and laboratory results, through a comprehensive set of automated medical tools.

Enables AI assistants to retrieve wellness metrics such as activity, blood pressure, glucose, heart rate, sleep, and SpO2 from a PostgreSQL-backed health database via MCP tools.