"A production-ready Task Management MCP server for AI agents and autonomous workflows" matching MCP servers:

Standalone Model Context Protocol server for PropProfessor, plus a small query CLI for local analysis.

An MCP server that enables LLMs to act as World Cup forecasting agents, pulling live odds, getting model forecasts, and simulating tournament brackets via natural language.

Enables fast real-time web search and access to premium data from trusted sources including news, financial markets, sports, and more. Supports AI agents with live data and curated content from various domains.

AI-powered golf swing analysis. Submit a swing image URL and receive scored metrics, flaws, and personalised drill recommendations

Garmin health and fitness data in Claude and ChatGPT via the official Garmin Health API. Hosted remote server with OAuth sign-in — no password sharing.

Provides read-only access to pre-kick-off football match outcome probabilities and the open record of how those predictions turned out, including match listings, per-match analysis, and aggregate hit rates with baselines. It requires no account or API key and lets users query results by date, week, language, and time zone.

MCP server that provides F1 telemetry analysis, tyre degradation modeling, and pit strategy recommendations, delivering race engineer-style calls grounded in real data. It exposes tools for degradation fits, fuel correction, and strategy reasoning via LangGraph.

Enables AI agents to read training data and, with explicit approval, replace planned workouts in a user's Intervals.icu account.

Enables AI assistants to read training, sleep, recovery, nutrition, body composition, race and goal data, and with permission write workouts, daily targets, meal plans, logged meals and notes. Also supports checking for updates since the last look.

Enables Claude, Codex, and GitHub Copilot users to query read-only WHOOP recovery, sleep, HRV, strain, workouts, and personal health analytics through natural language. It provides baselines, trends, readiness insights, and local dashboard views without modifying the user's WHOOP account.

Enables users to ask natural-language questions about their WHOOP recovery, sleep, HRV, strain, and workout history through assistants such as Claude Desktop, Claude Code, Codex, and GitHub Copilot. Provides read-only access to personal baselines, trends, sleep debt, and weekly health summaries, plus HYROX and triathlon-specific race analytics.

Enables users to query and analyze their WHOOP recovery, sleep, HRV, strain, workouts, and personal health data through AI assistants. It provides read-only access, local operation, and optional HYROX and triathlon tracking.

Gives AI assistants read-only access to a WHOOP account for recovery, sleep, HRV, strain and workout data, including personal baselines, trends, period comparisons, sleep debt, and HYROX/triathlon race readiness with auditable local dashboards.

Enables Claude, Codex, and GitHub Copilot to answer natural-language questions about WHOOP recovery, sleep, HRV, strain, and workouts using read-only access to personal health history, baselines, trends, and sleep debt. Also rebuilds HYROX and triathlon sessions, assesses race readiness, and serves a local performance dashboard.

Enables users to ask AI assistants about their WHOOP recovery, sleep, HRV, strain, workouts, and personal health analytics through read-only tools, resources, and prompts. Also supports HYROX and triathlon tracking, readiness analysis, and a local performance dashboard.

Enables read-only access to WHOOP recovery, sleep, HRV, strain, and workout data so users can ask natural-language questions about daily readiness, personal baselines, sleep debt, and trends, plus HYROX and triathlon performance readiness and auditing. It runs locally with summary and aggregate modes, keeping data on the user's machine and sharing results only with the chosen AI assistant.

Enables read-only access to WHOOP recovery, sleep, HRV, strain, and workout data so users can ask natural-language questions about their personal health history, trends, and baselines inside Claude, Codex, or GitHub Copilot. It also provides HYROX and triathlon session analysis, race readiness checks, and a local performance dashboard.

Enables users to query WHOOP recovery, sleep, HRV, strain, workouts, and personal health analytics in natural language through MCP clients such as Claude, Codex, and GitHub Copilot. It also provides read-only tools, resources, prompts, and local performance dashboards for reviewing trends and readiness evidence.

Enables Claude, Codex, and GitHub Copilot to query WHOOP recovery, sleep, HRV, strain, and workout data read-only, with personal baselines, trends, and HYROX/triathlon race analysis tools. Also provides a local chart-first dashboard for reviewing sessions, readiness, and audit corrections.

Enables Claude, Codex, and GitHub Copilot to query WHOOP recovery, sleep, HRV, strain, and workouts through read-only tools, including daily summaries, personal baselines, trends, and HYROX/triathlon performance insights.

Enables read-only access to WHOOP recovery, sleep, HRV, strain, workout, and race-performance data so assistants like Claude, Codex, and GitHub Copilot can answer personal health questions, compare trends against personal baselines, and audit HYROX or triathlon training with local, evidence-backed dashboards. Includes aggregate mode, local-only race logging, and verification tools for recomputing claims.

A read-only WHOOP MCP server that lets AI assistants answer questions about your recovery, sleep, HRV, strain, and workouts against personal baselines, plus HYROX and triathlon readiness tracking with a local dashboard. It runs locally, exposes only read-only tools, and supports Claude Desktop, Claude Code, Codex, and GitHub Copilot.

Enables Claude, Codex, and GitHub Copilot to ask natural-language questions about read-only WHOOP recovery, sleep, HRV, strain, workouts, personal baselines, trends, sleep debt, weekly reviews, and HYROX/triathlon tracking.

A read-only MCP server that lets Claude Desktop, Claude Code, Codex and GitHub Copilot query WHOOP recovery, sleep, HRV, strain and workout data through natural language, answering questions about personal baselines, trends and sleep debt. It also rebuilds HYROX sessions, tracks triathlon load and readiness with auditable evidence, and serves a chart-first local dashboard.

A read-only MCP server that gives AI assistants like Claude, Codex, and GitHub Copilot access to your WHOOP recovery, sleep, HRV, strain, and workout data. It enables natural-language queries about daily readiness, personal baselines, trends across periods, sleep debt, and HYROX or triathlon performance, all without manually exporting data.

A read-only WHOOP MCP server that lets Claude Desktop, Claude Code, Codex and GitHub Copilot answer questions about your own recovery, sleep, HRV, strain and workouts, comparing days against your personal baselines without exporting data yourself. It also adds HYROX and triathlon race tracking, readiness bandwidth and a local chart-first dashboard.

Enables users to ask their AI assistant about WHOOP recovery, sleep, HRV, strain, and workouts, with baselines, trends, period comparisons, and weekly health reviews drawn from their own recorded history. It also provides HYROX and triathlon race reports, readiness bands, and data auditing through read-only tools, resources, and prompt templates.

Enables AI assistants to query Hong Kong horse racing data such as race cards, AI win probabilities, odds, results, form, jockey/trainer statistics, and draw statistics in English or Traditional Chinese.

Enables read-only exploration of WHOOP recovery, sleep, HRV, strain, workouts, and personal health analytics in AI assistants, with local dashboard and HYROX/triathlon readiness tools.

Enables AI assistants such as Claude, Codex, and GitHub Copilot to query your WHOOP recovery, sleep, HRV, strain, and workout history read-only, including personal baselines, trends, sleep debt, and HYROX or triathlon performance reviews. It runs locally, requires no data exports, and can limit sharing to aggregate summaries.