List all available quantum backends, including devices and simulators, from the CETC-ICQ quantum cloud platform.
Apache 2.0
304,932 tools. Last updated 2026-07-22 10:01
"ICQ" matching MCP tools:
- Download the original activity file (FIT, TCX, or GPX) as recorded by the device. Optionally save locally via output_path or receive base64 content.MIT
- Fetch raw second-by-second time-series data from an activity for custom visualization or analysis. Stream types: power, heart rate, cadence, speed, altitude, GPS, temperature, grade, and more.MIT
- Reads the annual training plan calendar: weekly TSS targets, training phases, and week notes. Use it to answer 'what's my weekly TSS?' or 'when are my recovery weeks?'MIT
- Retrieve a list of activities within a specified date range, sorted newest-first. Useful for historical training analysis or finding activities in any custom period.MIT
- Create one new calendar event from scratch. Specify date, name, category, and optional details like workout structure or training load.MIT
Matching MCP Servers
- AlicenseAqualityAmaintenanceScores companies against a configurable Ideal Customer Profile using firmographic and signal data. Returns a weighted fit score with per-criterion breakdowns.Last updated11572MIT
- AlicenseAqualityBmaintenanceAn MCP server that enables AI assistants to interact with the CETC-ICQ quantum cloud platform via the gjq-client Qiskit 2.0 SDK, supporting account management, device listing, circuit submission, and task management.Last updated213Apache 2.0
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Eligibility-first UK & EU grant discovery, inside ChatGPT and Claude. Checks eligibility before recommending, explains why each grant fits, and cites the funder's own page on every answer — with an honest "competition_risk: unknown" when the data isn't there. 6 tools: search, fetch, find_opportunities, should_apply, explain_opportunity, complete_profile. Transport: Streamable HTTP. Auth: OAuth 2.1 + PKCE. Free to install, no card required.
IC datasheet search: parametric part finding, spec lookup, price comparison — grounded in real PDFs.
- Retrieve the best sustained pace curve across durations from 5 seconds to 1 hour for run or swim to analyze fitness trends and predict race times. Optionally normalizes for hills using Grade-Adjusted Pace.MIT
- Recalculate training load and zones on historical activities using current sport settings after updating FTP, FTHR, or pace.MIT
- Fetch all notes and comments attached to an Intervals.icu activity, returned in chronological order with author, content, timestamp, and seen status.MIT
- Retrieve the full configuration of a single custom addition using its ID to inspect detailed settings for charts, fields, zones, or panels.MIT
- Bulk create or update manual activities in Intervals.icu using an external ID to avoid duplicates. Supports batch upload without device data.MIT
- Create multiple calendar events in one API call to save time and reduce overhead.MIT
- Add custom fields, zones, charts, and other items to your Intervals.icu account. Specify type, name, and optional content to tailor your dashboard and activity pages.MIT
- Retrieve a summary of the athlete's recent activities, including distance, duration, power, HR, and training load.MIT
- Fetch a single-activity summary including name, sport, date, distance, duration, training load, weather, and all top-level metrics. Ideal for answering 'how was my ride?'.MIT
- Fetch per-lap interval breakdown of a workout: target vs actual power, HR, pace, and interval type (warm-up, work, rest, cool-down) for compliance analysis.MIT
- Retrieve power histogram showing time spent in each power zone for a single activity. Analyze workout intensity distribution and training-zone breakdown.MIT
- Retrieves pace distribution data for a running activity, showing time spent in each pace bucket to analyze pace consistency and time-in-zone.MIT
- Retrieve time-in-zone distribution of grade-adjusted pace (GAP) for an activity, normalizing elevation to analyze trail running pace without raw pace misleading.MIT
- Fetch multi-day wellness records for trends, weekly summaries, and recovery analysis. Customizable look-back period for sleep, HRV, and readiness insights.MIT