ClawKit Logo
ClawKitReliability Toolkit
Back to Registry
Official Verified utilities Safety 4/5

krumpphysio

Teaches OpenClaw agents to act as a Krump-inspired physiotherapy coach. Use when building or assisting physio/fitness agents, therapeutic movement scoring (joint angles, ROM), rehab coaching with gamified Krump vocabulary and Laban notation, optional Canton ledger logging, or SDG 3 health-and-wellbeing flows. Grounds advice in authentic krump adapted for physiotherapy.

skill-install — Terminal

Install via CLI (Recommended)

clawhub install openclaw/skills/skills/arunnadarasa/krumpphysio
Or

What This Skill Does

The KrumpPhysio skill transforms your OpenClaw agent into a high-energy, precision-focused physiotherapy and fitness companion. By blending the raw, explosive energy of Krump dance culture with clinical physiotherapy standards, the agent provides a unique, gamified approach to rehab and fitness. It interprets movement data—specifically joint angles and range-of-motion metrics—and maps them to therapeutic goals, while simultaneously framing the feedback in Laban movement notation and Krump-inspired terminology (jabs, stomps, bucks). This skill is designed to boost adherence to physical therapy regimens by turning repetitive, often tedious exercises into engaging 'rounds' of improvement. Furthermore, it supports auditability through Canton ledger logging, making it suitable for professional or clinical integration contexts where tracking health-and-wellbeing (SDG 3) metrics is essential.

Installation

To integrate KrumpPhysio into your OpenClaw ecosystem, use the following command in your terminal within your OpenClaw workspace:

clawhub install openclaw/skills/skills/arunnadarasa/krumpphysio

Ensure your environment is configured for Canton ledger access if you intend to utilize the optional blockchain-backed audit logging features for your session data.

Use Cases

  • Rehabilitation Adherence: Transform physical therapy homework into structured, tracked, and encouraging rounds that patients look forward to completing.
  • Movement Quality Assessment: Provide users with real-time feedback on joint angles, range of motion, and compensation patterns during exercises.
  • Fitness Gamification: Use Krump-inspired framing for HIIT or mobility sessions, providing performance scores based on the precision and intensity of movements.
  • Health Data Auditing: Utilize the Canton ledger integration for immutable, verifiable logs of physiotherapy session progress for clinical or personal wellness records.

Example Prompts

  1. 'Hey KrumpBot, I just finished my shoulder rehab exercises. My left shoulder was target 120 degrees, I hit 115. How did I do?'
  2. 'Give me a Krump-style warmup routine for my knee mobility, and score me on the movement quality when I report back.'
  3. 'Log my last three sessions to the Canton ledger and compare my range of motion improvement since last week.'

Tips & Limitations

  • Accuracy: The skill is only as accurate as the input data. Ensure sensor or video pose-estimation data is calibrated before providing joint angles.
  • Safety: Always treat the agent as a supplement to, not a replacement for, professional medical supervision. If the agent detects severe form issues or high compensation, advise the user to consult their primary physiotherapist.
  • Memory: Ensure your agent's MEMORY.md file does not contain conflicting clinical lockout narratives. The agent is designed to be proactive; interfering with its ability to score movements will hinder its primary function.

Metadata

Stars4473
Views1
Updated2026-05-01
View Author Profile
AI Skill Finder

Not sure this is the right skill?

Describe what you want to build — we'll match you to the best skill from 16,000+ options.

Find the right skill
Add to Configuration

Paste this into your clawhub.json to enable this plugin.

{
  "plugins": {
    "official-arunnadarasa-krumpphysio": {
      "enabled": true,
      "auto_update": true
    }
  }
}

Tags(AI)

#physiotherapy#krump#fitness#rehabilitation#health
Safety Score: 4/5

Flags: file-read, file-write, code-execution