
from awesome-omni-skills66
Clinical-focused analytics workflow to analyze rehabilitation/training data, track recovery trends, detect pain patterns, and generate progress reports while pr
This skill analyzes rehabilitation data (ROM, strength, pain logs, adherence) to produce progress summaries, trend visualizations, and recommendations. It includes algorithms for trend fitting, pain time-series analysis, adherence metrics, and stage-preparedness scoring, packaged with provenance so reviewers can inspect source files.
Use when you need a data-backed rehabilitation progress report, trend analysis (ROM, strength, balance), pain pattern identification, or adherence assessment. Not a substitute for professional medical advice — the skill produces analytic summaries and recommendations for review by clinicians.
Useful with analysis and code-generation agents (Codex CLI, Claude Code, Cursor, Gemini CLI) for building visualizations, validation checks, and report templates.
This is a rehabilitation data analysis skill packaged as an editorial intake copy from the 'awesome-omni-skills' repo. The SKILL.md is extremely verbose and mostly in Chinese, describing a rehabilitation tracker workflow with no actual scripts or executable code — it's purely a prompt/instructions file. The skill references local data files (data/rehabilitation-tracker.json) that don't exist in any bundled scripts directory. The content is a repackaged upstream skill with editorial meta-commentary about provenance and intake processes layered on top, making it confusing and unfocused. No security issues found — it's purely instructional text with no executable code, no network calls, no credentials, no destructive commands.
This appears to be an auto-generated or bulk-imported skill from the 'awesome-omni-skills' collection. The SKILL.md is bloated with meta-commentary about provenance and intake processes that distract from the actual workflow. The rehabilitation analysis content itself is detailed but has no executable component — it's essentially a detailed prompt template. The skill structure doesn't follow the agent skill spec well: frontmatter is present but has minimal useful metadata, there's no scripts/ directory, no references/ directory, and the content mixes editorial commentary with actual instructions. The related skills section links to completely unrelated domains (React, production audit). Usefulness is low because this is a niche health/rehabilitation tool with no actual implementation, and the target audience (developers setting up AI agents) would rarely need rehabilitation analysis workflows.
Azure Identity SDK (TypeScript) v2
Authenticate to Azure services from TypeScript using DefaultAzureCredential, Managed Identity, service principals, and credential chains with provenance-preserv
Conductor Revert (Git-aware Revert Track)
Git-aware revert workflow for reverting tracks, phases, or tasks while preserving provenance and upstream workflow; includes safety checks and an execution plan
Security Threat Model (Repository-grounded)
Generate an evidence-backed, repository-specific threat model that enumerates trust boundaries, assets, attacker capabilities, abuse paths, and prioritized miti
Context Restoration — Code Refactoring
Workflow and best practices for restoring and preserving project context during code refactoring, with provenance and selective file restoration.
HelpDesk Automation (Rube MCP)
Automate HelpDesk workflows via Rube MCP (Composio): list and paginate tickets, manage views, use canned responses, and inspect custom fields while preserving u
Azure Event Hubs (Rust) — Workflow
Run and review Azure Event Hubs workflows in Rust: send/receive events, batch sends, partitioned consumption and checkpointing with preserved provenance.
Azure.Messaging.EventGrid (.NET) v2
Workflow skill for Azure Event Grid (.NET): publish and consume EventGrid and CloudEvents, with examples for publishing, pull delivery, and Azure Functions trig
AgentPhone (Telephony)
Manage AgentPhone telephony workflows: create agents, buy/release numbers, make calls, send/receive SMS, configure webhooks, and inspect transcripts/usage.
Node.js Best Practices (v3)
Decision-focused Node.js guidance for framework choice, async patterns, security, testing, and architecture — teaches how to think about Node.js projects rather
Learning Opportunities
Adds short interactive learning exercises during AI-assisted coding to help developers understand design decisions and new code before merging.