RunComfy Agent Skills
30 Claude skills for RunComfy model endpoints (image, video, audio, vision)
What You Can Do
Access 30+ RunComfy model endpoints directly from Claude Code, including image-to-video, video-editing, AI image generation, AI video generation, and music composition. Each skill wraps a production endpoint with schema validation and intent-based routing. Use the RunComfy CLI to generate, inpaint, outpaint, and transform media from ACE Step music (tag-driven, $0.0002/s) to video and image models. Skills route automatically based on your request intent.
Features
Automatic endpoint selection based on what you ask for (music gen request routes to ACE Step, video request routes to video endpoint)
Single skill exposes multiple routes (ACE Step includes text-to-audio, inpaint, outpaint, allowing generation, editing, and extension in one skill)
ACE Step music uses comma-separated tags for composition control (genre, mood, instruments, BPM) instead of free-text prompts
RunComfy pricing significantly cheaper than competing APIs (ACE Step $0.0002/s vs ElevenLabs Music $0.0083/s, 27x savings)
Every endpoint has explicit input/output schema with field-level validation before hitting the RunComfy API
Skills default to open-weights models (Apache 2.0) like ACE Step, with commercial alternatives available for specific use cases
Chain generation, inpaint, and outpaint calls to build complex media pipelines (draft cheap, polish premium)
Example Output
Tag-driven instrumental music generation:
runcomfy run acestep-ai/ace-step/text-to-audio \
--input '{"tags": "lo-fi hip-hop, mellow, vinyl crackle, rhodes piano, soft drums, 75 BPM", "lyrics": "[inst]", "duration": 90}' \
--output-dir ./out
Generates a 90-second lo-fi hip-hop track with the specified vibe and instrumentation.
Audio inpainting (regenerate a section):
runcomfy run acestep-ai/ace-step/audio-inpaint \
--input '{"audio": "https://your-cdn.example/original-track.mp3", "tags": "indie pop, breakdown, piano only, soft, no drums", "start_time": 20, "end_time": 40, "lyrics": "[inst]"}' \
--output-dir ./out
Replaces the 20 to 40 second segment of an existing track with a new bridge matching the specified vibe.
Audio outpainting (extend a track):
runcomfy run acestep-ai/ace-step/audio-outpaint \
--input '{"audio": "https://your-cdn.example/hook-30s.mp3", "tags": "indie pop, electric guitar, drums, build-up before chorus, fade outro", "extend_before_duration": 30, "extend_after_duration": 60, "lyrics": "[inst]"}' \
--output-dir ./out
Turns a 30-second hook into a 2-minute track by adding a 30-second intro and 60-second outro.
What's Included
- 30 production skills: Full catalog of image-to-video, video-edit, image generation, video generation, music generation, and specialized routers
- RunComfy CLI integration: Each skill uses the runcomfy CLI to invoke endpoints with schema-validated input and automatic output handling
- Multi-route endpoints: Skills like ACE Step expose 4+ routes (text-to-audio base, text-to-audio 1.5, audio-inpaint, audio-outpaint) in one package
- Schema validation and error handling: Every endpoint has explicit input schema, field validation, type checking, and exit codes for debugging
- Detailed documentation: Each skill includes route selection guide, schema tables, usage examples, prompting tips, and cost breakdowns
- Security and privacy defaults: Token management via ~/.config/runcomfy/token.json (0600), HTTPS-only API calls, no shell-injection surface
Who It's For
- AI developers and prompt engineers
- Content creators (music, video, image)
- Game developers and indie studios
- Batch processing and automation builders
- Cost-conscious teams scaling media generation
Best For
- High-volume, cost-sensitive content generation
- Multi-modal media pipelines (generate, edit, extend)
- Automatic model selection based on user intent
- Production-grade schema validation and error handling
- Open-weights model pipelines
You might also like
Analyze vessel schedules, berth assignments, crane utilization, and gate throughput data to identify operational bottlenecks and performance gaps. Claude helps you generate optimization recommendations, forecast terminal capacity constraints, and prioritize improvements based on impact. You make faster, more informed operational decisions backed by real performance analysis.
This skill rapidly analyzes ship hulls for hydrodynamic performance, stability characteristics, and maritime regulatory compliance. You provide hull geometry data, design parameters, or vessel specifications, and Claude performs comprehensive assessments including resistance predictions, stability calculations, and compliance checks against IMO and classification society standards. Accelerate your design iteration cycles by automating preliminary analysis that normally requires specialized software and weeks of external consultant review.
Design and build animations using a proven decision sequence covering when to animate, which tools to use (CSS, WAAPI, Motion.dev), property selection, easing curves, and accessibility. Review existing animations and audit codebases for quality issues. Understand and name motion effects using a comprehensive vocabulary glossary. Learn from Emil Kowalski's opinionated motion design philosophy built on decades of interface engineering experience.
Analyze complex hull design trade-offs between performance metrics like stability, speed, and fuel efficiency. Validate your designs against maritime regulations including IMO SOLAS, MARPOL, and flag state requirements. Generate comprehensive design documentation and performance optimization recommendations to support faster, data-driven decision-making throughout your design cycle.
You can analyze container dwell time patterns across your port to identify bottlenecks and inefficiencies in current operations. Claude coordinates optimal transfer sequences between ship, rail, and truck modes, generating detailed schedules that reduce congestion and maximize throughput. By leveraging data-driven insights, you can implement incremental improvements that compound into significant reductions in container cycle time and operational costs.
You can accelerate the preliminary design phase of shipbuilding projects by analyzing design briefs against regulatory standards, evaluating hull resistance and propulsion requirements, and generating technical compliance documentation. This skill helps naval architects and marine engineers validate design concepts early, identify compliance gaps before detailed design begins, and produce documentation suitable for regulatory review boards and client presentations.
You can assess offshore structures against international regulatory standards, identify compliance gaps, and prioritize structural and operational risks. This skill generates detailed compliance reports, risk matrices, and actionable remediation recommendations tailored to your facility's specific condition and regulatory regime. You'll streamline audits, accelerate due diligence reviews, and strengthen your safety and compliance posture with data-driven risk assessments.
This skill helps you analyze intermodal yard operations to identify bottlenecks, scheduling conflicts, and resource inefficiencies. You can generate optimized loading sequences, equipment allocation plans, and conflict resolution strategies that reduce dwell times and maximize throughput. It provides data-driven recommendations for managing multiple transportation modes in a single facility.