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mux-video

Mux Video infrastructure skill for designing, ingesting, transcoding/packaging, playback ID policy, live streaming, clipping, and observability with Mux Data. Use when architecting or operating Mux-based video pipelines, live workflows, playback security, or diagnosing playback issues.

dktrn9ne0 source installs☆ 0 Repository stars

Installation

Follow the repository instructions for this skill and your agent. Review the files and dependencies before adding it to your workflow.

SkillHub CLI

skillhub install dktrn9ne/mux-video

Inspect the source and compatibility requirements, then follow its installation steps.

Give your agent the source link and ask it to inspect instructions and dependencies before explaining the installation steps.

View source ↗Guides

Skill instructions

Mux Video (Optimal)

Skill Domain: Video Infrastructure & Delivery
Primary Platform: Mux
Target Level: Senior / Staff / Platform Architect
Philosophy: Video is infrastructure. Reliability beats novelty. Analytics validate reality.


0. Prime Directive

Mux Video exists to deliver video correctly, everywhere, under real-world conditions — not to feel fast in development.

All decisions optimize for:

  • playback reliability
  • predictable latency
  • measurable experience
  • operational sanity

1. Canonical Mental Model

What Mux Video Is
  • Managed video pipeline: ingest → transcode → package → distribute → secure
  • Abstracts FFmpeg complexity, CDN orchestration, ABR logic, and global delivery variance
What Mux Video Is Not
  • A CMS
  • A player
  • A social platform
  • A monetization engine

2. Asset Model (Source of Truth)

Assets
  • Canonical representation of media
  • Immutable once created
  • Represent media, not intent
  • Spawn many playback surfaces
Design Rule
  • One asset → many experiences
Asset Lifecycle
  • Ingest (upload or live record)
  • Transcode
  • Package (HLS / DASH)
  • Expose via Playback IDs
  • Observe via Mux Data

3. Control Planes (Separation of Concerns)

Mux controls:

  • ingest stability
  • transcoding
  • packaging
  • global delivery

You control:

  • identity
  • entitlements
  • playback authorization
  • business rules
  • monetization logic

Failure to respect control planes causes:

  • security leaks
  • brittle playback
  • un-debuggable outages

4. Ingest Strategy (Critical)

On-Demand Ingest
  • File upload (API or direct upload)
  • Deterministic quality
  • Preferred for premium content
Live Ingest
  • RTMP only (by design)
  • Encoder quality determines everything downstream
Live Rule
  • If the encoder is unstable, the stream is already lost
Encoder Best Practices (Non-Negotiable)
  • Constant frame rate -...

Source information

Source
github
Repository
openclaw/skills
Path
skills/dktrn9ne/mux-video
Version
—
Commit
378586fb7aa4c12ec3ca04df95a2a3d808379c22
Classification source
rules
Status
active
Visibility
public

These signals come from indexed source analysis and may lag behind changes. Check the current source files.

Extracted content

SKILL.md
# Mux Video (Optimal)

Skill Domain: Video Infrastructure & Delivery  
Primary Platform: Mux  
Target Level: Senior / Staff / Platform Architect  
Philosophy: Video is infrastructure. Reliability beats novelty. Analytics validate reality.

---

## 0. Prime Directive

Mux Video exists to deliver video correctly, everywhere, under real-world conditions — not to feel fast in development.

All decisions optimize for:
- playback reliability
- predictable latency
- measurable experience
- operational sanity

---

## 1. Canonical Mental Model

### What Mux Video Is
- Managed video pipeline: ingest → transcode → package → distribute → secure
- Abstracts FFmpeg complexity, CDN orchestration, ABR logic, and global delivery variance

### What Mux Video Is Not
- A CMS
- A player
- A social platform
- A monetization engine

---

## 2. Asset Model (Source of Truth)

### Assets
- Canonical representation of media
- Immutable once created
- Represent media, not intent
- Spawn many playback surfaces

### Design Rule
- One asset → many experiences

### Asset Lifecycle
- Ingest (upload or live record)
- Transcode
- Package (HLS / DASH)
- Expose via Playback IDs
- Observe via Mux Data

---

## 3. Control Planes (Separation of Concerns)

Mux controls:
- ingest stability
- transcoding
- packaging
- global delivery

You control:
- identity
- entitlements
- playback authorization
- business rules
- monetization logic

Failure to respect control planes causes:
- security leaks
- brittle playback
- un-debuggable outages

---

## 4. Ingest Strategy (Critical)

### On-Demand Ingest
- File upload (API or direct upload)
- Deterministic quality
- Preferred for premium content

### Live Ingest
- RTMP only (by design)
- Encoder quality determines everything downstream

### Live Rule
- If the encoder is unstable, the stream is already lost

### Encoder Best Practices (Non-Negotiable)
- Constant frame rate
-...

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