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Video Generation Meets Agent Harness: Agentic Video Generation, Agentic World Modeling and Recursive Self-Improvement

Video generation is moving to agent harnesses that plan, call tools, and route feedback. The report maps that field, world models, and self-improvement.

The explainer · 266 words

The claim

Agent harnesses now coordinate video models the way they coordinate tools.

The problem

End-to-end video models produce clips with no plan and no feedback.

Multi-shot video needs scripting, shot order, assets, and editing.

How it works

The harness builds context and exposes tools around a video model.

It keeps state, routes feedback, and manages the compute budget.

Agentic video generation coordinates scripting, shot planning, production, and editing.

Hybrid worlds keep state in game engines while video models render.

Recursive self-improvement revises outputs, harness state, parameters, and evaluators.

Figures

How an agent harness runs video workOne runtime wraps the video model.

Step 1 of 5

Build context

The harness prepares prompts, assets, and history.

Three directions in the reportWhere harnesses meet video models.

Video models alone

  • One prompt produces one clip.
  • Nothing persists between shots.
Capabilities the report says harnesses needThe agent skills listed across all three directions.

Harness capability

Perception

Audiovisual perception plus long-horizon planning.

What changes

The report names the agent capabilities these systems need.

It lists open problems in provenance, cost accounting, and evaluation.

Limits

This work is a report, not a benchmark or a system.

It gives no measured results for any single design.

Source · arXiv

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