Open Arsenal

Direct before you generate.

Temporal Media Graph is a human-gated, modular system designed to restructure filmmaking as a temporal decision graph rather than a prompt-based generation process. Instead of treating video creation as a single-step transformation from text to output, it decomposes creative intent into a structured sequence of interconnected layers: narrative, scenes, shots, assets, and edits. Each layer exists in time, forming a graph that can be inspected, modified, and validated before any generation occurs.

At its core, the system introduces a planning-first architecture for cinematic production. Ideas are not immediately rendered; they are first translated into a structured production graph that defines emotional arcs, pacing, camera logic, and scene purpose. This ensures that every creative decision is explicit, traceable, and aligned with the overall narrative intent. The result is a system that behaves less like a generator and more like a director-level planning engine.

A key feature of Temporal Media Graph is its modular, stage-based pipeline, where each phase of production is isolated into independent components. Concept design, storytelling, shot composition, asset management, and editing are all treated as discrete modules with defined inputs and outputs. This allows for high flexibility, reuse of production structures, and precise control over how changes propagate through the creative graph.

The system is also fundamentally human-gated, meaning no stage advances without explicit approval. This introduces a controlled creative workflow where users can review, modify, or branch the production at every step. Combined with continuity tracking, simulation layers, and iterative revision graphs, Temporal Media Graph enables a level of structured creative control that traditional prompt-based systems cannot support.

Overall, Temporal Media Graph reframes AI filmmaking as a time-aware, graph-driven production system, where structure precedes generation, and direction precedes output.

This specification is released under the GNU Affero General Public License v3.0 or later (AGPL-3.0+) and may be used freely with required attribution under Section 7. A Specification Branding License is available for attribution-free deployments, with fees based on usage, scope, and deployment size.