Video rendering API
Send VideoJSON. Receive a production-ready MP4.
Start with a valid payload, estimate credits, and move from one test render to a reliable service integration.
Input
{ "brief": "video rendering API", "format": "9:16" }Start with a bounded input and keep personal answers out of the public URL.
Output
Scope a bounded input, inspect the output plan, and continue to the right execution surface.
Scope the first workflow
See an operational estimate before integration.
Three non-PII answers produce a directional result and recommended next action.
Instant result
250 videos/month can be modeled as one controlled pipeline.
This is a planning estimate, not a guaranteed ROI claim. Validate a representative output before scaling.
Manual hours
125.0 h
Hours saved
112.5 h
Estimated credits
83.33
How this estimate works
- A 20-second 1080p30 render is used for the directional credit estimate.
- Three minutes of review per output is used for the automated-workflow estimate.
- Actual cost depends on resolution, duration, FPS, revisions, source quality, and plan pricing.
Updated 2026-08-04
Three implementation modes
Browser workflow
Validate one input and review a first output before integration work.
API and templates
Keep data, variables, and composition rules in a versioned contract.
Agent interface
Let a typed MCP client plan, inspect, and render with human review.
When this is not the right fit
- Estimates are directional and depend on source quality, review time, and current pricing.
- Private sources require an authenticated integration you control.
- A generated draft still needs brand, rights, accessibility, and factual review.
Frequently asked questions
Can I start with one proof point?
Yes. The recommended path is one input, one template family, and one observed first render before scaling.
Where are technical details documented?
The developer portal owns the VideoJSON contract, templates, validation, cost estimate, and API examples.
Start with one video rendering API proof point.
Choose the smallest useful input, verify the result, and carry the same assumptions into the first render.