Video frames, metadata, and AI verification Text · Image · Video

AI video detector: check frames and generation clues

Choose a video up to 120 seconds and 100MB. After upload consent, the service checks up to six sampled frames and reports coverage limits; audio and temporal continuity are not analyzed.

  • Three content types
  • No login or sign-up
  • Evidence you can inspect

Content screening and verification

Choose the content to inspect

Results separate heuristic screening signals, file facts, and evidence limitations.

Video content

Choose a local video

Server analysis supports videos up to 120 seconds and 100MB, inspecting at most six sampled frames after upload consent. Audio and temporal continuity are not checked.

Up to 100MB · 120 seconds
Analysis time depends on file size

Video-frame and metadata guide

Can sampled frames identify AI-generated video?

Detection follows enabled capabilities. Server analysis requires upload consent and checks up to six sampled frames. Provenance, model signals and coverage limits are reported separately; continuity and audio need separate review.

Prefer the original video file

Very short clips provide too little information. Prefer a complete, playable source video that has not been transcoded repeatedly.

Read the human verification guide

Start with media and file details

Server analysis checks up to six frames, records timestamps and displays independent scores. Uncalibrated results remain inconclusive. Local checks apply only when server detection is not enabled.

Read methodology and limitations

Verify continuity and source

Also review motion, lighting continuity, audio synchronization, the publishing account, and the original file before reaching a conclusion.

Review accuracy and false positives

Detection methods

What signals does AI content detection examine?

Each content type needs a different analysis. GenDetect separates screening signals, file facts, and limitations.

AI image detection

Checks original-file metadata, provenance credentials and model signals. Unverified claims and uncalibrated scores remain supporting clues.

Open image detector

Video-frame and metadata screening

Server analysis checks at most six frames of videos up to 120 seconds. It does not inspect audio or temporal continuity, and a negative result does not establish human origin.

Open video detector

How to read the score

The screening index is a rule anomaly score, not a source probability.

This demo locally aggregates heuristics for text, images, and sampled video frames; images also check known generator metadata. The index is not trained or probability-calibrated and cannot prove origin.

Frequently asked questions

Video metadata and AI verification FAQ

Learn the scope of free metadata screening and why deepfakes or a specific generator such as Sora cannot be identified from file clues alone.

What does the current video detector inspect?

Local mode samples around 20%, 50%, and 80% of the video, preferring nearby keyframes when supported and analyzing duplicate stills only once, for at most three static frames. It also checks content credentials and reports file size, duration, resolution, estimated bitrate, MIME type, and extension. Optional full detection, when enabled and with upload consent, analyzes up to six sampled frames from videos up to 120 seconds long. Neither mode treats rule signals as AI probabilities.

Is this a deepfake video detector that inspects video frame by frame?

No. Local mode checks at most three static frames; optional full detection analyzes up to six sampled frames. Neither mode performs frame-by-frame, motion-continuity, or audio semantic analysis, so it cannot independently identify face swaps, lip-sync errors, synthetic speech, or other deepfakes.

Can it tell whether Sora or a specific AI model generated a video?

Not reliably. Different generators, camera footage, editing, and transcoding can produce similar sampled-frame statistics, so the tool cannot attribute a video to Sora or another specific model. Verify temporal continuity, the original file, content credentials, and publishing source.