FORENSIC SOLUTIONS / VIDEO INTEGRITY
See the sequence. Question the timeline.
Explore video integrity, frame timing, multi-camera alignment and calibrated measurements with connected file and content workflows. Distinguish whole-file checks from sampled screening and keep enhanced copies tied to their sources.
01 / EXAMINATION CAPABILITIES
Ask a better question.
See more of the evidence.
Are the frames, timing, source characteristics and scene measurements consistent?
Timeline & frame examination
Inspect frame hashes, timestamp gaps, activity segments and sampled within-frame duplication.
Explore timeline & frame examinationCamera alignment & measurement
Align multiple recordings using timing anchors and explore calibrated height, distance or speed workflows.
Explore camera alignment & measurementSource & manipulation indicators
Combine container checks, recompression patterns, camera-reference comparisons and specific synthetic-video indicators.
Explore source & manipulation indicators02 / FROM SOURCE TO OUTPUT
A practical route
through the evidence.
Frame and timestamp records, sampled indicators, synchronisation offsets and calibrated measurements.
- 01
Understand the recording
Read container and stream metadata, inspect structure and establish the file’s frame and timing properties before choosing a content-level check.
- 02
Connect time and scene
Inspect duplicate frames, activity or sampled manipulation signals. Align camera recordings using anchors and use appropriate calibration for scene measurements.
- 03
Prepare reproducible outputs
Create verified stream-copy conversions or non-generative viewing copies, keeping source identifiers and processing history linked to the outputs.
Original video files; timing anchors, scene calibration or same-mode camera references for workflows that need them.
03 / A MORE CONNECTED PROCESS
Less fragmented work.
More visible context.
Bring repeatable processing and measured comparisons into the workflow. Time and cost depend on the source material, selected methods and reporting scope.
| The task | Manual workflow | With Admissible Lab |
|---|---|---|
| Prepare material | Organise files and prepare each comparison separately. | Use defined input requirements and linked source material. |
| Inspect relevant features | Locate features and record observations individually. | Combine targeted processing with quantified or mapped outputs. |
| Connect the record | Collect notes and derived exhibits across separate tools. | Carry selected outputs and source context into reporting. |
| Assess performance | Effort varies with the material and the examination task. | Evaluate suitability and validation for each specific method. |
04 / PRACTICAL QUESTIONS
Know what
to bring.
Technical scope
Sampled checks do not examine every frame. Timing and measurement workflows require suitable source timing, calibration and uncertainty. Face-swap screening covers one indicator family; it is not a universal deepfake verification.
Does every video analysis examine every frame?
No. Some workflows decode a full frame sequence, while specific manipulation checks sample frames or anchor points. The video module states the sampling scope of each workflow.
Can I synchronise several CCTV recordings?
The synchronisation workflow uses timing anchors to estimate offsets and drift, with uncertainty and disagreements recorded. It does not invent timing relationships for unanchored material.
Can the platform measure speed from any clip?
Speed workflows need suitable native timing, geometry and calibration. Output can be full, indicative or refused depending on source quality and timing; processed derivatives may be unsuitable.
YOUR NEXT INVESTIGATION
Start with the question.
See what is possible.
Explore the workflows with your evidence requirements in mind.