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Connect Vestigit to your delivery workflow.
Vestigit is a forensic watermarking, detection and attribution platform for premium live, OTT and VOD workflows. It attributes leaked video back to an agreed session or token identifier, so operations, security and commercial teams can act on evidence rather than reports.
A single technical rail carries the protected delivery forward; the return line quietly closes the operating cycle.
Connect Vestigit to your delivery workflow.
Opaque identifier in protected delivery.
Analyse a captured leak sample.
Match the ID to agreed session context.
Policy, revocation or investigation.
Start with the core watermarking layer, then explore the live, on-demand and analyst workflows built around it.
Server-side, invisible opaque identifiers for live, OTT and VOD delivery. Recovered from real-world samples; session-scoped variants where supported and validated for the deployment.
Explore forensic watermarkingDetection and attribution workflow for premium live moments. Session-scoped variants where supported and validated for the deployment; enforcement remains customer-controlled.
Explore live event protectionOpaque identifiers across subscriber VOD, screeners and distribution. Per-session, per-recipient or per-partner variants where supported and validated for the workflow.
Explore VOD & screenersAnalyst-assisted sample collection, detection and attribution workflow with human-in-the-loop control. Enforcement remains customer-controlled.
Explore Sentinel PortalExact interfaces and ownership are agreed during discovery.
Short answers here. Detailed technical, operational and procurement guidance lives in the full FAQ.
Source attribution can shorten the time a leaking source remains unattributed and gives operations evidence for customer-defined revocation, blocking, takedown or investigation workflows. Commercial impact depends on audience, timing, enforcement and the validated deployment.
Full answerThe customer or its appointed provider decides and executes revocation, blocking, takedown or legal action. Vestigit supplies detection and attribution outputs. No enforcement is automatic unless explicitly integrated, authorised and controlled by the customer.
Full answerNo. Vestigit recovers an opaque identifier and does not identify a person by itself. Any authorised mapping from an agreed session or token to account or subscriber data remains in the customer's systems unless a different data boundary is explicitly agreed.
Full answerThe agreed deployment can produce a detection record containing the recovered identifier and workflow context available in that deployment. Exact fields, retention and audit controls are defined during discovery. Suitability or admissibility for a legal purpose is determined by the customer's evidence process, jurisdiction and counsel.
Full answerThe integration surface depends on the selected deployment model. Vestigit can fit around existing encoders, packagers, origins, CDNs and entitlement systems; discovery confirms the exact components, interfaces and ownership boundary. A zero-change integration should not be assumed.
Full answerVestigit recovers an opaque identifier from a captured sample. Where the deployment supports and validates the mapping, that identifier can be correlated to an agreed session or token. Vestigit does not identify a person by itself.
Full answerNo. DRM controls access; forensic watermarking identifies leakage. A complete content-protection posture uses both.
Full answerSource attribution can be completed within minutes in defined, validated workflows. Actual time depends on sample availability and quality, integration, review and the agreed operating model.
Full answerChoose a delivery context. The protection foundation stays the same.
Premium sports and scheduled live streams where source attribution must remain operationally useful.
See how a marked stream behaves after a controlled video transformation. Drag the divider to compare the original and modified sample frame by frame.
Cropping removes pixels from the frame edges and may then scale the remaining picture back to the output size. It changes the framing and can also change the aspect ratio.
Cropping can remove part of the marked picture and changes its spatial alignment. More aggressive crops leave less visual information available for analysis, while subsequent scaling or compression can add further loss.
15.04 s · 1920×1080 to 1728×972 · H.264 · central crop, 96 px left/right and 54 px top/bottom · 24 fps.
This transformation category is included in Vestigit's independent review. The displayed derivative illustrates the transformation; no detector outcome is claimed for this exact web sample.
This comparison visualizes a controlled transformation; it is not a detector result. Outcomes depend on the exact media, parameters, severity, combinations and sample length.
The full discovery, PoC and rollout path is detailed on the Discovery & PoC page.
Confirm workflow fit, stakeholders and success criteria.
Technical architecture, integration surface and data boundary.
Sandboxed integration against agreed acceptance criteria.
Rollout, operations model and ongoing detection cadence.
Technical discovery, PoC scoping and reference architecture support from the Vestigit team.