A visual evidence authentication platform
AuthenPiQ authenticates images and video through a controlled capture flow, creates a cryptographic proof layer, protects asset integrity, and enables trusted verification across workflows, platforms, and partners.
What the platform does
Images and video are now part of critical business workflows. But without authentication, they remain vulnerable to manipulation, misuse, and doubt.
AuthenPiQ adds a secure evidence layer to visual assets, helping businesses verify where content came from, when it was created, who captured it, what workflow it belongs to, and whether even a single-bit alteration has occurred after capture.
Core capabilities
Capture
authentication
Authenticate images and video at the moment of creation through a controlled capture process designed to bypass the normal gallery, upload, and editing path.
Context
binding
Bind every asset to its business context: claim, inspection, site visit, audit, supplier record, product passport, task, user session, device, time, and location.
Integrity
protection
Generate a cryptographic fingerprint of the evidence package so later changes to the file or its proof layer can be detected.
Chain of
custody
Maintain a trusted record of the asset lifecycle from capture to review, approval, reporting, audit, or third-party verification.
Verification
layer
Issue a verifiable certificate with a unique QR code or link, allowing authorized stakeholders to confirm authenticity without installing the app.
API-first
integration
Embed AuthenPiQ inside existing platforms, mobile applications, and enterprise systems through an API-first architecture.
Platform architecture
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Capture layer: used by field teams, customers, assessors, suppliers, contractors, or operational staff.
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Proof layer: creates a secure authentication record connected to the visual asset and its business context.
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Verification layer: allows trusted parties to confirm authenticity and integrity.
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Integration layer: connects AuthenPiQ to third-party software, enterprise systems, and partner platforms.
Platform architecture
- Device and environment validation
- Controlled camera acquisition
- Time, location, device, user, and workflow capture
- Cryptographic evidence package generation
- SHA-256 fingerprint creation
- Blockchain notarisation
- Certificate, QR code, and verification link issuance