TRACE provides immutable, blockchain-anchored proof of authenticity for every record, every transfer, and every handoff — protecting all parties from the courtroom to the field.
Evidence doesn't wait for perfect conditions. It's captured on phones, dashcams, drones, body cameras, and sensors embedded in the world around us. The problem isn't a lack of footage — it's that none of it is inherently trustworthy. TRACE works wherever a camera rolls, ensuring every frame is verified, tamper-evident, and court-ready from the moment it's recorded.
In a world where any photo, video, or document can be fabricated in seconds — how do you prove what's real?
AI-generated photos, videos, and audio are now virtually impossible to detect with the human eye. Fabricated evidence is being introduced into legal proceedings, insurance claims, and government processes every day.
Current authentication systems embed proof inside the file. One screenshot, one share, one compression — and the verification data is gone. The chain of trust breaks every time the file moves.
Records pass through dozens of hands — across agencies, jurisdictions, and systems. Most solutions only prove where a file was created. Nobody tracks what happened after. That's where evidence gets compromised.
A synthetic voice recording can convict an innocent person. A fabricated photo can destroy a career. A manipulated document can redirect millions in government contracts. The tools to create these fakes are free, instant, and improving daily.
Most authentication approaches weren't built for this. They prove where a file originated — not whether the content is genuine. They rely on metadata that can be stripped with a single screenshot. And they depend on centralized servers that represent a single point of failure.
Existing approaches leave critical gaps. TRACE was engineered to close every one of them.
TRACE isn't about catching the bad actors. It's about giving every stakeholder — from the officer to the defendant, from the hospital to the patient — verifiable proof they can trust.
No specialized hardware. No proprietary lock-in. Just cryptographic truth.
Upload any record — document, photo, video, audio — from any device. TRACE generates a unique cryptographic fingerprint and runs AI analysis to flag synthetic content.
The fingerprint and metadata are anchored to a public blockchain — creating a permanent, tamper-proof timestamp that no single entity can modify or delete.
Anyone with access can independently verify the record's authenticity, view its full chain of custody, and confirm it hasn't been altered since anchoring.
Enterprise-grade infrastructure designed for the people who need to trust it most.
Every record gets a unique mathematical signature. Change a single pixel, a single character — and the fingerprint changes. Tampering becomes mathematically provable.
Fingerprints are written to a public blockchain — a distributed ledger that nobody owns and nobody can alter. Your proof doesn't depend on any company's servers staying online.
Records are organized into cryptographic trees. Any single record can be verified against the entire chain without exposing other records. Privacy meets proof.
At the point of anchoring, AI analysis flags synthetic signatures — generated faces, cloned voices, manipulated documents. Fakes are identified before they enter the chain.
Every access, transfer, and modification is recorded as a custody event. The complete lifecycle — from origin to final disposition — is verifiable by any authorized party.
TRACE works with any file type, any device, any operating system. No vendor lock-in. No hardware requirements. Integrates with your existing infrastructure.
Whether you're protecting a department, a courtroom, a hospital, or a nation — TRACE gives every record the proof it deserves.
Request a Demo