Generative AI broke evidence. CapSeal makes claim photos trustworthy at the moment of capture - cryptographically sealed on the device, verified against an open standard, so honest claims pay instantly and fabricated ones never get on the road.
Every incumbent fraud tool asks the same question after the fact: does this uploaded photo look fake? Against generative AI, that's a losing arms race - fakes now pass traditional checks over 90% of the time. CapSeal asks a different question, and asks it at capture.
"Here's a photo the claimant uploaded. Does it look real?"
Forensics guesses at pixels after the fact. Every new image model resets the game. You're always one release behind the fraudster, and the honest customer waits weeks while you check.
"Can this photo prove it came from a real phone, at a real moment, unaltered since?"
That's not an opinion - it's math. A sealed photo is trustworthy by construction. Fabricated evidence can't produce the seal, so it never enters the fast lane in the first place.
CapSeal drops into the claims app you already run. Your customer photographs the damage the way they always have - the trust happens invisibly, on the device.
The claimant photographs the damage inside your existing app, powered by our capture SDK.
The image is signed on-device using the phone's hardware security chip - bound to device, time, and place before anything can touch it.
Our engine checks the seal and runs anti-spoofing: a real lens saw a real scene - not a screen, not an injected feed.
You get one verdict, with a proof you can re-check yourself.
CapSeal removes itself from the trust equation. Every seal rests on three things your business already trusts without us - and your own engineers can verify each one independently.
The "real, un-tampered device" guarantee comes from Secure Enclave and Play Integrity - built by Apple and Google, not by us.
Standard cryptographic signing. Change one pixel and the seal provably breaks. Your team can verify it on your own servers, offline.
An open industry standard backed by Adobe, Microsoft and the BBC - not a black box only we can read. Your auditors already recognise it.
Honest about the limit: the seal proves the evidence is real - real device, real moment, unaltered. It doesn't read intent. That's why the intelligence layer sits behind it. We tell buyers exactly what each layer can and can't promise - because a vendor who names the limits is the one worth trusting.
The signing itself is a free, open standard - and that's the point. We stand on it, the way a payments company stands on cryptography. The product is the four layers no single carrier can build alone.
Defeat screen-of-screen, injected virtual cameras, and rooted devices. The open libraries sign whatever the camera hands them - we guarantee what the camera hands them is real. Adversarial, insurance-specific, continuously hardened.
CORE IPTurn a raw seal into an auditable insurance decision - tuned to your lines, with graceful handling of no-chip phones, offline capture, and legacy uploads, so honest claims are never blocked.
A sealed capture, verifiable across insurers, repairers and reinsurers - so one loss can't be sold twice. No single carrier can build this for its competitors.
DURABLE MOATEvery verdict feeds an entity-graph engine that answers the question the seal can't: is the intent honest? Provenance for the evidence, intelligence for the intent.
Signs on one number that moves on day one: the share of claims you can pay instantly without fraud risk. No consortium to assemble, no historical data to train.
Drops the SDK into the claims app you already ship. Days, not quarters, using primitives your security team already trusts.
Photographs the damage the way they always have. The trust happens invisibly. Zero adoption friction, because there's nothing new to learn.
Highest photo volume, highest fraud, simplest integration. Prove it on one line, then expand across the book.
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