We don't ask for permission.
We prove.
A drone can’t call home to check a certificate. It has to prove on its own, every time. Two units, no gatekeeper between them, so they don’t ask. They prove.
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We don’t just protect data,
we protect reality
01
We prevent a spoofed command from being executed on.
02
We prevent a compromised feed from being read as ground truth.
Built for places that can't call home.
No new infrastructure. No connectivity required. No secrets to steal.
Just mathematical certainty at every point in the chain.
01
A proof is generated at the source
When a command or sensor reading is created, InnoviGuard binds its content, origin, and intended destination into a single unforgeable proof.
02
The proof travels with the data
At each hop, relay, or handoff, a new proof is added alongside the previous ones. If anything changes en route, you know exactly where.
03
The destination validates — locally
No servers. No databases. No signal required to validate. Only the correct destination can confirm the proof. If the data was altered, it fails.
04
You know exactly where it happened
Because every hop generates its own proof, tampering isn’t just detected. You know at which point in the chain it occurred. Full chain of custody, no guesswork.
Instead of relying on computational hardness, our proof engine relies on mathematical incompleteness.
InnoviGuards capabilities
Hold up under denied, degraded, intermittent, and limited conditions, and stay verifiable through the shift to quantum computing.
100%
offline operational capability
1 MB
Library, on existing infrastructure
500K+
validations per second, per thread
4 Hours
Deployment timeline
Proof-based cybersecurity
Ten independent evaluations, six distinct test frameworks, over 1 billion generated proofs.
Uniqueness
100%
Zero duplicates in 1 billion proofs
Generated across 208 seconds of continuous testing. Every proof is mathematically unique — even when inputs are identical.
Forgery
0%
Zero rates of forgery across 1.5B attempts
1.5 billion sophisticated attack attempts. Zero successes. Not probabilistic protection — mathematical impossibility.
Performance
~169ns
Per proof generation on standard hardware
Under 100ns per validation. Less than 1KB memory per operation. Deployable on existing OT infrastructure without hardware changes
