Built by engineers and researchers from
Harvest now.
Decrypt later.
A powerful enough quantum computer will break the keys that protect most of today's connections, software updates, and devices. Not every kind of encryption falls, but the kind almost everything relies on does.
That computer does not exist yet, and attackers are not waiting for it. They record encrypted data now to unlock it later. If your secrets still matter in a few years, the exposure has already started.
Discover
Every part.
One inventory.
We unpack your firmware, index your source code, and survey your industrial systems. Every certificate, key, and signature ends up in one searchable inventory.
Plan
The migration,
with blast radius.
Every weak point gets a modern replacement, drawn from the new NIST standards. We model exactly what each change touches before anything ships.
Prove
Evidence,
signed.
Findings map onto the frameworks your auditors ask about, then pack into a cryptographically signed evidence bundle an assessor can follow end to end.
Built for long-lived hardware
and the people answerable for it.
Defense suppliers
CNSA 2.0 timelines and CMMC assessments, with cryptography scattered across contracts, enclaves, and subcontractors.
OT operators
Plants and field devices on decade-long refresh cycles, where IEC 62443 meets hardware nobody patches casually.
Firmware teams
Signed images whose verification keys are burned into silicon. A signing choice made this quarter lives in the field for fifteen years.
Aligned to the standards that matter, by name.
FIPS 203 · FIPS 204 · FIPS 205 · SP 800-208 · CNSA 2.0 · CMMC · SP 800-171 · IEC 62443