Identity sealed in silicon, not stored in a database
Traditional identity systems pile every credential into one central database — one breach away from disaster. CyberCyko anchors each identity in the secure chip already inside your devices.
The central-database problem
Every directory and identity provider concentrates credentials into a single store. That store becomes the most valuable target in your company — and history shows it eventually gets breached. Hashing and encryption slow attackers down, but a copied database is still a copied database, and the blast radius is everyone at once.
Keys are generated inside the chip
Each identity key is created inside the device's TPM or Secure Enclave. By design, the private key physically cannot be exported — not by malware, not by us.
The chip does the proving
Authentication happens by the chip signing challenges internally. The secret never appears in memory, on disk, or on the network.
Hardware attestation on every login
Devices prove they are genuine and untampered before access is granted. A cloned or emulated device fails attestation outright.
No central vault to breach
There is no master database of credentials. Trust is distributed across your fleet — compromising one device never compromises the rest.
What hardware do we need?
The TPM built into modern laptops and the Secure Enclave in phones — both already present on the vast majority of devices your team uses.
Can the private key be extracted?
No. It is generated inside the chip and is non-exportable by design, so it cannot be copied off the device even by software running on it.
What if a device is stolen?
The thief still faces the biometric, and you can revoke the device instantly. The compromise cannot spread beyond that single device.
What about devices without a TPM?
We support a software-backed fallback with reduced assurance, and every such session is clearly flagged in the audit log.
The biggest identity breaches all share one root cause: a central store of secrets. We removed the store entirely.