Our technology operates at the analog optical level, manipulating the signal so it becomes indistinguishable from background optical noise. By spreading the optical signal across a wide spectral band and embedding it under a controlled layer of noise, we ensure that what flows across the fiber appears meaningless and unusable to any observer.

Because the signal must be optically deciphered in real time at the receiver, there is no raw data to intercept en route, no keys to steal, and no material to store for future decryption. This fundamentally blocks post-processing threats, including “Harvest Now, Decrypt Later” attacks, by ensuring that sensitive data never exists in a usable form

Key distribution is embedded within the signal and changes every fraction of a second in a secure, air-gapped environment - Constantly Changing Encryption key (CCE).
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The keys are never static or stored; they exist only in transit, embedded in the light itself. Even if the line is tapped, the key that is required to decrypt the data is already gone

At the physical infrastructure level, CyberRidge integrates directly into your existing systems – no need to modify what’s already in place. It adds a quantum-resistant optical layer of analog optical security without interfering with either the physical architecture.

CyberRidge is totaly complementary to other higher-level digital encryption protocols – including post-quantum cryptography (PQC). Deployment takes weeks – not years – enabling adding immediate protection against quantum threats, without disrupting your current setup.