Photonic Layer Security for Data in Transit
We turn the bits on your fiber into optical noise, so a tap records nothing usable. AI-Safe & Quantum-Ready.
Every byte between data centers travels as light, over fiber running through public networks, where it can be harvested now and opened later. CyberRidge turns the bits into optical noise, so there is nothing to harvest.
No Raw Data = Nothing to Hack
Meet Carmel
A true paradigm shift in how optical infrastructure protects data
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Data can’t be recorded or hacked
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Immune to all computing power, including quantum computers
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Key distribution is optically encrypted & constantly changing
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Data is buried under optical noise
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Plug & Play:
Quantum-Ready in weeks
Quantum-Ready in weeks
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- Zero latency
- No link length limit
- Substitutes the transmission line card
- Energy efficient
- No link length limit
- Substitutes the transmission line card
- Energy efficient
Future events
Book a meeting and see how CyberRidge keeps your data in transit AI-Safe & Quantum-Ready
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Trusted by the world's leading companies
“As both state actors and the new quantum era become more evident, IT and cybersecurity leaders working with CISOs on future-proof confidentiality in network architectures should evaluate CyberRidge.”
Gartner, Cool Vendors in Data Security, 2025
Ongoing live environment co-operation of high speed optical encryption: a record-proof
quantum-proof solution
quantum-proof solution
SIIRD - Singapore Israel Industrial
R&D Programme
R&D Programme
“Without the Harvest Proof Protection technology, we will not be able to face the next generation threat to our internal infrastructure”
Israeli Defense Contractor
“Finally, this scheme can be seamlessly integrated into legacy networks, offering a post-quantum cryptography solution without imposing limitations such as transmission distance or susceptibility to amplification”
FiberCop
How it works
CyberRidge doesn’t just encrypt data; it manipulates light and makes information unharvestable:
- The signal is spread over a huge optical spectrum
- Optical features are modified by the optical key
- The signal is buried below optical noise
- Key distribution is embedded within the signal and changes every fraction of a second in a secure, air-gapped environment
- Metadata is never exposed
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Awards & Recognition
