Physics Defies Myth Again
Myth: Cybersecurity is about balancing risk, not ensuring absolute protection
Advancements in computing power (quantum computing, cluster computing) and crypto research allow decryption of stored data. Consequently, “record now & decipher later” becomes a major information security blind spot and threat facing organizations and the telco/connectivity providers serving them. Today’s data encryption solutions are not resistant to data recording or harvesting. The US government mandated a law requiring corporations to demonstrate in 2024 their measures combating the “record now – hack later” vulnerability.
We are boldly changing the cybersecurity game rules with physics by removing the raw data from the game
No raw data
=
no data to harvest now
and hack later
Pioneering leadership with a paradigm shift
Changing the cybersecurity game rules with physics by removing data from the game
Serial entrepreneur, founded 5 startups. Currently active full professor and former chairmen of the Electrical & Computer Engineering department at BGU. Post Doctorate, Stanford University.
25years developing complex electrooptical & communication systems; Lieutenant General IDF Elite Technological Unit; Physics BSc EE MSc.
15 years developing large scale cyber & communication systems, IDF Elite Technological Unit, Government of Israel, B.Sc Physics M.Eng Systems Engineering.
Active Advisory Board
Proudly Backed by:
200+ Papers Based on 25 Patents Pioneering an Unhackable Future
Meet Us At
Prof. Dan Sadot
ONDM 2025 – Workshop - Securing the Light: Challenges and Innovations in Optical Fiber Security.
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Ido Attia
ONDM 2025 - Photonic Layer Security Transmission of 100 Gbit/sec Over 200 km of Populated Legacy WDM Network
Gil Alin
IEEE Topical Summit - Physical Layer Security in Photonic Networks" workshop
Eyal Wohlgemuth, PhD
Securing the Speed: Harvest-Immune Photonic Layer Security in DCI and Metro Networks. And Robust coherent FSO using ultrashort pulses . invited papers
Prof. Dan Sadot
Cyber Week - The Unbreakable Light: The Rise of Recording-Proof Photonic Encryption
Prof. Dan Sadot
ONDM - optical networks design and modeling, Invited Paper
Eyal Felstaine, PhD
The Unhackable Light: The Rise of Record-Proof Photonic Encryption
