Date: 03/26/2025
Vendor: QDefender Cyber Technologies
Technology/Topic: Quantum Defender
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Welcome to the Technical Exchange Meeting (TEM)!
QDefender develops a unique implementation of Cyber Security based on real One-Time-Pads (OTP) usage, along with extremely high volume True-Random-Number-Generator (TRNG) production. This OTP based technology is applied in Multi-Point to Multi-Point Data and Network encryption, Data integrity (protecting data manipulation), and user authentication, in transit or at rest. Our unique solution incorporates OTP with ZKP (Zero Knowledge Protocol) for constant authentication on every bit of data, as well as signature validation based on Lamport One-Time signature scheme for Data Integrity.
While there are mainly two categories for Key Distribution Protocol, our Protocol can be described as an enhanced PQC, at high volume. Our interfaces are integrative and can also implement or interface with other protocol categories, such as QKD. For key management, we have a coordination server that does not open the ciphered message, rather adds another OTP that converts it for further usage, so that there is total oblivion for each party to the sender’s OTP info. This allows Zero Knowledge Trust (ZKT), creating Secure Access Service Edge (SASE), as well as Always-On continuity without duplicating keys (Real OTP), and with reauthentication on every bit. Utilizing OTP encryption and One-Time-Signature for Data Integrity and User Authentication, on every bit, secures against Man In The Middle Attacks (MITMA). In case of a stolen OTP on the user side, damage is isolated to the specific end-point without leakage to the system, and no information, logic, or algorithm can be inferred to future usage.
Our technology is not impacted by throughput or key length, as standard encryptions are, and actually has low resource usage and very small latency, while maintaining encryption on every bit. TRNG production is abundant (in high volume) and separate from the usage of the keys, hence OTPs can be produced in advance and stored for peak-time usage, and can be used for other actions, such as user authentication, One-Time-Signature, and protecting access to data storage (Data Vault).
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