Generating randomness has long been a critical task in communications and computing, especially within cryptography.
In the past, intelligence agents used to carry booklets filled with meticulously generated random numbers so that they could use them to transmit secure messages before discarding them.
As the digital revolution progressed, developers looked towards pseudo-random number generators and classical hardware random number generators for their key requirements, each having its own advantages and disadvantages.
As the digital revolution progressed, developers looked towards pseudo-random number generators and classical hardware random number generators for their key requirements, each having its own advantages and disadvantages.
The fundamental flaw that these generators have always had is their reliance on systems
that are not intrinsically random, thereby comprising the security of the whole systems they underpin.
Consequently, this led to the development of generators based on quantum hardware processers:
Quantum random number generators (QRNGs), but not all QRNGs are the same
The fundamental flaw that these generators have always had is their reliance on systems
that are not intrinsically random, thereby comprising the security of the whole systems they underpin.
Consequently, this led to the development of generators based on quantum hardware processors:
Quantum random number generators (QRNGs), but not all QRNGs are the same.
This is where our unique innovation comes in, our patented source-device independent self-certification (DISCTM) protocol leverages unique properties in our proprietary photonic quantum architecture that allows us to continuously
assure the secure intrinsic randomness
present in each and every number that is being generated even if the system is suffering environmental disturbances.
Ultimate Security
Prevents silent failure
Compact integrated approach
