SQR Technologies is a young and dynamic startup in preparation since 2007 and founded in 2010. It is a spinoff of the ULB's Centre for Quantum Information and Communication. SQR specializes in hardware security for datacenters with the mission to develop the next platform of cloud security solutions by exploiting the laws of quantum physics.



New IT trends lead to new security challenges. In particular, cost and performance constraints are pushing datacenters towards virtualization while laying the foundations for cloud computing. In this context, it has become increasingly difficult for the devices of modern datacenters to generate sufficient and strong random numbers for their security applications. Servers, routers, switches all suffer from this lack of random numbers, thereby placing the security infrastructure of the datacenter at risk.

With its Centralized Ultra-Fast Quantum Random Number Generator, SQR Technologies has developed the first scalable solution that can provide sufficient and strong random numbers for the security needs of an entire datacenter. Thanks to its unique quantum technology, the solution of SQR Technologies is the only one combining security, speed and scalability.

Key Benefits	Key Features
Increase Security. Provides quantum grade random numbers for the security applications of all your devices.	True Quantum Randomness. Random numbers originate from a quantum feature of a laser light beam.
Reduce Costs. Deploy and monitor a single appliance for up to 4096 physical or virtual devices.	Fault Monitoring. Random output stream continuously checked for default using FIPS 140-2 randomness test suite.
Gain Ultimate Scalability. Quickly and easily deploy a new appliance when your need for random numbers increases.	Application Security. Communications from and to the appliance are secured using FIPS 198-1 and FIPS 180-3 cryptographic protocols.
Gain Trust in your Infrastructure. Know at every moment the origin of the random numbers your security applications consume.	High Availability. Guarantees the continuity of the service by enabling Active-Active or Active- Passive fail-over modes.