Quantis QRNG Chip Receives Highest Certification
At the International Cryptographic Module Conference (ICMC23), ID Quantique (IDQ) announced that its Quantis QRNG chips have just received NIST ESV certification (see Certificate #63) on the Independent and Identically Distributed (IID) entropy estimation track. This certification offers the highest attainable security and robustness level for the generation of random bits. It makes IDQ’s range of QRNG chips ideal for all security applications and integration into devices for automotive, computing, critical infrastructure, IoT, mobile, and space communications to meet the most stringent security requirements.
Historically, randomness was mainly used in the gaming industry. In the computer age, this was extended to modeling and simulations. Since the advent of the Internet, the need for cybersecurity applications has accelerated to secure data in transit and at rest via encryption. Generating reliably high-quality randomness is a prerequisite for all cryptographic techniques. The increase of interconnected devices and exponentially growing volume of data generated and communicated makes cryptography ubiquitous, which in turn creates the need for small, reliable, and high-quality randomness sources.
Various governments have set up cryptographic validation programs to enable users to assess the practical security of and gain confidence in their cryptographic systems. In the US, the National Institute of Standards and Technology (NIST) has developed the Cryptographic Module Validation Program (CMVP). Random number generation being so central to cryptography, the CMVP utilizes an entropy source that has been evaluated according to the NIST Entropy Source Validation (ESV) program a requirement. Since October 2022, it is for example mandatory for crypto modules aiming at FIPS 140-3 certification to have an ESV-validated entropy source. Parties developing cryptographic solutions used by the US government will have to be certified according to the CMVP program of NIST and therefore use an ESV certified random number generator. This certificate will also facilitate IDQ’s customers’ certifications.
Quantis QRNG Chips
IDQ is proud to announce that its Quantis QRNG chips product range has just received ESV certification on the Independent and Identically Distributed (IID) entropy estimation track. NIST has verified that the random bits produced by the Quantis QRNG chips are independent and uniformly distributed. The independence property means that observing some bits does not provide any information on future bits to be generated. The uniform distribution property implies that the generation of 0’s and 1’s are equally likely.
To obtain that high level quality of entropy, IDQ’s patented QRNG technology exploits the fact that the number of photons emitted by a common light source fluctuates randomly by nature. These fluctuations, also called “quantum shot noise,” are purely of a quantum origin. Therefore they are fundamentally random as per the laws of quantum physics and totally immune from environmental perturbations. This results in a guaranteed reliable and stable source of entropy. This certificate provides the assurance that a particular entropy source conforms to NIST SP 800-90B and IDQ’s QRNG chips fully meet these requirements.
IDQ uses its Quantis chips in all its security products and solutions, such as its 4th generation of Quantum Key Distribution (QKD) range of solutions, the XG series, and its Key Management Solution Clarion KX.
According to Grégoire Ribordy, CEO ID Quantique:
“Security professionals are seeking the highest quality and most reliable source of entropy available, and they are right to do so. This certification is a major step for all the users of our Quantis chips and QKD systems, as they will know that they can place increased trust in the use of these random numbers, yet at an affordable cost. Entropy must not be a luxury product.”
To request more information or a quotation for any ID Quantique products, contact IL Photonics.