Use our quantum random number generator (QRNG) technology to make your hardware products quantum resilient.
Make your hardware Quantum resilient
Hardware, Components and Quantum as a service.
Make your hardware relevant for the post quantum future.
Crypta Labs is an engineering team of scientists working to make the world more secure. Our focus is on our quantum random number generator, because the basis for all encryption starts with a random number. Encryption is what is under attack. Using photons as a source of entropy is where our focus has been for many years, and through many iterations, we have at last found a fast and reliable way to generate entropy. Our quantum optics module is small, fast, scalable and inexpensive. We have developed a rack mountable dual QRNG appliance, capable of producing around 4000 random numbers per second.
Our primary route to market is to work with existing hardware manufacturers to help them move from tradition encryption – pseudo or TRNG – into the world of quantum encryption (QRNG), thereby making their existing hardware quantum resilient.
We’ve have existing designs that will allow an OEM to integrate very quickly. We deeply understand the challenges any hardware manufacturer has and will help to figure out exactly how to help them best use our inventions.
This means that any company wanting to use our tech is able to ramp up very quickly using the expertise we have gained over the years. We have understood that ground-up development takes years, but the world needs more secure encryption now.
Work with us so we can help you modify you existing hardware to be quantum secure, and then let us help you integrate our tech directly into your next generation builds, by putting the chips directly into your designs.
Our Quantum optics module (QOM) design uses off the shelf, low cost, easily available, discrete components. (silver square at the top of the image on the left) We can scale up from low speeds (1000 NIST 256 instructions per second) to hundreds of megabits per second of entropy depending on your requirements.