Hardware Root of Trust Entropy Explained
admin
July 5, 2026
Hardware root of trust entropy explained for OEMs building secure devices, from boot keys and TRNG design to validation, health tests, and certification.
QRNG Hardware
Quantum-Safe Communications
Secure.
Quantum.
Randomness.
Truly Random Numbers, Sourced from Sub-Atomic particles
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Our Customers include:
What makes a QRNG unique?
- All numbers are verified before serving
- High speed, no need to expand entropy
- Constant health checks to ensure quality
- True quantum derived entropy
What makes us unique?
- 10 years experience in QRNG
- No custom silicon
- Open to licencing tech
- Team of engineers and scientists
- Custom integrations possible
- Low BoM cost
- 12 month warranty
How to Validate Entropy Sources
admin
July 3, 2026
Learn how to validate entropy sources for cryptographic hardware, from noise characterization and health tests to integration risk and certification.
How to Integrate QRNG Modules in Hardware
admin
June 29, 2026
Learn how to integrate QRNG modules into FPGA and MCU hardware, from entropy path design and validation to compliance, latency, and power trade-offs.
We are dedicated to OEM integrations and partnering with hardware manufacturers.
The team at Crypta Labs have made validated and thoroughly tested designs that will assist an OEM to integrate our QRNG tech 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. We have a number of bus options for integration, and can also make customer specced bespoke products.
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 on image above on the right) We can scale up from low speeds (0.5 megabits per second on USB) to gigabits per second of entropy depending on your requirements.