iQrypto / Applications
The right quantum technology depends on the constraints around it. Find a use case, see where iQrypto may fit, and take the next step with the relevant product or engineering team.
APPLICATIONS / 01—06
Start with the problem your team is solving. We can help establish whether an evaluation kit, a packaged chip or an engineering engagement is the right next step.
Your product needs a hardware entropy source without adding an optical component, a separate emitter rail or a large footprint.
Evaluate the VERA-Q kit at system level, then assess the QRNG chip or entropy-cell IP against your integration, power and volume constraints.
Keys, signatures and authentication flows depend on random values that are difficult to predict and practical to provision.
Start with an evaluation kit to test the entropy interface in your secure element, HSM or identity-device workflow.
A new cryptographic algorithm does not by itself improve the quality of the random input beneath it.
Review the entropy source, health testing, conditioning and integration path alongside your cryptographic migration plan.
A lab setup needs synchronized control and readout, with acquisition that can be adapted to the experiment.
Discuss an ETRA configuration for timing, signal acquisition and FPGA-side processing around your hardware.
Bench and wafer testing can become separate systems, forcing teams to repeat firmware, recipes and data workflows.
Use one ETRA-based test backbone to carry timing, firmware and data formats from bench setups toward probe-card testing.
Size, power and reliability constraints make component choices difficult to revisit late in a programme.
Assess the QRNG form factor and operating requirements against your system early. Space qualification is programme-specific and must be evaluated with the customer.
APPLICATION CASE / QRNG + SOLIDITY
QryptoRand explores the bridge from an off-chain QRNG source through a Rust controller to Solidity contracts.
See the Queno lottery application as a concrete consumer, alongside the Tremplin Web3 context, alpha source code and questions for your application's randomness flow.
A PRACTICAL FIRST STEP
Tell us about the device, signal chain or security workflow you are working on. We will route your question to the people closest to the product.