Trust starts in hardware. We are building crypto-agile, side-channel secure hardware and security infrastructure designed to keep devices secure and adaptable as cryptography, AI and quantum computing evolve.
Chips and devices are not currently equipped to handle the effects of new technologies. As the hardware industry progresses to the 2030's, engineers must prepare for the next ecosystem.
Quantum computers will soon be able to break the encryption schemes used for all internet traffic, and most wireless communication. This means the only way to communicate securely is to use Post-Quantum Cryptography: encryption schemes that resist quantum computing attacks.
AI is powering unprecedented new cyber attacks. The question is no longer how to fix every vulnerability before an attack, but how to best adapt in a world where AI-powered attacks can and will find vulnerabilities in anything. At the same time, devices designed for human users will have their reliability challenged by AI agents acting as their users and administrators.
One engine for all algorithms. Zero silicon redesigns. No performance compromise.
Traditional cryptographic hardware dedicates separate circuitry to different algorithms. As standards change, adding new capabilities consumes more silicon area and can require a hardware redesign.
QCIM replaces that model with a shared Compute-in-Memory architecture that executes firmware-updateable cryptographic kernels. The hardware foundation stays while its cryptographic capabilities evolve.
Crypto agile, enabling new algorithms.
Minimal silicon footprint.
Side-channel secure.
Competitive performance.
NIST PQC is one of many algorithm roadmaps devices must adapt to over the next decade. A conventional enclave has to spend new floorspace on each one, and eventually runs out. QCIM runs them as versioned kernels on the same core.
Three products, one stack. QCIM Engine is adaptable cryptographic compute, QCIM RoT is adaptable hardware trust, and QCIM Platform Security is security management throughout the device lifecycle. The Engine executes the cryptography, the Root of Trust establishes device trust, and the Platform maintains that trust after deployment.
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