Low power constraints
Battery-powered IoT devices require cryptographic processing with minimal energy consumption.
Minimal footprint cryptographic security for resource-constrained devices and industrial systems. QCIM Core is the world's smallest crypto engine supporting post-quantum cryptography — purpose-built for extremely low-power IoT devices.
Battery-powered IoT devices require cryptographic processing with minimal energy consumption.
Secure device identity and zero-touch provisioning at scale.
Cost-sensitive applications demand maximum functionality in minimum area.
Industrial sensors and controllers remain deployed for 10+ years without maintenance.
QCIM Core is the world's smallest crypto engine supporting post-quantum cryptography — purpose-built for extremely low-power IoT devices requiring mandated PQC support in minimal footprint. Enables PQC deployment in existing chips without redesign.
Smallest PQC engine worldwide — sub-milliwatt operation for 15+ year battery life. ML-KEM, ML-DSA, AES, SHA-3 in minimal silicon footprint.
Minimal LUT/area footprint for cost-sensitive applications. Algorithm updates extend device lifecycle without hardware changes.
Unique cryptographic device identity derived from silicon entropy via PUF.
Verified firmware integrity with hardware-anchored measurement chain.
Remote device health verification for fleet management at scale.
Zero-touch secure deployment with no factory key injection required.
Platform Security Architecture for IoT
Security Evaluation Standard for IoT Platforms
Industrial automation and control systems security
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