Quantum Resilient Security at the Silicon Level
From CMOS QRNG core to integrated SoC platforms, true quantum entropy for next generation hardware protection
Experience the first of its kind, miniaturized electron based QRNG delivering true quantum entropy from standalone CMOS chips to fully integrated SoC platforms. Our patented technology provides gigabit speed randomness in a low power, scalable solution; available as a discrete chip (in fabrication with TSMC) or integrated with PUF and post quantum cryptography for complete quantum safe protection co developed with JMEM Tek.
Three Layer
Quantum Safe Protection
Combines QeM's patented QRNG delivering >1 Gb/s quantum entropy, JMEM Tek's silicon anchored PUF for unclonable hardware identity, and NIST-aligned post quantum cryptography, all integrated into a single SoC platform co developed for maximum security against current and future quantum threats.
True Quantum
Randomness at Silicon Level
Electron based quantum tunneling architecture enables chip level miniaturization impossible with photonic approaches. Validated by ÉTS Montréal and Institut Quantique, our 65nm CMOS design preserves quantum randomness integrity with integrated ultra low noise amplifiers and high precision analog to digital conversion.
Enterprise Grade
Reliability & Trust
Built in self diagnostic capabilities ensure continuous entropy quality monitoring. JMEM Tek's PUF technology provides invisible keys and an exclusive silicon fingerprint, creating an unclonable root of trust that anchors security directly in hardware without external key storage vulnerabilities.
Production Ready
& Globally Scalable
Fabricated using standard TSMC CMOS processes for affordable mass deployment across IoT, mobile, and critical infrastructure. Protected by four international patents and designed for seamless PCB integration with minimal external components, enabling rapid adoption in billions of connected devices transitioning to quantum safe standards.
TSXV: QNC.V
Sentry-Q
eFlux-Q 
