Insider Brief
- Coherent and Quside demonstrated a mass-manufacturable, hardware-based quantum entropy source suitable for large-scale security applications.
- The solution combines Coherent’s 6-inch VCSEL manufacturing with Quside’s quantum random number generation to deliver fast, runtime-verifiable entropy.
- The technology enables quantum-grade randomness to be integrated into mainstream processors, secure elements, and hardware roots of trust.
PRESS RELEASE — Coherent Corp. (NYSE: COHR), a global leader in photonics, and Quside, a quantum technology company, have reached a major milestone in hardware-based security with the successful demonstration of a mass manufacturable quantum entropy source. This achievement shows that fast, verifiable quantum entropy – an essential foundation for secure digital systems – can be embedded at scale, supporting next-generation security architectures across a wide range of applications.
The solution relies on Coherent’s vertical cavity surface emitting laser (VCSEL) manufactured at scale on 6” and Quside’s quantum random number generation technology. For the first time, runtime entropy verification from a single VCSEL delivers high-quality, observable randomness suitable for cryptographic key generation, secure communications, and emerging quantum-safe and crypto-agile systems. Therefore, quantum-grade security primitives can now move beyond niche deployments into mainstream processors, secure elements, and hardware roots of trust.
“VCSEL technology has already demonstrated its reliability and scalability across datacenters, sensing, and high-volume optical systems,” said Dr. Giovanni Barbarossa, Chief Strategy Officer at Coherent Corp. “This collaboration shows how mature photonic manufacturing platforms can enable entirely new security functions while meeting the cost, reliability, and scale requirements needed for broad market adoption.”
“Security systems are only as strong as the randomness they rely on,” said Dr. Carlos Abellán, Chief Executive Officer and co-founder of Quside. “What makes this milestone unique is not only that the entropy is generated through quantum processes, but that it is fast, verifiable, and mass manufacturable by relying on volume proven 6” VCSEL production. This moves locally verified quantum entropy technology into practical, deployable infrastructure.”
At Photonics West 2026 in San Francisco, Coherent and Quside will present a live demonstration of the technology alongside development kits. Attendees will have the opportunity to explore how the solution can be integrated into next-generation secure designs, from silicon to system level, to meet growing demand in entropy generation and verification.
With manufacturing-ready components and established production processes, Coherent and Quside are paving the way towards high-volume commercial deployment of quantum entropy solutions designed for real-world, large-scale secure infrastructure.
