Equal1 Announces Successful Validation of CMOS Process

Insider Brief Equal1 has validated a commercial CMOS process for quantum computing, demonstrating the feasibility of scalable silicon-based quantum systems using standard semiconductor manufacturing. The company achieved controlled formation of multiple tunnel-coupled quantum dots using the GlobalFoundries 22FDX® FD-SOI platform, marking a first in a commercial environment. Equal1’s approach leverages Read more…

Researchers Use Quantum Computers to Ease Traffic Jams

Insider Brief Researchers demonstrated that hybrid quantum algorithms can reduce traffic congestion by optimizing vehicle routing using a quantum-classical approach. The team used the Quantum Approximate Optimization Algorithm (QAOA) and developed a noise-resilient variant, CF-QAOA, which outperformed standard QAOA on IBM quantum hardware. The study found that approximate solutions with Read more…

HRL Laboratories and Boeing Achieve Key Milestone in Quantum Entanglement Swapping Satellite Mission

Insider Brief HRL Laboratories and Boeing completed construction and validation of a quantum communication subassembly for the Q4S satellite mission to demonstrate four-photon entanglement swapping in space. The system achieved high-fidelity quantum entanglement and over 2,500 photon pair detections per second, meeting key performance targets for space-based quantum networking. The Read more…

Entrust Announces Unified Cryptographic Security Platform 

Insider Brief Entrust has launched the Cryptographic Security Platform, the first unified solution for managing encryption keys, secrets, and certificates across enterprise environments. The platform addresses rising threats from AI-enhanced cyberattacks and cryptographic sprawl by providing centralized visibility, risk management, and lifecycle control. Designed to support post-quantum cryptography, the system Read more…

NASA to Launch First Space-Based Quantum Gravity Sensor to Map Earth’s Hidden Shifts

Insider Brief: NASA’s Jet Propulsion Laboratory is developing the first space-based quantum gravity gradiometer, using ultra-cold rubidium atoms to detect gravitational anomalies with high precision from orbit. The Quantum Gravity Gradiometer Pathfinder (QGGPf) will test atom interferometry-based sensing in space, with potential sensitivity up to ten times greater than classical Read more…