Week Ending 7 | 8 | 2026. What a blockbuster week for quantum technology: record public-company revenues, commercial rack-mount photonic and room-temperature NV systems shipping, live 1.6 Tb/s quantum-safe encryption, national platforms locked in from Israel to Australia, and post-quantum contracts moving from slides to production. Our round-up covers it all.
Shanghai photonic quantum firm TuringQ has entered IPO tutoring with Guotai Haitong Securities, intensifying the race among Chinese quantum companies toward public listing. The company raised nearly 1 billion yuan in 2026 and holds a valuation above 7 billion yuan after its Series C. Details on its LNOI photonic chip pilot line, Gen2 systems, and commercial trajectory appear in the full report.
ZeroTier has partnered with Carahsoft to bring its post-quantum networking platform to U.S. government agencies through NASA SEWP V contracts. The deal expands access to hybrid cryptography designed for cloud, edge, and isolated environments as federal post-quantum timelines approach. Full technical and commercial details are in the article.
SAXON Q has opened commercial orders for its SXQ128 and SXQ512 quantum computers, listed with aggregate qubit counts of 128 and 512. The company describes the systems as the first diamond-based NV-center machines to exceed 10 qubits. They operate at room temperature and eliminate cryogenic infrastructure while relying on standard photonics and control hardware. A proprietary multi-core operating system coordinates locally entangled qubits within each core (eight on the SXQ128, 16 on the SXQ512). The SXQ128 is available for delivery within three months; the SXQ512 begins deliveries in Q2 2027.
Eaton has been awarded a $7 million (€6.1 million), 24-month contract from the U.S. Air Force Research Laboratory to apply quantum computing, machine learning, and visualization to power grid resilience. Working with Infleqtion and Pennsylvania State University, the project develops quantum-enabled algorithms and hybrid quantum-classical methods for detecting concurrent physical and cyber threats. The effort explores scenarios beyond traditional N-1 contingency planning and will culminate in a proof-of-concept demonstration on available quantum hardware. Sid Suryanarayanan of Eaton highlighted the need for tools to evaluate many failures simultaneously amid rising weather, physical, and cyber risks.
The Jordan Today Center for Development and Asfar Consulting held the first dedicated national Jordan Quantum Computing Technology Forum on August 5, 2026, in Amman. More than 50 experts examined quantum foundations, applications, and challenges, with particular attention to financial-sector risks. The Central Bank of Jordan’s sectoral roadmap guides banks toward quantum-resistant encryption through phased risk integration, asset inventory, and pilot testing. In parallel, the University of Jordan received approval for a Master’s program in Quantum Computing, among the first dedicated programs of its kind in Jordan and the Arab region, set to begin in the 2026/2027 academic year. These steps form part of broader regional activity that includes hardware deployments in Saudi Arabia and post-quantum regulatory initiatives in the UAE.