On April 24, Horizon Robotics announced a strategic partnership with Bosch to advance driver assistance technology. The collaboration aims to produce a new generation of multifunctional cameras, with mass production set for mid-2026. This initiative marks a significant step in enhancing global market presence for advanced driving solutions.
Fujitsu and RIKEN have unveiled a groundbreaking 256-qubit superconducting quantum computer, enhancing their previous 64-qubit model. This advanced system aims to tackle complex challenges in various fields, including finance and drug discovery, while paving the way for future developments, including a planned 1,000-qubit computer by 2026.
Fujitsu and RIKEN have unveiled a 256-qubit superconducting quantum computer, expanding on their previous 64-qubit model. This new machine will be accessible to global companies and research institutions, enhancing molecular analysis and advanced error correction. Future plans include a 1000-qubit computer and seamless integration with classical computing.
Huawei plans to begin shipping its advanced AI chip, the 910C, to Chinese customers soon. This development comes as companies face challenges finding local alternatives to Nvidia’s H20 chip, which is now restricted for export. The 910C offers double the computing power and memory capacity of its predecessor, the 910B.
In an interview, Mark Johnstone, Google Cloud’s security lead for the Asia-Pacific region, emphasized the company’s commitment to AI-driven cybersecurity. He highlighted the importance of collaboration with governments and startups to enhance security measures, showcasing innovations like the Gemini AI model and the Secure AI framework to protect users effectively.
IBM has launched Aachen, a 156-qubit quantum system powered by the Heron r2 processor, at its Quantum Data Center in Germany. This new system enhances IBM’s quantum offerings, complementing existing systems and showcasing significant improvements in performance and error reduction over previous models.
Researchers at Lawrence Berkeley National Laboratory have developed a groundbreaking fabrication method for superconducting qubits, significantly reducing noise and enhancing performance. This advancement, part of the Quantum Systems Accelerator initiative, paves the way for scalable, high-performance quantum computers capable of tackling complex scientific problems beyond classical computing’s reach.
SaxonQ has unveiled a portable quantum computer that operates at room temperature, eliminating the need for cryogenic cooling. Demonstrated at Hannover Messe 2025, it successfully executed real-time image classification and quantum chemistry simulations, showcasing its potential for industrial applications without complex infrastructure.
Google Cloud is preparing for the agentic AI era, unveiling its new Ironwood TPU, which boasts significant power efficiency and scalability. The company introduced various AI models and software, including an Agent Development Kit and an AI Agent Marketplace, aimed at enhancing the development and management of AI agents.
Engineers at UCL have developed a groundbreaking fabrication process for quantum computers, achieving nearly zero failure rates. This method allows precise arrangement of individual atoms, marking a significant advancement toward scalable quantum devices. The research highlights the potential of arsenic over phosphorus for creating reliable qubits in silicon.
