Insider Brief A bipartisan Senate bill would require the federal government to develop a coordinated strategy to protect sensitive data from future quantum-enabled cyber threats. The legislation directs the White House Office of Science and Technology Policy to lead agency-wide efforts to migrate encryption systems to quantum-resistant standards. A pilot Read more…
Insider Brief SignQuantum has launched a post-quantum cryptography solution that secures digitally signed documents against future threats from quantum computing. The software integrates with existing e-signature platforms and uses NIST’s recommended post-quantum algorithm alongside QANplatform’s quantum-resistant blockchain to ensure signature authenticity and immutable proof of timing. The launch comes amid Read more…
Insider Brief IBM has developed a new algorithm, Relay-BP, that significantly improves error detection and correction in quantum memory, marking progress toward scalable, fault-tolerant quantum computing. Relay-BP demonstrated up to a tenfold accuracy improvement over prior methods while reducing resource demands, making it suitable for real-time use on compact hardware Read more…
Insider Brief QuamCore raised $26 million in Series A funding to build a superconducting quantum architecture scalable to 1 million qubits in a single cryostat. The company’s design embeds ultra-low-power control logic inside the cryostat, eliminating thermal bottlenecks and drastically reducing the need for external cabling. With total funding now Read more…
Insider Brief: Quantum computing is expected to generate $877 billion in cumulative economic impact by 2035, but vendors will capture only about $55 billion, about 6% of that total. High R&D costs, limited hardware demand, and the rise of cloud-based QCaaS often mediated by hyperscalers have made it difficult for Read more…
Insider Brief Researchers at Kyoto University have demonstrated that a single-layer semiconductor can serve as a controllable single-photon source, a key component for future quantum communication systems. By introducing a defect in monolayer tungsten diselenide and applying a weak magnetic field, the team increased emission intensity and confirmed photon antibunching, Read more…