Google Quantum AI cut magic-state errors fortyfold on Willow while D-Wave delivered Italy’s first annealing system to Como. The same day brought PQC migration timelines from Germany and Singapore plus fresh capital for neutral-atom and photonic startups. The wrap-up has the figures, the deadlines, and the source list.
IonQ is sending a Superion 256 and silicon-vacancy memory to South Korea and posted a real-time decoder benchmarked at 408 logical qubits on one CPU. Microsoft opened a 15,000-square-foot Maryland center and is giving Majorana 2 chips to DARPA, while QuEra signed HPE for on-prem Cray integration. Click for the contract vehicles, lab rates, and the October 22 crypto clock.
In Q2 2018, quantum computing shifted from exploratory research to dedicated investments and infrastructure. Hardware advances focused on error correction, while post-quantum cryptography progressed via NIST standardization initiatives. National policies, funding, quantum networking milestones, and early software platforms strengthened the foundation for scalable quantum technologies.
This week saw landmark progress in quantum computing: Hong Kong’s first chip-based quantum network went live, IonQ acquired Skyloom to dominate quantum networking, and IBM-Cisco announced plans for distributed fault-tolerant systems. Funding, talent pipelines, and crypto migration strategies all hit new highs. The quantum era isn’t coming—it’s here, arguably.
LTIMindtree, a global tech company, introduced a Quantum-Safe Virtual Private Network (VPN) at its London site, enhancing data protection against potential decryption threats. This VPN applies Post-Quantum Cryptography (PQC), utilizing quantum-based key generation and secure key delivery methods that align with NIST standards for data security.