All Nine Award Winners in Japan’s NEDO Quantum Challenge Leverage IBM Hardware; Four Dedicated Industry Sponsor Prizes Awarded

quantumcomputingreport.com Oct 24, 2026

All Nine Award Winners in Japan’s NEDO Quantum Challenge Leverage IBM Hardware; Four Dedicated Industry Sponsor Prizes Awarded

Curated by Shubham · TechCapsules · Oct 24, 2026

AI-summarised brief · reviewed before publication

Japan’s New Energy and Industrial Technology Development Organization (NEDO) announced the winners of Season 1 of its quantum‑computing challenge, recognizing nine projects that used IBM Quantum hardware. The ceremony in Tokyo followed evaluation of 87 entries, with 80 teams competing and 65 using IBM’s platform, executing 11,159 jobs and over 5,900 minutes of QPU time. A judging panel led by Professor Keisuke Fujiio of Kyoto University applied computational benchmarks, declining first‑place awards in the Society 5.0 and Cool Japan categories and withholding the Jury Chairman’s Special Award. IBM Fellow Jay Gambetta highlighted the role of third‑party software extensions such as Q‑CTRL’s error‑mitigation tools and Kipu Quantum’s Iskay algorithm. NEDO also unveiled commercialization support, including reviews, commentary, and links to IBM official resources.

💡 Why It Matters

· The dominance of IBM’s quantum platform in the challenge underscores its emerging role as the de‑facto infrastructure for Japan’s quantum research, accelerating real‑world problem solving and shaping future public‑private collaborations.

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South Korea Launches Nationwide Open Quantum Testbed Expansion Led by KT and…

South Korea’s Ministry of Science and ICT and the National Information Society Agency have launched the “Open Quantum Testbed Advancement and Expansion Project,” a three‑year effort to extend quantum communications nationwide. Beginning in 2026, the initiative will build on the Seoul‑Pangyo‑Daejeon corridor, deploying terrestrial QKD, hybrid post‑quantum cryptography links, and free‑space wireless QKD. KT Corporation will operate the Commercial and Future Hubs, while SK Broadband will manage the International Hub, connecting to research sites in Singapore, Poland, and Bulgaria. The first‑year budget totals 7.4 billion won, split evenly between government and private investors.

💡 By creating an open, multi‑vendor testbed, South Korea positions itself as a global leader in secure quantum infrastructure, enabling domestic manufacturers to validate interoperable QKD and PQC solutions before commercial deployment.

quantumcomputingreport.com · Oct 24

QCentroid Unveils “Missions” on NVIDIA CUDA-Q to Benchmark Classical, Quantum-Inspired, and QPU…

QCentroid launched Missions, a solver‑evaluation layer built on NVIDIA CUDA‑Q, during NVIDIA GTC Berlin. The platform uses autonomous AI agents to compare classical heuristics, GPU‑accelerated quantum‑inspired algorithms, and physical QPUs against defined business baselines such as runtime reduction or cost savings. Pilot tests on a treasury collateral‑allocation problem showed classical solvers timed out, while CUDA‑Q‑based quantum‑inspired and QAOA solvers achieved feasible solutions within 0.05% of the objective. Missions includes adversarial validation to verify speedups and recommends retaining legacy systems when appropriate. The feature will be available to enterprise customers in Q4 2026.

💡 By objectively benchmarking quantum and classical approaches, the platform prevents costly premature QPU migrations and ensures enterprises invest only when real performance gains exist.

thequantuminsider.com · Oct 24

Mehmet Sanliol (Evercore): Why quantum valuations hinge on 2030 revenue multiples and…

Evercore managing director Mehmet Sanliol explained how investors value public quantum companies, emphasizing that most are priced on 2030‑2035 revenue multiples discounted at roughly 25 %. He advised private quantum firms to consider IPOs or SPACs only after achieving key milestones and sufficient funding, noting that public markets offer liquidity but also scrutiny. Sanliol highlighted the role of equity for acquisitions and the importance of consolidation in shaping the industry’s next phase.

💡 The discussion clarifies that quantum valuations hinge on long‑term revenue projections, underscoring the sector’s high‑risk, high‑reward nature and the strategic timing of market entry.

quantumcomputingreport.com · Oct 24

All Nine Award Winners in Japan’s NEDO Quantum Challenge Leverage IBM Hardware;…

Japan’s New Energy and Industrial Technology Development Organization (NEDO) announced the winners of Season 1 of its prize‑funded quantum‑computing challenge. The ceremony in Tokyo concluded evaluation of 87 entries, with nine awardees selected but no first‑place prizes in the Society 5.0 or Cool Japan categories and no Jury Chairman’s Special Award, reflecting strict computational benchmarks. Eighty teams entered; 65 (81 %) used IBM Quantum Platform hardware, submitting 11,159 jobs and consuming more than 5,900 minutes of QPU time. IBM Fellow Jay Gambetta highlighted the role of IBM’s hardware combined with third‑party tools such as Q‑CTRL’s error‑mitigation and Kipu Quantum’s Iskay algorithm. NEDO also outlined post‑challenge commercialization support. The awarded projects span climate modeling, materials discovery, and secure communications, demonstrating quantum’s potential for societal challenges.

💡 IBM’s platform dominance is forging a de facto standard in Japan’s quantum ecosystem, speeding the transition from research to practical solutions.

thequantuminsider.com · Oct 24

Symmatrics Appoints Andrew Hallman to Strategic Advisory Board

Symmatrics, a cybersecurity firm developing One-Time Pad Symmetric Key (OTPSK) encryption for AI‑resistant and quantum‑secure protection, announced the addition of former senior CIA and ODNI official Andrew Hall Hallman to its Strategic Advisory Board. Hallman, now Vice President and Strategic Account Executive for the Intelligence Community at Leidos, brings more than three decades of intelligence and security experience, including tenure as Deputy Director of the CIA for Digital Innovation and acting Principal Deputy Director of National Intelligence. The company says Hallman’s background will guide its efforts to safeguard governments, enterprises, and critical infrastructure as AI‑driven attacks and quantum computing threaten traditional cryptography. Symmatrics serves sectors such as national security, defense, finance, healthcare, and critical infrastructure, and other high‑risk organizations worldwide.

💡 Hallman’s deep intelligence background gives Symmatrics unprecedented credibility in selling government‑grade, post‑quantum encryption, accelerating adoption among agencies that can afford cutting‑edge security.

thequantuminsider.com · Oct 24

Google Launches $150,000 AI Competition to Reduce Quantum Computing Demands

Google Quantum AI has announced a $150,000 Kaggle competition aimed at shrinking quantum circuits used for fusion energy, optimization and chemistry calculations. Competitors must lower qubit and gate counts while preserving required accuracy, leveraging Google’s open‑source “kickmix” library to test designs on classical computers. Kickmix structures circuits so that randomized fuzz testing can verify approximate correctness without exhaustive simulation, enabling AI agents to iteratively propose and evaluate optimizations. The contest provides starter circuits and a verification tool, targeting the long‑standing bottleneck of circuit size that inflates error‑correction overhead and exceeds current hardware limits. By automating circuit compilation, the initiative seeks to make useful quantum algorithms feasible on near‑term processors.

💡 Smaller circuits directly reduce the qubit and error‑correction resources needed, bringing practical quantum applications within reach of today’s hardware.