Yonsei University Brings IBM Quantum Nighthawk r2 Online in First International On-Premises Deployment

quantumcomputingreport.com Nov 6, 2026

Yonsei University Brings IBM Quantum Nighthawk r2 Online in First International On-Premises Deployment

Curated by Shubham · TechCapsules · Nov 6, 2026

AI-summarised brief · reviewed before publication

South Korea’s Yonsei University and IBM have completed the on‑premises installation and activation of IBM’s latest Quantum Nighthawk r2 processor within the IBM Quantum System One at Yonsei’s Songdo International Campus Quantum Computing Center. The upgrade replaces the 127‑qubit Eagle processor commissioned in 2024, marking the world’s first deployment of the Nighthawk architecture at a client facility outside the United States. Nighthawk r2 uses a dense square‑lattice layout with 218 tunable couplers and fast‑reset auxiliary circuits, cutting idle crosstalk and reducing shot‑repetition cycle time to enable 100,000 circuit executions per second. The speed boost supports high‑depth variational algorithms and error‑mitigated workflows without cloud queue delays, and will primarily serve Yonsei’s Bio‑Quantum Initiative for cellular kinetics, neurodegenerative research, and materials discovery.

💡 Why It Matters

· The on‑site Nighthawk r2 gives researchers near‑instant access to quantum throughput that was previously limited to cloud‑based queues, accelerating experimental cycles in emerging quantum‑biology applications.

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ZeroTier Partners With Redapt to Deliver Post-Quantum Networking

ZeroTier announced a partnership with Redapt to embed its ZeroTier Quantum platform into Redapt’s infrastructure, cloud and managed‑service portfolio. The solution uses post‑quantum cryptographic standards ML‑KEM‑1024 (FIPS 203) and ML‑DSA‑87 (FIPS 204) to protect connectivity across data‑center, cloud and edge environments. Redapt will assess, design, deploy and manage the platform for enterprise clients while also providing cybersecurity advisory and virtual CISO services to ZeroTier. Both firms target sectors such as government, defense, finance and regulated gaming, offering a turnkey path to quantum‑resilient networking without redesigning existing architectures. ZeroTier Quantum, the first end‑to‑end quantum‑secure networking platform, incorporates the ZeroTier Transport Protocol with hybrid FIPS‑compliant post‑quantum encryption and perfect forward secrecy. The collaboration also includes joint go‑to‑market campaigns and shared support resources.

💡 Enterprises can now adopt quantum‑grade protection today, sidestepping costly network overhauls and mitigating long‑term data‑exfiltration risks.

thequantuminsider.com · Nov 6

Guest Post — Commercial Diplomacy: Building The Quantum Ecosystem

Charlene B. Flick argues that the quantum computing sector must adopt a “commercial diplomacy” strategy to move from laboratory breakthroughs to a viable market. She likens the role of quantum startups to diplomats who educate, listen, and align disparate interests, creating an ecosystem that can sustain demand. Historical analogues—Ford’s Model T, Edison’s light‑bulb demonstrations, and IBM’s System/360—illustrate how innovators paired technology with infrastructure, standards, and public confidence to achieve mass adoption. Flick notes that quantum’s current challenges include technical complexity, reliability concerns, and the absence of a dominant platform. By identifying and coordinating hardware, software, networking, and end‑user stakeholders, the industry can replicate those past ecosystem‑building successes and unlock large‑scale commercial quantum applications.

💡 A coordinated diplomatic approach can transform quantum from a niche research field into a market‑ready technology, accelerating investment and standardization across the supply chain.

thequantuminsider.com · Nov 6

QNu Labs Launches Corporate Training Programme on Quantum-Safe Security

QNu Labs has launched a 12‑hour corporate training programme through its QNu Academy, aimed at enterprise cybersecurity leaders. Backed by India’s National Quantum Mission, the three‑day course covers quantum key distribution, quantum random number generators, post‑quantum cryptography, cryptographic inventory management and emerging quantum threats. It targets CISOs, security strategists, risk and compliance officers, IT architects and senior security managers, offering assessment‑based certification and optional on‑site workshops for 15‑50 participants or half‑day executive briefings. Instructors include QNu engineers who have deployed quantum communications for banking, defence and secure systems, as well as professors from IITs, NITs, IIITs and IISERs. The programme seeks to equip organisations with the knowledge to assess quantum‑related risks and plan migration to quantum‑safe security for future resilience.

💡 Enterprises that ignore quantum‑ready cryptography risk having today’s encrypted data decrypted tomorrow, turning a strategic training investment into a defensive necessity.

thequantuminsider.com · Nov 6

UK NQCC Partners With Phasecraft to Expand Access to Quantum Software

The UK’s National Quantum Computing Centre (NQCC) has signed an enterprise‑licensing deal with quantum‑software firm Phasecraft to deliver the SparQ Access programme to UK businesses and researchers. The partnership will open Phasecraft’s three tools—Magritte for materials and molecular modelling, Monet for density‑functional‑theory calculations, and Mondrian for optimisation—under an invitation‑only scheme that begins accepting proposals in late November 2026, with the first cohort launching in spring 2027. Selected participants will receive technical support from Phasecraft’s scientists and engineers, while reserved slots allow NQCC staff and academics to conduct non‑commercial research. The initiative targets real‑world challenges in materials science, chemistry and optimisation, aiming to build quantum‑computing expertise across the UK.

💡 By coupling world‑leading quantum software with the NQCC’s hardware access, the programme creates a rare end‑to‑end testbed that can accelerate practical quantum solutions for industry and academia.

thequantuminsider.com · Nov 6

Toshiba Secures UK Contract to Develop Quantum Networking Technologies

Toshiba Europe has won an Innovate UK contract to create prototype subsystems for long‑distance quantum links and multi‑user networks, aiming to ease commercial rollout of quantum networking across the United Kingdom. The project, part of the Enabling Commercial Quantum Networking competition, will be tested in real‑world conditions by telecom operators BT and Colt Technology Services. Its goal is to improve fibre‑based resource utilisation, cut deployment costs and support the UK’s National Quantum Strategy to field advanced quantum networks at scale by 2035. Toshiba will leverage more than 25 years of quantum R&D and its newly launched Quantum‑Safe Networking platform to deliver cost‑effective components that integrate with existing data‑communication infrastructure. The collaboration also aims to create standards that operators can adopt globally.

💡 By proving cost‑effective, fibre‑compatible quantum links, the project gives the UK a tangible path to a functional quantum internet, accelerating its lead in a technology that could redefine secure communications and distributed computing.

quantumcomputingreport.com · Nov 6

IBM, ORNL, and AMD Deploy Co-Located Quantum Error Correction Platform in Poughkeepsie

IBM, Oak Ridge National Laboratory, and AMD have installed a quantum error‑correction testbed in IBM’s Poughkeepsie facility. The platform co‑locates IBM’s 120‑qubit Quantum Nighthawk r2 processor with ORNL’s Umbra HPC cluster, powered by AMD Instinct MI355X GPUs and 5th‑gen EPYC CPUs. By eliminating network latency, the setup enables real‑time syndrome decoding at 100,000 circuits per second, supporting hierarchical error‑correcting codes. Initial experiments target condensed‑matter physics, aligning quantum simulations with data from ORNL’s Spallation Neutron Source.

💡 The low‑latency integration demonstrates a viable path toward fault‑tolerant quantum systems, a critical hurdle for scalable quantum computing. It also bridges quantum and classical supercomputing, accelerating research in materials science and neutron scattering.