The UK’s National Quantum Computing Centre (NQCC), launched on Harwell Campus, Oxfordshire, offers open access to 12 quantum computers. This 4,000-square-meter facility aims to advance quantum technology, address skill shortages, and drive innovation in sectors like healthcare, energy, and AI, supporting the UK’s £2.5 billion quantum initiative.
Sparkle, Italy’s top telecom provider, has launched the pre-order for its Quantum Safe over Internet (QSI) service, a quantum-secure solution within its new Network as a Service (NaaS) suite. QSI offers robust encryption to safeguard global networks, supporting businesses with secure, future-proof connections against emerging cyber threats.
NTT DoCoMo has successfully tested a hybrid quantum-computing-based network optimization solution from D-Wave Quantum, enhancing network performance and reducing paging signal congestion by 15% during peak times. This quantum breakthrough optimizes base station tracking, predicting device movements, and efficiently reconnecting devices. The hybrid solver completed tasks in 40 seconds compared to 27 hours for traditional methods.
Sparkle, the subsea cable subsidiary of TIM, has announced the successful completion of its first international VPN test secured with quantum encryption. This milestone was achieved in collaboration with Arqit Quantum, a leader in quantum-safe encryption, and Telsy, TIM’s cybersecurity-focused company. The proof of concept (PoC) involved establishing a secure Internet Protocol (IPsec) tunnel between Italy and Germany using Arqit’s Symmetric Key Agreement (SKA) Platform.
Nokia, in collaboration with the HellasQCI consortium, has achieved a significant milestone in the realm of quantum-safe connectivity infrastructure. The joint initiative aimed to assess the viability of quantum-safe solutions across diverse sectors, including government, research, education, defense, law enforcement, and private sector critical infrastructure owners.
In a groundbreaking trial, SK Telecom (SKT) and Thales have successfully tested the encryption and decryption of identity data on a 5G network, aiming to safeguard user privacy from potential quantum threats. The experimentation utilized Thales’ cutting-edge 5G Post Quantum Cryptography (PQC) SIM cards within a trial 5G standalone network environment provided by SKT.
Luxembourg’s Prime Minister and SK Telecom have inked an agreement, initiating a strategic collaboration to advance the quantum tech ecosystem. Connexion between this MoU and an earlier South Korean – Luxembourg agreement hints towards a momentous ‘quantum Internet of Things’. Meanwhile, telecom operators globally look to leverage quantum technology’s disruptive potential towards traditional data security protocols. SK Telecom, recognized for its pioneering quantum work, also boosts its pursuit in the AI realm, underlined by a significant investment in AI firms.
Taking dynamic major strides in the quantum computing sector, T-Systems, Deutsche Telekom’s IT wing, is partnering with IQM Quantum Computers, offering its customers unique access to the complexities and potential of IQM’s quantum infrastructure. Leveraging the power of quantum mechanics and harnessing the elusive ‘qubits’, this promising collaboration forms a critical intersection of cloud technology and quantum computation, manoeuvring towards transformative problem-solving capabilities.
China Telecom invests $434 million in a new quantum computing division, joining the growing list of telcos exploring this revolutionary technology’s potential benefits and risks to secure a position in the emerging sector.
IBM’s Quantum Safe portfolio, launched at the Think conference, addresses emerging security risks from quantum computing advancements. Offering enhanced protection against potential quantum-powered cyberattacks, this suite of tools and roadmap aims to guide organizations through the post-quantum era.