#qubits2026

At Qubits 2026, SuperQ Quantum bridges quantum utility with post-quantum defense to redefine digital trust.

SuperQ Quantum Computing News

SuperQ Quantum Computing Inc. leads the transition from experimental quantum physics to enterprise solutions. At the Qubits 2026 conference in Boca Raton, Florida, the company showcased its two-pronged approach: cutting-edge protection against the “quantum threat” and instant commercial use of quantum power. This integrated strategy offers global enterprises direct ROI and sovereign protection.

Optimization and Security Converge

Brian Beveridge, Director of Post-Quantum Cybersecurity and Partnerships for SuperQ, discussed autonomous quantum optimization in mission-critical operations with industry executives at the flagship D-Wave event. Beveridge underlined that although organizations pursue near-term quantum advantage in logistics, finance, and manufacturing, their information systems must adapt to counter impending weaknesses.

The Super platform uses patented AI Autopilots to enable “one-click productization” with enormous computing capability. This platform and D-Wave's quantum annealing technology are driving commercial deployment and helping businesses solve complex problems.

Face the “Harvest Now, Decrypt Later” Threat

SuperQ stressed the urgency of Post-Quantum Cybersecurity. Conference experts warned against the “Harvest Now, Decrypt Later” (HNDL) strategy, in which nation-states and cybercriminal syndicates intercept encrypted data now to decrypt it when quantum computers reach sufficient power, known as “Q-Day”.

Beveridge warned of the cryptographic infrastructure's serious threats. Data being collected for decryption includes:

Protocols and bitcoin private keys.

Traditional finance systems and health records.

Government communications and enterprise data

SuperPQC: A Defense-in-Depth Strategy

SuperQ highlighted its SuperPQC module, an end-to-end security suite that diagnoses and defends Web2 and Web3 systems, to address these concerns. The module has several crucial features:

Cryptographic Vulnerability Analysis: Finding obsolete network encryption.

Quantum-resistant email, VPNs, and digital signatures.

Network-Level Protection: NIST-approved data transit protection.

01 Quantum's IronCap technology strengthens this security technique. SuperQ's autonomous quantum optimization stack and PQC create secure-by-design pipelines that meet legal and data sovereignty requirements.

Quantum democratization: enterprises to consumers

The Super platform targets top research institutes and government agencies, but SuperQ's ChatQLM app targets broad usage. Known as the “ChatGPT of quantum,” ChatQLM aims to give clients quantum-enhanced decision-making to help with daily tasks.

Moreover, the company is expanding globally through “Super Hubs” strategic experience hubs in North America, Europe, the Middle East, and Asia. These centers act as a “software and accessibility layer,” easing technical and financial barriers to quantum commercialization for mid-sized enterprises.

Financial Growth and Corporate Stability

SuperQ just extended its warrants, showing confidence in its future. The corporation extended 3,903,796 common share purchase warrant expiration dates to 17 May 2026. The warrants were issued for private placements in 2023–2024.

This extension gives the company financial flexibility as it expands abroad. This update requires no action from warrant holders.

Mandate 2026: Quantum Readiness Year

The integrated SuperQ strategy matches changing worldwide regulations. Digital trust is changing rapidly owing to many factors:

Budget Increases: The Pentagon just allocated $15.1 billion for cyber, largely for quantum issues.

The EU has set 2026 deadlines for high-risk industries to switch to PQC.

Businesses are adopting quantum computing to address complex optimization difficulties.

D-Wave at Qubits 2026 Reveals Dual-Platform Future: Annealing Growth Rises as Gate-Model Launch Approaches

D-wave news

D-Wave Quantum Inc. announced many quantum computing game-changing innovations at Qubits 2026, its annual user conference. As the sole dual-platform provider, the business is accelerating the construction of its first commercial gate-model computer and growing its quantum annealing systems.

A Growing Interest in Annealing Quantum Computers

The conference's headline stats demonstrate rapidly rising commercial and research adoption. D-Wave's Advantage2 annealing quantum systems had 314% growth last year. This rise is due to the growing need for quantum solutions that may tackle difficult optimization problems better than classical methods.

Equally essential is D-Wave's hybrid technology. The nonlinear program solver, now termed the Stride hybrid solver, has seen 114% growth in use in six months. By combining quantum annealing with classical computing, these hybrid systems aim to solve problems that conventional computers cannot.

Machine Learning-Quantum Optimization Integration

The conference introduced the Stride hybrid solver, which integrates machine learning models directly into quantum optimization workflows. Businesses can now use “surrogate modeling” to bridge practical optimization and predictive analytics.

This enhancement has several practical uses, including:

Predictive industrial maintenance. Optimising ads and spike pricing. Management and scheduling of workers. Shipping and logistics. D-Wave intends to improve manufacturing & logistics and quantum AI results by using machine learning models to direct the quantum solver.

Scientific Advances: Quantum Dynamics Clarified

D-Wave introduced advanced qubit control methods like Multicolor Annealing and Fast-Reverse Anneal to researchers. These characteristics, which are only available to a few clients, enable researchers more precise control over the annealing process to study quantum state evolution.

Fast-Reverse Anneal lets researchers switch between annealing cycles while maintaining coherence in quantum-effect-rich regions. Repeatable control is needed to understand complex quantum processes. In the meantime, Multicolor Annealing allows controlled excitation and mid-anneal projection, which enable deep quantum phenomena study and algorithm prototyping.

The Gate-Model Accelerated Road

D-Wave has led the quantum annealing industry for years, but its gate-model roadmap is moving quickly. With the acquisition of Quantum Circuits, Inc., D-Wave plans to debut its first gate-model system in 2026.

The company claims to be the only one with the three required technologies for a scalable, error-corrected superconducting gate-model system:

Dual-Rail Qubits: These error-detecting, high-fidelity qubits could reduce the number of physical qubits needed per logical qubit by an order of magnitude. Scalable Cryogenic Control: Multi-chip superconducting packaging and on-chip cryogenic control use fewer I/O control lines to scale devices. Commercial-Grade Dependability: Long-lasting cryogenic systems. D-Wave Chief Development Officer Dr. Trevor Lanting said the dual-platform solution will “meet the full range of real-world computational demand”. He said the company is utilizing annealing to assist customers solve complex challenges and develop “industry-leading gate-model control architectures” of the future.

Growing Developer and Business Ecosystem

Beyond hardware, D-Wave is expanding its Leap quantum cloud service, which gives real-time access to quantum systems with 99.9% availability. The company's ecosystem includes the Ocean suite of open-source tools and the D-Wave Launch program, which helps organizations adopt quantum computing.

D-Wave calls itself the “practical quantum computing company” because over 100 commercial, governmental, and research entities employ its technology. The company provides advanced computing, workforce scheduling, and public sector applications.

D-Wave Announces Qubits 2026 Quantum Computing User Conference

Quantum computing equipment, software, and services leader D-Wave Quantum Inc. (NYSE: QBTS) will hold its annual Qubits user conference in Boca Raton, Florida, on January 27 and 28, 2026. The first commercial quantum computing company is D-Wave.

The event highlights client success stories and D-Wave's award-winning quantum technology's capacity to solve problems beyond classical computing. Participants will hear from scientists, industry leaders, D-Wave executives, and customers.

At Qubits 2026, the company will unveil its latest product roadmap and advances in hybrid-quantum solvers, quantum AI, annealing, and gate-model quantum computing. The symposium will highlight the company's energy-efficient annealing quantum computers and hybrid-quantum solvers' demonstrable impact. D-Wave is the sole gate-model and annealing quantum computer developer.

D-Wave CEO Dr. Alan Baratz says the company 'continues to set the pace in quantum computing, delivering tangible effect for customers today while pushing technologies that will define the future'. He said Qubits 2026 will bring together the company's inventors and problem-solvers to highlight how “quantum’s promise is starting to transform the world”.

Program highlights and topics

One of the year's biggest quantum computing conferences, Qubits 2026, will bring together experts from around the world to discuss the fast-growing field. Case studies, live demos, and in-depth seminars will be supplemented by technical and business tracks.

Important topics will be covered:

D-Wave's strategy to outperform conventional systems and provide long-term and short-term customer value with scalable annealing, gate-model, and hybrid-quantum computing technologies. The company's superconducting quantum technology is famous. Hybrid-quantum technology's potential as an energy-efficient AI workflow accelerator.

Customer use cases showing how D-Wave technology solves computationally difficult problems in various industries. Supply chain, manufacturing, aerospace, life sciences, and AI are examples.

Applications in government and defence, emphasising quantum's role in radar detection, resource deployment, and logistics optimisation.

In modern HPC facilities, on-site quantum computing is becoming more important. D-Wave's Leap quantum cloud service or on-site quantum computers are the world's largest. Practical advise on launching quantum projects, including starting today with the D-Wave Launch program and its professional services staff. Customers use the company's quantum systems to tackle research, AI, and optimisation problems with over 200 million issues filed. Ocean SDK users can use the Ocean collection of open-source tools to construct quantum systems quickly. D-Wave Launch helps businesses implement quantum computing.

Important Speakers

Notable companies expected to present include Davidson Technologies, Lighthouse DIG, North Wales Police, Anduril, AT&T, and Unissant. Experts from Florida Atlantic University, Los Alamos National Laboratory, and Jülich Supercomputing Centre will also present.

Jeffrey “Skunk” Baxter, a Rock & Roll Hall of Famer and US government defence expert, will give the conference's keynote address. Baxter will discuss national security, technology, and music innovation.