Plans to automate error correction and quantum–classical integration in stages, aiming for a unified development environment from Helios to Apollo (planned 2029).
Quantinuum’s Q3 2026 revenue increased to $9.1 million. The company raised its full-year outlook while reporting a GAAP net loss of $118 million.
Qblox and HPE will collaborate on developing a classical–quantum hybrid platform, using an integrated testbed to evaluate interoperability and system-level performance.
PsiQuantum has received a conditional loan commitment of up to $150 million from the U.S. Department of Defense (referred to in the announcement as the Department of War). The funds are intended to expand U.S.-based prototyping, manufacturing, and system-integration capabilities.
Quarterly results for six leading quantum-computing companies concentrate in early November 2026. This roundup lists announcement dates for Quantinuum, IQM, QCi, D-Wave, Rigetti and Xanadu, and explains key points to watch such as revenue, orders and cash positions.
Quantinuum recorded five logical errors per one million operations on its trapped‑ion quantum computer Helios using the color code.
IonQ has advanced to Stage C of DARPA’s Quantum Benchmarking Initiative. Multiple generations of Superion will undergo independent evaluation through 2029.
A neutral-atom approach to utility-scale quantum computing will undergo independent verification by DARPA.
Quantinuum and the University of Western Australia have signed an MOU on developing quantum talent and industry use cases. They plan to provide cloud access to quantum infrastructure, including Helios.
Competition in quantum computing won’t be decided by QPU performance alone. As QEC, real‑time control, and hybrid computation increase the need for low‑latency feedback between QPUs and classical systems, NVIDIA is expanding an integrated stack around CUDA‑Q and NVQLink, while AMD and Xanadu counter with the open heterogeneous platform Backline. Will QPU vendors or platform companies that bind QPUs together lead the quantum computing infrastructure?
Pasqal’s H1 2026 revenue rose 14% year‑on‑year to €4.9 million. The company also reported deployments of neutral‑atom quantum computers and progress such as a 1,024‑atom register.
Independent evaluation of 36 quantum industry companies across technology, business results, QEC, manufacturing capability, customers and revenue. The Autumn 2026 edition adds nine firms — including Quantum Machines, Bluefors, Qblox and Riverlane — and analyzes ranking shifts since the summer edition and changing competitive axes in the quantum industry.
Analyzes the attractions and challenges of the Japanese market from the perspective of foreign quantum vendors, covering government procurement, trading houses, PoC, investments, and M&A as go-to-market strategies.
Xanadu and ASML will jointly investigate lithography processes for photonic quantum hardware, aiming to suppress line-edge roughness and reduce optical loss.
To scale trapped‑ion quantum computers, the company will strengthen R&D and US domestic manufacturing of ion traps, control electronics, and optical components.
They will consider selecting industry use cases, comparing quantum approaches, and collaborating on fault‑tolerant quantum computing research.
RIKEN’s JHPC-quantum has adopted QunaSys’ development kit. The environment will link HPCs such as Fugaku with IBM and Quantinuum quantum computers.
They jointly developed two foundational algorithms targeting large-matrix CAE computations to reduce quantum processing workload and improve calculation accuracy.
Quantum companies’ revenues are growing, but their sources vary widely — hardware sales, government contracts, PoCs, cloud usage, quantum sensing, and more. By examining major firms’ revenue structures, we can better gauge the current state of quantum computer commercialization.
The two companies have begun joint development of a hardware foundation for future Quantinuum quantum systems, aimed at enhancing modularity, manufacturability, and scalability.
Quantinuum reported $8 million in revenue for Q2 2026. While GAAP net loss widened, the company also disclosed Helios’ logical fidelity and partnerships with Oracle.
Quantinuum will install its trapped-ion quantum computer Helios in OCI, offering a hybrid computing environment that combines HPC and GPUs with quantum processing.
Qubit counts and funding alone don’t tell the whole story. Quantum Index’s editorial team gave independent 3–5 year outlooks for 29 leading domestic and international quantum-related companies, evaluating technical feasibility, distance to commercialization, revenue, customer base, and more.
Three studies reported methods for assessing the reliability of quantum computations in regimes where classical computation cannot reproduce the answers, using space–time codes, error mitigation, and multiple quantum machines.