Intel strikes deal to buy Classiq for full-stack quantum push
Intel has agreed to acquire Classiq, combining spin-qubit hardware and software with Classiq’s quantum synthesis platform. Closing is expected in 1H 2027.
Intel says it has signed a definitive agreement to acquire quantum software company Classiq, in a move aimed at combining Classiq’s algorithm-synthesis tools with Intel’s quantum hardware and software efforts. According to the announcement, the transaction would give Intel a fuller quantum computing stack built around its silicon spin-qubit program, while keeping Classiq’s software interoperable across multiple hardware platforms. The deal is expected to close in the first half of 2027, subject to regulatory approvals and customary conditions.
What was announced
According to the announcement carried by The Quantum Insider, Intel plans to bring Classiq into its Quantum Computing Group to build what it describes as a full-stack quantum computing business. Classiq develops software that automates quantum circuit design, with the goal of letting users create applications without needing deep expertise in low-level circuit construction.
Intel framed the acquisition as a way to pair that higher-level abstraction layer with its own quantum hardware, manufacturing capabilities and existing software. Until the transaction closes, the two companies will continue to operate separately.
Intel chief executive officer Lip-Bu Tan said the transaction would turn Intel’s quantum unit into a full-stack business. Classiq co-founder and chief executive officer Nir Minerbi said the combined companies could help make quantum computing more practical and accessible.
The technical rationale
The announcement compares Classiq’s role in quantum computing to the role electronic design automation and computer-aided design software played in classical chip design: an abstraction layer that reduces dependence on hand-crafted, hardware-specific implementations.
Classiq’s platform is described as hardware-agnostic, allowing developers to work at a higher level than individual gate sequences or device-specific constraints. Intel says that capability complements its work in silicon spin qubits and cryogenic control electronics.
According to the announcement, Intel has been investing in quantum computing since 2015. The company says it can produce both qubit chips and complex cryogenic control electronics at scale using equipment and processes common to conventional silicon semiconductor manufacturing.
Intel also says the planned acquisition would let it add quantum processing units to a broader compute portfolio that already includes CPUs, GPUs and ASICs.
The deal terms
The companies disclosed that Intel has entered into a definitive agreement to acquire Classiq, but the announcement did not state a purchase price or other financial terms.
What is clear from the release is the intended operating model after closing: Intel says it plans to continue supporting Classiq’s existing multi-platform integrations and preserve a modality- and hardware-agnostic software offering. That point matters because Classiq’s value proposition has centered on abstracting across underlying qubit technologies rather than serving only one hardware architecture.
The deal remains pending. Intel said closing is expected in the first half of 2027 and is contingent on regulatory approvals and other customary closing conditions.
Why it matters
The proposed acquisition points to a commercial strategy that goes beyond isolated hardware development. For quantum computing companies, owning more of the stack can improve product integration, user experience and route-to-market planning. In this case, Intel is trying to link a high-level software environment to a hardware program based on silicon spin qubits and semiconductor manufacturing methods.
For Classiq, the transaction would place its software inside a much larger semiconductor company with established manufacturing and systems capabilities. For Intel, the acquisition could help translate a long-running quantum R&D effort into a platform story that is easier for developers and enterprise users to adopt.
What to watch
The first question is whether the acquisition closes on the stated timeline in the first half of 2027. The second is whether Intel follows through on its commitment to keep Classiq’s platform open to multiple quantum hardware backends.
Investors and technical users will also be watching how tightly Intel integrates Classiq’s synthesis tools with its own quantum software and spin-qubit roadmap, and whether that combination produces a clearer commercialization path than hardware-first strategies alone.
Sources
Facts on this page come from the sources below, retrieved by DesignQuantum.
- Intel to Acquire Classiq to Create a Full-stack Quantum Computing Platform thequantuminsider.com