Intel has announced a definitive agreement to acquire the Israeli company Classiq, a developer of quantum computing software. The parties have agreed on the key terms of the deal, which is expected to close in the first half of 2027 following regulatory approvals. Until then, Intel and Classiq will continue to operate as separate, independent companies. The strategic rationale behind the deal is to combine Classiq's automated quantum algorithm synthesis system with Intel's proprietary silicon spin qubit technologies and existing software stack, ultimately delivering an easy-to-use, fully functional quantum computing platform.
What Exactly Intel Gains with Classiq
Classiq offers a universal software platform that is agnostic to specific qubit types or hardware implementations. The high level of abstraction embedded in its architecture allows quantum computing to move beyond fragmented, manually developed circuits and application solutions, transforming it into a full-fledged computing platform. Classiq's client roster includes BMW and AT&T, which are provided with access to specialized AI-based tools that help evaluate the practical utility of quantum technologies for their business processes. Thus, Intel is acquiring not only code but also an established enterprise customer base already working with the platform.
Intel's Quantum Program: A Journey Since 2015
Intel's investments in quantum computing began back in 2015, and the company currently claims to be the only one capable of manufacturing qubit chips and complex cryogenic control systems at scale. This approach utilizes the equipment and manufacturing processes employed in traditional silicon semiconductor production. This fundamentally sets Intel's approach apart from many competitors in the quantum niche: the company relies on established industrial lines rather than laboratory setups. The new asset in Classiq directly fills the missing software layer in this vertical.
Building a Fully Functional Platform
According to Intel's vision, the acquisition of Classiq will combine the company's software platform, scalable silicon spin qubit technology, and advanced semiconductor manufacturing expertise with Classiq's automated quantum algorithm synthesis platform. As a result, Intel transforms into a provider of comprehensive quantum solutions, gaining the ability to add quantum processing units (QPU) to its product portfolio alongside central processing units (CPU), graphics processing units (GPU), and application-specific integrated circuits (ASIC). At the same time, the company emphasizes that it views quantum technologies not as a complete replacement for traditional computers, but as a complement—working in tandem with classical computing infrastructure.
Open Ecosystem and Hardware Independence
Upon closing the deal, Intel intends to maintain support for Classiq's existing integrations across various platforms. The company will continue developing a software solution that is agnostic to specific qubit types and other hardware components. According to management, this approach will help maintain a collaborative, open software ecosystem for quantum systems. This is crucial to ensure the platform does not become a closed loop, remaining compatible with external hardware implementations and tools, thereby expanding the circle of potential partners and customers.
Timeline and Deal Terms
The transaction is expected to close in the first half of 2027, subject to regulatory approvals. Until then, Intel and Classiq will continue operating as separate, independent companies, allowing both parties to maintain operational stability and uninterrupted execution of ongoing client projects. For the industry, this signals that the formation of a full-fledged quantum computing sector is transitioning from fragmented experimentation into industrial integration, where software algorithm synthesis, qubit hardware, and manufacturing capacities are brought under one roof for the first time.
