Intel Acquires Classiq to Commercialize Quantum Research
Intel has agreed to acquire Classiq, an Israeli quantum software company. Indeed, this acquisition signals a strategic shift for Intel, moving to commercialize over a decade of quantum research. Intel announced the deal on October 26, and during a media briefing, stated that it expected to close the transaction in the first half of 2027, pending regulatory approvals. This move is particularly noteworthy as Intel has historically kept its quantum program under wraps, treating it as pure research rather than a product line, and this marks the clearest indication yet of a changing approach.
Details of the Intel and Classiq Announcement
Meanwhile, Intel’s official announcement did not disclose a price. However, Bloomberg reported the deal at approximately $2.3 billion in cash and shares, though this figure remains unconfirmed until Intel or Classiq comment on the terms.
Specifically, here’s what the companies have confirmed:
- Intel will integrate its silicon spin-qubit processors, cryogenic control electronics, and existing software with Classiq’s algorithm synthesis platform, as detailed in Intel’s newsroom post.
- Intel plans to maintain Classiq’s software as hardware-agnostic, ensuring it continues to support competing quantum machines post-acquisition, the company confirmed on X.
- The acquisition is targeted for completion in the first half of 2027, subject to regulatory clearances in Europe, Asia, and the Americas.
- Classiq’s platform users include BMW, Lufthansa, Comcast, Wells Fargo, Merck, and Rolls-Royce, as stated by CEO Nir Minerbi during the briefing.
Intel did not provide a timeline for achieving profitability or for the widespread commercial shipment of useful quantum systems.
A Shift in Strategy
Pushkar Ranade, Intel’s chief technology officer, noted that for its first decade, the quantum group operated as a research and development project, not a commercial endeavor. Classiq provides a crucial missing piece for Intel: a development layer that enables programmers to define calculations without manually specifying every quantum gate.
Intel’s hardware will continue to focus on silicon spin qubits, which can be manufactured using much of the existing equipment in its Hillsboro, Oregon fabs. Ranade indicated that over 90% of the manufacturing gear is consistent with conventional chip production, and that Intel has already built several complete quantum systems. He cautioned that this would not be a high-margin business in its early stages, framing it as an investment in a future market.
On the demand side, businesses are already seeking quantum-era tools. Black Kite recently launched quantum-readiness scoring for third-party cyber risk, and Zcash developers have set a January target for quantum-resistant payments. These same customers, who are planning for quantum-aware security, are precisely those Classiq aims to serve with its quantum software development platform.
For further insights into Intel’s quantum roadmap and the enterprises preparing for it, follow QNews coverage of quantum computing and security.