IBM Acquires HRL Laboratories: Inside the Two-Track Quantum Computing Strategy

On July 23, 2026, IBM announced a definitive agreement to acquire HRL Laboratories, LLC — a private R&D lab jointly owned by Boeing and General Motors — in a deal that adds a second quantum hardware track (silicon-spin qubits) alongside IBM's existing superconducting qubit program . The financial terms were not disclosed, and the transaction is expected to close in Q4 2026, subject to regulatory approval . This move is a key execution step in IBM's broader, previously announced $10 billion quantum investment plan.

Why This Acquisition Matters for IBM's Quantum Roadmap

The acquisition marks a deliberate shift to a two-track quantum computing strategy. IBM will now simultaneously develop its existing superconducting transmon qubits and silicon-spin qubits through HRL's expertise . This dual-track approach is a longer-term play aimed at future fault-tolerant, scalable quantum systems, not a near-term product launch . Reuters described it as adding "a second pillar" to IBM's quantum efforts .

HRL's silicon-spin qubit technology could eventually prove more amenable to mass manufacturing using existing semiconductor fabrication processes, complementing IBM's roadmap toward large-scale error-corrected machines . Post-close, Boeing and GM will continue as partners with IBM on quantum applications .

Technologies and Capabilities HRL Brings

• Silicon-spin qubit engineering: HRL's core expertise is in electron-spin quantum circuits built on silicon, a fundamentally different qubit modality from IBM's superconducting circuits .
• Quantum sensing: HRL brings advanced quantum sensing capabilities, which IBM sees as a path to innovation and potential commercialization .
• Broader technical assets: HRL also holds valuable IP and expertise in advanced sensors, high-speed/high-power communications, electronics, advanced manufacturing, and materials science .
• Data center cooling IP: HRL's portfolio includes intellectual property in data center cooling technology .
• HRL's team and chip fabrication know-how will be integrated, with plans for HRL to start manufacturing chips at IBM's New York facility .

The Financial Picture: Undisclosed Price and Closing Timeline

• Purchase price: The financial terms of the acquisition were not disclosed by either party. IBM is acquiring HRL from Boeing and GM, which owned it as a joint venture .
• Expected close: The transaction is expected to close in the fourth quarter of 2026, pending regulatory reviews .
• Post-close relationship: Boeing and GM will continue to partner with IBM on quantum applications and advanced technology development .

Context: IBM's $10B Quantum Investment and System Targets

On June 2, 2026, IBM announced plans to invest more than $10 billion in quantum computing over five years — one of the largest private-sector quantum commitments to date . The funding explicitly covers research and development, capital expenditure, manufacturing scale-up, ecosystem partnerships, and mergers and acquisitions (M&A) .

The HRL acquisition fits directly into this $10B plan. The investment directly supports IBM's roadmap to deliver two flagship fault-tolerant systems:

System	Target Year	Description
IBM Quantum Starling	2029	First large-scale, fault-tolerant quantum computer capable of ~100 million quantum operations
IBM Quantum Blue Jay	2033–2035	A next-generation system with substantially higher computational power; some sources cite 2033 , while others cite "around 2035"

Bringing silicon-spin qubit capability in-house accelerates IBM's path toward the fault-tolerant milestones that Starling and Blue Jay represent.

Key Uncertainty

The purchase price is undisclosed in all official sources, and the exact Blue Jay target date varies slightly between reports (2033 vs. ~2035). Otherwise, the core facts are consistent across Reuters, IBM's official PR, and multiple industry outlets.