IBM acquires HRL Laboratories to boost silicon-spin qubit quantum program
The deal brings HRL's spin-qubit and quantum-sensing expertise into IBM's expanding quantum portfolio, with Boeing and GM staying as partners.
By Ryan Merket · Published
Why it matters
IBM's purchase of HRL brings silicon‑spin qubit expertise in‑house, diversifying its quantum hardware roadmap and linking aerospace and automotive partners to its cloud‑based quantum services, a move that could accelerate commercial quantum applications and reshape the competitive landscape.
IBM signs definitive agreement to buy HRL Laboratories
IBM announced on July 23, 2026 that it has signed a definitive agreement to acquire HRL Laboratories, LLC – a private R&D institute jointly owned by Boeing and General Motors. The announcement was made in a press release on the IBM Newsroom site (source: IBM Newsroom) and states that both Boeing and GM will continue to partner with IBM on quantum applications and advanced‑technology development after the transaction closes.
HRL’s core competence lies in silicon‑spin qubits and quantum sensing. According to the release, HRL’s “advanced expertise in silicon‑spin qubit engineering will complement and extend IBM’s long‑term mission to scale increasingly powerful quantum computers.” The acquisition is presented as a way to broaden IBM’s quantum roadmap, which already centers on superconducting qubits but is explicitly adding spin‑qubit platforms as a credible scaling path.
“The HRL team will help IBM push even farther forward toward the frontiers of quantum innovation,” said Jay Gambetta, IBM’s Director of Research and IBM Fellow. Gambetta is a veteran quantum researcher who previously led IBM Quantum’s hardware efforts and helped define the company’s error‑correction strategy. His quote underscores that IBM sees HRL’s talent as a way to accelerate research across quantum computing, sensing, and networking.
HRL’s President and CEO Rob Vasquez added, “Joining IBM is the natural next chapter for what we have built at HRL…” He highlighted HRL’s decades‑long work for commercial and U.S. government customers and the opportunity to combine that work with IBM’s “world‑class talent” and advanced research infrastructure.
Strategic fit with IBM’s quantum vision
IBM’s public quantum roadmap targets a fault‑tolerant machine named Quantum Starling by 2029, projected to be 20,000 times more powerful than today’s devices and capable of 100 million quantum operations. A follow‑on system, Blue Jay, is slated for the mid‑2030s with a goal of a billion operations. Both systems rely on superconducting qubits, but the roadmap explicitly calls for “shared foundations” with silicon‑based technologies.
Silicon‑spin qubits offer two potential advantages: they can leverage existing CMOS manufacturing processes, and they may provide longer coherence times than superconducting circuits. By adding HRL’s expertise in spin‑qubit engineering, control electronics, cryogenics, and qubit packaging, IBM hopes to “offer new insights into how to best scale quantum computers into the next decade,” according to the press release.
The acquisition also dovetails with IBM’s Anderon wafer‑foundry – announced in May 2026 as the world’s first pure‑play quantum wafer foundry. Anderon, a standalone IBM subsidiary supported by the U.S. Department of Commerce, is intended to provide consistent, agile manufacturing for a range of quantum modalities. HRL’s spin‑qubit knowledge could feed directly into Anderon’s manufacturing pipelines, potentially enabling spin‑qubit production at scale.
Continued aerospace and automotive partnerships
HRL remains jointly owned by Boeing and General Motors, and the press release emphasizes that both firms will stay as partners after the deal closes. Boeing’s interest lies in quantum‑enhanced navigation and sensing for aerospace systems, while GM is exploring quantum‑accelerated materials design for next‑generation automotive components. By keeping those relationships intact, IBM positions the acquisition as a multi‑industry quantum hub rather than a purely internal R&D expansion.
Transaction terms and timeline
Financial terms were not disclosed. The acquisition is subject to customary closing conditions and regulatory approvals and is expected to close by the end of the third quarter of 2026.
What this means for the quantum ecosystem
IBM’s move signals a broader industry trend of consolidating quantum talent and intellectual property under a handful of large, vertically integrated players. Adding HRL’s spin‑qubit portfolio gives IBM a more diversified technology stack, potentially reducing the risk of betting solely on superconducting qubits. It also raises the stakes for rivals such as Google, Microsoft, and emerging Chinese players, each of which is pursuing its own multi‑modality strategy.
For investors and operators, the deal underscores IBM’s commitment of capital and engineering resources to quantum hardware – a sector that still sees modest revenue but promises multi‑decade upside. The continued involvement of aerospace and automotive giants suggests that commercial quantum use cases may materialize sooner than many forecasts, especially in navigation, defense, and advanced materials.
The acquisition is a clear bet that silicon‑spin qubits will become a core component of the next generation of quantum computers, and that IBM intends to own the end‑to‑end stack from wafer fabrication at Anderon to system integration and cloud access via IBM Quantum.