IBM commits more than $10 billion to its quantum computing roadmap

HardwarePublished: June 2, 2026Updated: November 7, 2026By ITQA TeamIBM Quantum blog; GovConWire; Futurum Group

ibmquantum computinghardwareresearchinvestment

The commitment

On June 2, 2026, IBM announced it will invest more than $10 billion in quantum computing over the next five years. The money covers research and development, capital spending, manufacturing scale-up, ecosystem partnerships and strategic acquisitions. IBM says the aim is to move faster than its existing roadmap and to keep quantum leadership anchored in the United States.

The machines IBM is promising

IBM Quantum Starling (2029): described as the world's first large-scale, fault-tolerant quantum computer, designed to run 100 million quantum operations on 200 qubits.
IBM Quantum Blue Jay: a follow-on system designed for one billion operations on 2,000 qubits. IBM gave no delivery date in its FAQ.

Fault tolerance means the machine can correct its own errors while it computes, which is the main barrier between today's experimental devices and useful ones. Analysts quoted in coverage said IBM's progress will depend on how well it improves error correction.

Other parts of the plan

IBM also plans work on networking quantum computers, next-generation hardware, open-source software and supply chains, and it expects to create US jobs. Reports said the plan includes a quantum chip foundry called Anderon in Albany, New York, with $1 billion from IBM and a matching amount from the US Commerce Department. That detail came from secondary coverage, so check IBM's announcement for terms.

Where IBM stands today

IBM says it operates more than 90 quantum systems worldwide, used by more than 340 organizations, and that nearly 70% of quantum developers favor its Qiskit software. It points to applications such as protein simulation for medical research (including work with the Cleveland Clinic), energy-grid optimization and portfolio optimization in finance. IBM has also said partners could show practical quantum advantage, meaning a quantum machine beating classical computers on a real problem, during 2026, though such claims are often debated.

Why it matters

A pledge of this size from one company signals that quantum computing is being treated as an engineering and manufacturing project, not only as a research field. Rivals are also spending. See our report on Google's REPLIQA quantum biology program. Timelines of 2029 are targets, and quantum roadmaps have slipped before.