The build–partner–acquire question.
Every strategic technology forces a resource-allocation question on the board. Quantum makes it unusually sharp because the scarce input — people — is in demand from every direction at once.
Every strategic technology forces a resource-allocation question on the board: does the company build, partner, acquire, or wait? Quantum makes the question unusually sharp, because the scarce input — people who genuinely understand quantum technology well enough to do useful work — is in demand from national laboratories, a handful of well-funded startups, the largest cloud and software companies, and a small number of research universities. The pond is already thin, and it is being fished by everyone at once.
A. The Capital Picture
Venture capital into quantum has set successive records. Per the MIT Quantum Index Report 2025, quantum-computing companies raised roughly $1.6 billion in publicly announced investment in 2024, with quantum-software companies raising a further $621 million. By September 2025, total equity funding had reached $3.77 billion year-to-date. JPMorgan's 2025 $10 billion strategic-technology investment program named quantum computing one of over two dozen targeted sub-sectors — a major signal for the global financial system that quantum has finally moved from “frontier” to fundable. Public-market quantum stocks (IonQ, Rigetti, D-Wave) have seen volatility as they rise and fall with each major announcement, which tells a board less about the underlying science than about global economic factors and how much retail and speculative capital is now chasing it.
B. The Talent Picture
Specialists with doctoral-level training in quantum science capable of working on real engineering problems — as distinct from pure theoretical research — number in the low thousands globally. Recent industry analysis of quantum error correction, arguably the most critical near-term bottleneck, identifies only 1,800 to 2,200 such specialists worldwide. Senior quantum researchers at major cloud providers and hardware companies now command total compensation well into six figures and up depending on the sector.
For the board, this reframes the build-partner-acquire decision. Pure build is realistic only for the handful of companies willing to compete with hyperscalers on compensation. Pure acquire has become more accessible as smaller quantum software and algorithm companies have reached scale, but it carries the usual integration and retention risk multiplied by the thin market for replacement talent. Direct partnership with hardware providers or third-party marketplaces such as the IBM Quantum Network, Amazon Braket, or Microsoft Azure Quantum are the current dominant options — and reasonably so.
C. The Governance Implications
Three questions belong in the board's next technology-committee discussion:
- Which posture are we in, and is it deliberate? Build, partner, acquire, or wait — each is defensible; aimless drift is not. The committee should be able to state the posture in one sentence and describe the review cadence for reconsidering it.
- With whom are we partnering and on what terms? Cloud-based quantum access (IBM, AWS, Azure, Google) is commodity infrastructure; custom algorithm work or co-development is strategic. The contract terms differ substantially, and the IP allocation in co-development is worth extra-legal review.
- If we are not building, how are we retaining option value? Companies that have decided not to build quantum compute internally still need flexibility to break out and accelerate without starting from zero. That typically means at least one accountable executive who maintains vendor relationships, tracks the field, and can brief the board as the situation evolves.
A board that can state its quantum posture in one sentence — and the cadence for revisiting it — is doing the work. A board that cannot is exposed.