Quantum Computing
Revolutionary computing technology leveraging quantum mechanics for exponential speedups in specific problem domains
Source: BCC Research. Figures checked October 21, 2026.
Market Overview
Market Size
$1.6B (2025). Source: BCC Research, Quantum Computing: Technologies and Global Markets to 2030.
Projection
$7.3B (2030) (2025-2030).
Scope and other estimates
Estimates vary widely with scope. BCC counts quantum computing vendor revenue only and excludes quantum cryptography. MarketsandMarkets puts the market at $3.52B in 2025, reaching $20.2B by 2030.
Description
Quantum processors, quantum software, quantum cryptography
Key Technology Segments
Quantum Processors
Hardware systems for quantum computation
Quantum Software
Algorithms and software platforms for quantum computing
Quantum Cryptography
Quantum-safe encryption and secure communication
Key Players and Research Institutions
IBM Quantum
enterpriseSuperconducting quantum processors and the Qiskit software stack, offered through IBM's cloud.
Public (NYSE: IBM)
Visit website →Google Quantum AI
enterpriseSuperconducting quantum processors, including the Willow chip, and quantum algorithms research.
Part of Alphabet (Nasdaq: GOOGL)
Visit website →IonQ
enterpriseTrapped-ion quantum computers. Took a controlling stake in ID Quantique and acquired Oxford Ionics in 2025.
Public (NYSE: IONQ)
Visit website →MIT
universityResearch institution with major quantum computing and quantum engineering programs.
Investment Trends
Investment in quantum technology start-ups, by year.
| Year | Amount |
|---|---|
| 2022 | $2.3B |
| 2023 | $1.3B |
| 2024 | $2.0B |
| 2025 | $12.6B |
Source: McKinsey (PitchBook data), Quantum Technology Monitor 2026. Covers all quantum-technology start-ups (more than 90% in quantum computing) and includes public-market and government funding. McKinsey revises earlier years between editions.
Commercialization Pathways
Licensing
high feasibilityQuantum algorithms and software are well-suited for licensing to enterprise customers and cloud providers.
Spinout
high feasibilityStrong investor interest and clear market applications make spinouts attractive for quantum computing innovations.
Partnership
high feasibilityStrategic partnerships with tech giants and cloud providers are common pathways to market.
Regulatory Considerations
- •Export controls on quantum technology
- •National security considerations
- •Data privacy regulations for quantum-safe encryption
Frequently Asked Questions
What is the market size for quantum computing?
BCC Research estimates market size at $1.6B (2025), reaching $7.3B (2030) (34.6% CAGR). Estimates vary widely with scope. BCC counts quantum computing vendor revenue only and excludes quantum cryptography. MarketsandMarkets puts the market at $3.52B in 2025, reaching $20.2B by 2030.
What are the main commercialization pathways for quantum computing?
The primary commercialization pathways include licensing, spinout, partnership. Spinouts are particularly viable given strong investor interest.
Which universities are leading in quantum computing research?
Leading universities in quantum computing include MIT, Stanford, Caltech, and others. These institutions have strong research programs and commercialization track records in this area.
What are the key technology segments in quantum computing?
Key technology segments include Quantum Processors, Quantum Software, Quantum Cryptography. These segments represent different areas of innovation and market opportunity within the broader quantum computing category.
Leading Universities
MIT
$1.1B R&D (FY2024) • 38 startups (FY2025)
Stanford
$1.6B R&D (FY2024) • 28 startups (FY2025)
Caltech
$445.2M R&D (FY2024) • 8 startups (FY2025)
Harvard
$1.5B R&D (FY2024) • 20 startups (FY2025)
Princeton
$558.6M R&D (FY2024)
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