Quantum Computing

Disclosed U.S. defense funding for quantum computing reached an estimated $157 million to $188 million through October 11, 2026, driven by company-announced agreements associated with DARPA’s Quantum Benchmarking Initiative. The reported figures point to potential demand for verification, research hardware, and components, but are not equivalent to recorded obligations or an open procurement opportunity.

New Mexico and Fujitsu announced an October 8 collaboration to establish a quantum computing research center spanning hardware, software, algorithms, theory, and workforce development. No contract value, solicitation, or schedule was disclosed, but state grants of up to $200,000 and a reported $25 million Albuquerque quantum campus award point to potential research, technology, and workforce opportunities.

Intuitive Machines appointed former National Reconnaissance Office Director Christopher Scolese to its board following Michael Blitzer’s resignation, adding civil and national-security space experience as the company pursues commercial and government-facing growth. The announcement does not identify a new solicitation, contract award, or funding; references to a historical NRO contract and a 2027 summit provide market context only.

The Department of War is advancing the White House’s 2026 science and technology strategy through research modernization, STEM workforce development, and safeguards for defense-funded innovation. Its technology priorities and related federal investment signals may shape future demand, but the strategy itself is not a solicitation or contract award.

The Department of Defense announced about $350 million for quantum initiatives, including roughly $200 million for DARPA’s Quantum Benchmarking Initiative (QBI); a separate announcement outlined a conditional $150 million loan commitment to PsiQuantum. DARPA has advanced six quantum-computing makers, including IBM, Microsoft, and IonQ, but the announcements do not establish company-specific awards, immediate revenue, or new solicitation details.

Federal contractors are urged to prioritize ongoing readiness for post-quantum cryptography. Agencies should inventory cryptographic dependencies and be prepared to transition to NIST standards with a focus on crypto-agility.

Nvidia has announced a five-year investment of **$1 billion** to support U.S. scientific advancements in AI and quantum computing. This commitment will lead to the provision of at least seven supercomputers across national labs, indicating significant future procurement opportunities in the high-performance computing sector.

DARPA has advanced Atom Computing, Diraq, IBM, and IonQ to Stage C of the Quantum Benchmarking Initiative (QBI). This stage involves technical evaluations for utility-scale quantum systems, not guaranteed contract awards. IonQ disclosed an agreement for up to $300 million contingent on future appropriations.

Recent work by Oak Ridge National Laboratory, Cleveland Clinic, and IBM advances quantum computing for fusion materials. Though it highlights R&D needs for DOE's Genesis Mission, no immediate contracting opportunity is available, emphasizing emerging research directions.

The DOE has unveiled new capabilities to produce high-purity silicon and germanium precursor gases, essential for semiconductor and quantum computing industries. While details on contracts or solicitations are not provided, interested organizations are encouraged to engage with the DOE's National Isotope Development Center for potential collaborations.

The U.S. Department of Energy has deployed a 20-qubit IQM Quantum Computer at Oak Ridge National Laboratory. This deployment signals a significant federal investment aimed at enhancing quantum computing capabilities integrated with high-performance computing, paving the way for future software opportunities.

Classiq Technologies has released an executive guide identifying key capability areas in quantum software and development for government agencies, including the Department of Defense. While the guide outlines potential future demand, it does not establish immediate procurement requirements or funding priorities.

Microsoft has opened a new 15,000-square-foot quantum research facility in Maryland, allowing DARPA direct access to its quantum hardware for evaluation. This initiative is significant for contractors in the quantum computing space as it aligns with federal investments in advanced technologies.

The National Institute of Standards and Technology is accelerating post-quantum cryptography (PQC) standards to strengthen cybersecurity across critical sectors. This effort opens significant procurement opportunities for vendors offering quantum-safe technologies and cryptographic solutions as federal agencies move towards these new standards.

Virginia has attracted British quantum computing firm Phasecraft to establish its U.S. headquarters in Arlington. This move includes a $113,000 investment to create 19 new jobs, highlighting the state's commitment to supporting advanced technology sectors.

Taiwan is set to issue an RFP for a national hybrid quantum computer with at least 150 qubits. This procurement opportunity is aimed at technology firms specializing in quantum computing and cloud integration, suggesting a significant investment in Taiwan's tech infrastructure.

The U.S. Department of Commerce has awarded PsiQuantum a $100 million contract aimed at enhancing domestic quantum computing capabilities and semiconductor supply chains. This investment signifies a governmental push for stepped-up innovation in technology sectors critical for national security and economic resilience.

Taiwan's Chelpis is launching cutting-edge post-quantum cryptography solutions, addressing the critical need for quantum-resistant security in semiconductor technologies. With NIST's PQC standards shaping the procurement landscape, agencies can leverage these advancements to future-proof equipment against quantum computing threats.

The General Services Administration is initiating a multi-year transition to quantum-resistant identity management systems. This effort includes updating current security frameworks and compliance standards, offering opportunities for vendors specializing in quantum-safe technologies as federal agencies seek to modernize by 2030.

Quantinuum is set to enhance its R&D presence in Albuquerque, driven by a $1.5 million investment from the State of New Mexico and the City of Albuquerque. This strategic move underlines Albuquerque's commitment to becoming a national hub for quantum technology, offering significant procurement opportunities for businesses aligned with this emerging sector.

The Department of Energy's Quantum Genesis initiative aims for a fault-tolerant quantum computer by 2028. This effort opens significant procurement opportunities in quantum technologies, including hardware, software, and research support services, as the National Quantum Initiative reauthorization sets the stage for coordinated national development in this innovative field.

ZeroTier has teamed up with Carahsoft to deliver its Quantum networking solution via the NASA SEWP V contract. This partnership enables federal agencies to improve their cybersecurity posture against quantum computing threats without significant infrastructure changes.

The National Institute of Standards and Technology (NIST) is spearheading a vital transition to post-quantum cryptography (PQC) across federal agencies. This shift indicates significant procurement opportunities for contractors who can provide quantum-resistant solutions as agencies prepare to upgrade their cybersecurity frameworks.

The U.S. Department of Energy has announced the Quantum Genesis program, aimed at developing fault-tolerant quantum computers by 2028. This initiative, including a $1.5 million grant to BlueQubit, creates substantial procurement opportunities in the quantum computing and AI sectors.

Florida State University has received leadership roles in four key projects under the DOE's Genesis Mission. This investment creates significant opportunities for contractors in the AI and quantum computing arenas, as federal funding for these technologies continues to grow.

DARPA has expanded its partnership with PsiQuantum by awarding a $125 million contract under the Quantum Benchmarking Initiative. This contract aims to advance the testing and infrastructure for utility-scale quantum computing, underscoring the federal government's significant investment in maintaining leadership in this critical technology.

The NSA and DEVCOM have launched the Quantum Ecosystem Advancement, Growth, and Leadership (QuantumEAGLe) initiative to enhance domestic quantum technology. This inter-agency program is pivotal for contractors focused on quantum computing and supply chains, emphasizing industry collaboration and innovative algorithm development.

President Trump's executive order mandates federal agencies to adopt quantum-resistant encryption by December 31, 2030. This initiative requires significant changes in contracting practices, creating new opportunities for cybersecurity vendors specializing in cryptographic solutions.

A recent executive order mandates federal agencies to adopt post-quantum cryptography by 2030-2031, significantly impacting federal contractors. Procurement rules will now include compliance with these new requirements, promising to reshape the contracting landscape for cybersecurity and IT solutions.

The White House has issued an executive order mandating federal agencies to develop a roadmap for post-quantum cryptography. This initiative indicates a growing emphasis on securing digital infrastructure against quantum computing risks and provides ample procurement opportunities for firms specializing in quantum-resistant solutions.

QuSecure has appointed Eman Blair, a former CIA intelligence officer, to its advisory board. This appointment underscores the urgency for federal agencies to adopt post-quantum cryptographic solutions, signaling expanded procurement opportunities in this domain as agencies focus on safeguarding systems against quantum threats.

NIST has advanced nine digital signature algorithms to the third round of its PQC standardization. This is crucial as it impacts future procurement requirements for federal cybersecurity and cryptographic services, encouraging contractors to align with these evolving standards.

IBM's recent $10 billion investment aims to advance quantum computing technology, potentially transforming procurement for government and industry sectors. This strategic commitment opens significant avenues for federal agencies anticipating increased demand for quantum solutions and collaborations in hardware and software development.

The U.S. Department of Commerce has awarded a **$1 billion** contract to **IBM** to establish the nation’s first dedicated quantum chip foundry in Albany, NY. This significant investment, under the **CHIPS Act**, promotes U.S. leadership in quantum technology and semiconductor innovation, with implications for suppliers in the tech sector.

Governor Maura Healey announced a $25 million initiative to support the construction of a Quantum Systems Laboratory at MIT. This funding will enhance collaboration in quantum research and create significant procurement opportunities for contractors in high-tech lab construction.

The U.S. Department of Commerce is set to award **$2.013 billion** under the CHIPS Act to support nine quantum computing companies. This significant investment aims to enhance domestic manufacturing capabilities and fortify U.S. leadership in quantum technologies, opening new procurement opportunities in a strategic technology sector.

The U.S. Air Force has awarded a Direct-to-Phase II SBIR contract to Icarus Quantum for developing high-efficiency entangled photon sources. This initiative, aimed at enhancing quantum computing and secure communications, reflects a strategic investment in quantum technology and offers significant business opportunities for contractors in this emerging field.

Washington Governor Bob Ferguson has allocated **$500,000** to support IonQ's quantum computing facility in Bothell. This investment is expected to create up to **2,000 jobs** over five years, reflecting a commitment to advanced manufacturing and technology in the state.