Quantum computing may sound like a technology reserved for scientists and large technology companies, but recent federal investments suggest it is becoming increasingly relevant to the government contracting community. 

The latest development: IBM has finalized a $1 billion award from the U.S. Department of Commerce to support research and development at a new U.S.-based quantum chip foundry. The facility, known as Anderon, is being developed to manufacture specialized quantum computing wafers and help expand the domestic quantum technology supply chain. 

The IBM announcement is part of a much larger federal effort. In May 2026, the U.S. Department of Commerce announced $2.013 billion in planned CHIPS and Science Act incentives for nine companies across the quantum computing and manufacturing ecosystem, including IBM, GlobalFoundries, D-Wave, Quantinuum, PsiQuantum and other emerging quantum technology companies. 

First, What Exactly Is Quantum Computing? 

In simple terms, a quantum computer is a fundamentally different type of computer. Today's computers process information using bits, which represent either a 0 or a 1. Quantum computers use qubits, which can take advantage of unusual properties of quantum physics to process certain types of problems in ways that conventional computers cannot.

That does not mean a quantum computer will replace the laptop or server sitting on your desk. Instead, quantum computers are being developed to tackle certain extremely complicated problems—such as modeling molecules and materials, optimizing complex systems and addressing some problems in cryptography—that could be difficult or impractical for conventional computers.

The technology is still developing, and significant technical challenges remain. But the federal government is treating quantum computing as an important emerging technology with potential national security and economic implications. 

What Does This Mean for Government Contractors? 

For government contractors, the opportunity may not be in building a quantum computer. Instead, opportunities could develop throughout the supporting ecosystem. As federal investment grows, contractors with capabilities in areas such as cybersecurity, software development, engineering, testing, advanced manufacturing, cloud computing, data analytics, systems integration and technical consulting may find opportunities to support larger prime contractors, research organizations and federal agencies. 

For example, Defense Advanced Research Projects Agency (DARPA) continues to actively engage industry on quantum technology.  Its Quantum Benchmarking Initiative is examining approaches to developing utility-scale, fault-tolerant quantum computing, including independent verification and validation. DARPA specifically encourages participation from traditional defense contractors, corporations and startups, and maintains resources for small businesses interested in its programs. 

For contractors looking for potential business-development opportunities, this makes quantum technology worth monitoring—not necessarily because every company needs to become a quantum computing company, but because new technology programs often create requirements for a much broader network of supporting contractors and suppliers. 

DARPA is a U.S. Department of Defense agency that funds and manages high-risk, high-payoff research intended to develop technologies that could provide major advantages for national security. For government contractors, DARPA is relevant because it works directly with industry, universities, startups, and research organizations to develop emerging technologies. 

There Is Also a Cybersecurity Side to the Story 

Quantum computing presents an opportunity, but it also creates a cybersecurity issue that government contractors should understand. A sufficiently powerful quantum computer could eventually threaten some of the encryption methods currently used to protect sensitive information. This is why the federal government and cybersecurity community are already working on post-quantum cryptography (PQC)—security methods designed to withstand attacks from future quantum computers. 

National Institute of Standards and Technology (NIST) has already finalized three federal post-quantum cryptography standards and is encouraging organizations to begin transitioning to quantum-resistant technology. NIST notes that the transition can take years because organizations must identify where vulnerable cryptography is being used and update systems, products and services accordingly. 

For government contractors, this is an important distinction: you do not need to operate a quantum computer for quantum technology to affect your business. 

Contractors that maintain federal systems, develop software, manage sensitive information or provide cybersecurity services may eventually need to address quantum-resistant encryption as part of their technology and security planning. 

What Should Contractors Do Now? 

There is no need for most small and midsize contractors to make major investments in quantum computing today. A more practical approach is to begin monitoring the technology and understanding where it could intersect with your business. Consider: 

• Monitor federal opportunities. Watch agencies such as DARPA, NIST, NSF and the Department of Defense for quantum-related solicitations, research programs and technology-transition opportunities. 

• Look beyond the prime contract. Quantum initiatives will require suppliers, cybersecurity companies, engineers, software developers, testing organizations and other specialized service providers. 

• Talk with your technology partners. Ask whether the systems and products you rely on have a plan for transitioning to post-quantum cryptography. 

• Assess long-term data protection. Information that must remain confidential for many years may warrant particular attention to emerging quantum-related risks. 

• Build awareness internally. Even if quantum computing is not part of your current contract portfolio, understanding the technology can help identify future teaming and subcontracting opportunities. 

The federal government's growing investment in quantum computing signals that the technology is moving from primarily academic research toward a broader national technology and industrial strategy. For government contractors, the takeaway is not that quantum computing is about to transform every federal program.

Rather, the supporting ecosystem is beginning to take shape—and contractors that understand where their existing capabilities fit may be better positioned to recognize opportunities as they emerge. The quantum era is still developing. But for companies serving the federal government, it is a technology worth having on the radar now. 

Resources for government contractors include: 

• DARPA Industry Opportunities: DARPA provides information on current opportunities, including Broad Agency Announcements, Requests for Proposals and Requests for Information, as well as resources for small businesses. 

• DARPA Quantum Benchmarking Initiative: Current quantum-related research and technology-development opportunities can be monitored through DARPA's Quantum Benchmarking Initiative. The initiative is examining whether utility-scale quantum computing can become practical and is currently soliciting participation in several areas. 

• NIST Post-Quantum Cryptography: NIST's resources explain the new quantum-resistant cryptography standards and provide guidance for organizations planning their transition. NIST recommends that organizations begin preparing for migration to post-quantum cryptography. 

• National Quantum Initiative: Quantum.gov provides information on federal quantum research, programs and initiatives across the government, including activities involving quantum computing, networking and sensing.