Google CEO Sundar Pichai believes commercially viable quantum computing is just a few years away, a prediction that underscores why governments and enterprises are racing to prepare for this transformative technology. The UK government has just launched a new National Quantum Standards Network (QSN) with £10 million in funding, signaling that the race to harness quantum's potential is moving from laboratories into real-world applications.

What Is Quantum Computing and Why Should You Care?

Quantum computers operate on fundamentally different principles than the devices we use today. Instead of processing information as traditional ones and zeros, quantum computers use quantum bits, or "qubits," which can exist in multiple states simultaneously. This gives them the potential to solve certain types of problems exponentially faster than classical computers. Pichai's timeline suggests that this leap from theoretical to practical is closer than many realize.

The implications are staggering. The UK government estimates that quantum technology could add £212 billion to the UK economy by 2045 and create 100,000 jobs while boosting workforce productivity by 7% over the next two decades. That's not incremental progress; that's economic transformation.

Why Is the UK Creating a Quantum Standards Network?

The newly launched QSN, managed by the National Physical Laboratory (NPL), addresses a critical gap: there are currently no universally agreed-upon standards for quantum technologies. Without standards, different quantum computers and sensors won't be able to work together reliably, and enterprises won't know how to safely integrate quantum systems into their operations.

The network will coordinate standardization priorities across government, industry, and academia. This includes everything from the technical specifications of ultra-narrow lasers used to control qubits to the size, weight, and energy-efficiency requirements that ensure quantum sensors can be trusted against one another. The QSN is set to launch in the third quarter of 2026, following a pilot program that ran from 2023 to 2025.

"Standards are the backbone of responsible, scalable innovation. By coordinating expertise across the UK quantum ecosystem, the network will accelerate technology adoption, boost UK competitiveness, and support the safe and ethical development of quantum technologies," said Dr. Peter Thompson, at the National Physical Laboratory.

Dr. Peter Thompson, National Physical Laboratory

How to Prepare Your Organization for Quantum Computing

• Engage with standards development: Organizations should participate in or monitor the work of bodies like the QSN to understand emerging standards that will affect their industry and ensure their voice is heard in shaping those standards.
• Build quantum literacy: The QSN will create training resources and guidance to help UK companies and startups understand quantum standardization. Organizations should invest in educating their teams about quantum capabilities and limitations now, before the technology becomes mainstream.
• Plan for integration: Enterprises should begin assessing which of their current problems might be solved by quantum computers once the technology matures, and start planning how quantum systems might integrate with existing infrastructure.

The UK government has already committed substantial resources to this transition. Earlier this year, it announced a £2 billion investment in quantum technology, including £1.2 billion toward the procurement of large-scale quantum computers. This isn't speculative funding; it's a deliberate strategy to position the UK as a global leader in quantum innovation.

"Quantum could bring benefits to our society as significant as what we are seeing with AI, with the potential to deliver new medicines, better public services, and protect our finances," said science minister Lord Vallance.

Lord Vallance, UK Science Minister

The comparison to artificial intelligence is telling. Just as AI has moved from research labs to everyday applications in a matter of years, quantum is expected to follow a similar trajectory. Pichai's prediction that quantum computing will become commercially viable within years aligns with this accelerating timeline. The difference is that this time, governments and enterprises are preparing the infrastructure and standards in advance rather than scrambling to catch up after the breakthrough arrives.

The QSN represents a shift in how technology adoption happens. Rather than waiting for quantum computers to become powerful enough to solve real problems, the UK is building the collaborative frameworks and standardized specifications that will allow quantum technologies to scale securely and be trusted by enterprises across sectors. For organizations watching this space, the message is clear: the quantum era isn't a distant future anymore. It's a near-term reality that requires preparation today.