The thing about progress is that it happens incrementally. When you are positioned inside an industry, watching each technical milestone and announcement as it happens, it can be difficult to quantify the momentum of change. But step outside the day-to-day progression, and it becomes much easier to see just how much distance has been covered in recent years.
The conversations happening across quantum technology today, especially as they relate to quantum computing, are materially different from those we were having just two years ago.
Where conversations once felt singularly focused on engineering challenges, we are increasingly asking different questions. What makes a meaningful partnership or proof of concept? How do we quantify where quantum should be used and where it shouldn’t? When working with a potential end user, have we accurately identified the team that needs to be involved in conversations about quantum? How will these systems ultimately fit into data centers and existing computing environments?
We are not at the end of quantum’s engineering era. That journey is still long and arduous. But we are at the beginning of its first commercial one.
The Questions are Getting Bigger
Qubit counts and fidelities have long been the cream of the crop when it comes to messaging for QPU providers. Make no mistake; these metrics remain important. Companies need to demonstrate technical progress against their roadmaps, and increasingly, show how that progress leads toward scalable systems. Where technical metrics once dominated the story of progress, they are now considered alongside additional commercial evidence.
Investors and other stakeholders are looking at meaningful partnerships, ideally involving end users. They want to see where something has actually been done and not simply ideated around. Potential customers want to understand where quantum fits into their workflows, what problem it addresses, and what integrating it might eventually require.
A technical milestone cannot simply represent progress for the sake of progress. There needs to be significance behind it. There should be published research or strong evidence supporting the claim, a connection to the longer-term roadmap, and an explanation of what the achievement makes possible that could have been done before.
Building the Foundations of a Market
This is happening because we are beginning to think beyond individual quantum systems and around the infrastructure and ecosystems that will eventually surround them.
How will quantum computers be implemented into data centers? Which parts of a computational workflow do we expect quantum to own? What remains classical? What do future scaling requirements look like? Which companies need to work together to make those systems viable? Even determining who within an enterprise should engage with quantum companies is an important commercialization question.
These might sound like challenges for later, once sufficiently powerful quantum computers arrive. But the decisions being made now will help determine what the future quantum market looks like. We are laying foundations for an industry as a whole, and we need to do so intentionally.
That includes becoming more rigorous about where quantum provides value. Not every computational problem needs a quantum solution, and credible commercialization requires being willing to distinguish between problems where quantum has a meaningful potential role and those where classical approaches remain the better option. Knowing where quantum should not be used is becoming just as important as identifying where it should. The industry becomes stronger when we can make that distinction.
Technical Progress Still Needs Translation
There is another consequence of this transition – the way companies communicate progress has to evolve alongside the technology.
Quantum is not becoming easier to explain. We now have increasingly sophisticated discussions around topics such as error correction, logical qubits, heterogeneous architectures, hybrid workflows, and benchmarking. Different modalities have different strengths and scaling requirements. The technology is becoming more nuanced at exactly the moment we need more people outside the immediate quantum community to understand why it matters.
That makes strong communication even more paramount. And it must be intentional, providing enough evidence and context for different audiences to understand its significance. A technical audience may want to interrogate the methodology behind a result. An investor may want to understand how it changes a company’s roadmap. A prospective customer may care about what it means for a particular application. A journalist needs to understand why this result is different from the dozens of other quantum announcements crossing their desk.
And increasingly, there is value in getting outside the purely quantum news cycle altogether. Earning a headline in mainstream technology or business media requires genuine differentiation, valid proof points, and a clear answer to a deceptively simple question: Why should someone outside quantum care?
Research, technical content, and thought leadership can provide the depth required to understand a company’s approach and perspective. PR can place individual achievements into a broader industry conversation and establish external credibility. Neither substitutes for substantive progress, but they do make progress legible to the people who will eventually invest in, partner with, build with, and buy from these companies.
Building the Next Commercial Chapter
In quantum’s next commercial chapter, extraordinary engineering cannot be the singular focus. Progress must happen across more dimensions. We need to continue solving difficult engineering problems while building the infrastructure and partnerships that allow quantum technologies to exist within a much larger computing ecosystem. We need stronger ways to determine where quantum provides meaningful value, and the evidence to support those decisions. And we need to make that progress understandable to audiences well beyond the people building the technology.
In this way, momentum is defined by what is enabled. A partnership matters, but what comes from it? A proof of concept becomes more valuable when it provides evidence that can inform the next implementation. Communication plays an important role in connecting these individual pieces into a comprehensive picture of where a company is going.
The companies that will own this next chapter will be those that can demonstrate where they are going, provide evidence that they are getting there, and make clear why each step along the way matters. The foundations of our quantum market are being laid now, long before the technology reaches its ultimate destination.
The foundations of our quantum market are being laid now, and the decisions we make in this chapter will determine what kind of market is there at the end.
