Japan’s next competitive advantage will belong to R&D willing to redesign
I recently spoke at an Everest Group event in Tokyo about the forces likely to shape high-performing Japanese enterprises in 2026 and beyond. What stood out to me in that discussion was not a lack of awareness – most senior leaders already understand that Artificial Intelligence (AI), deep tech, and geopolitical shifts are changing the environment. The bigger issue is that many organizations are still responding to these developments as if they were separate themes rather than parts of the same strategic change. In 2026, that will become a costly mistake.
Too many businesses are still mistaking motion for progress. They have pilots, innovation programs, external partnerships, and a running commentary about disruption. What they often do not have is a serious plan for redesign. That distinction matters. The next set of winners is unlikely to be defined by who experimented earliest. It will be defined by who had the discipline to turn technology, commercialization, infrastructure, and market access into a coherent operating model before competitors did.
This is important, especially in Japan because several shifts are now reinforcing one another. The country’s position in semiconductors, quantum, robotics, and space is strengthening at the same time that commercialization mechanisms are improving, international growth models are evolving, and compute and power are becoming more central to industrial strategy. Viewed individually, each of those developments is interesting; viewed together, they amount to a new competitive playbook.
Reach out to discuss this topic in depth.
Driving forces
Industrialization of frontier science. Japan has long had deep technical capability, but that hasn’t always translated into strategic advantage at scale. The signal notifying us of change now is the movement from isolated excellence toward connected platforms. Kumamoto is becoming a two-fab cluster by 2027, while Rapidus began 2nm pilot-line operations in 2025. Japan’s quantum strategy is targeting 10 million users and ¥50 trillion of output by 2030. The country still accounts for 38% of global robot output, and JAXA’s Space Strategy Fund is pushing space into a broader frontier-technology agenda. Together, these are signals that semiconductors, quantum, robotics, and space are beginning to operate as reinforcing stacks rather than standalone strengths.
That should change the agenda for Research & Development (R&D) and Innovation Leaders as well. For years, many teams were asked to scan the horizon, maintain technical credibility, and generate optionality. Those responsibilities still matter, but they are no longer enough. As frontier science becomes more industrial, the role of R&D shifts closer to platform choice, ecosystem shaping, and capability translation. Innovation leaders will be judged less by the novelty of what they surface and more by whether they can connect technical advances to operating leverage, supplier advantage, and future revenue pools.
Compression of the research-to-revenue cycle. Japan has not lacked for strong science. It has often struggled, however, to commercialize that science with enough speed and consistency. That is changing. Government ambition around startup investment has moved sharply, with a target of increasing from ¥820 billion in 2021 to ¥10 trillion by fiscal year 2027. More than 5,000 university research projects are being targeted for commercialization within five years, and the number of university startups reached a record 5,074 in 2024. Those figures suggest that the translation engine around the research base is getting stronger.
This is where many incumbents still underestimate what is coming. A faster path from research to market changes who gets to lead. It favors companies that know how to absorb external innovation, structure partnerships with intent, and move promising ideas through the organization without suffocating them in process. For R&D and innovation functions, that means the old divide between discovery and commercialization starts to break down. The strongest teams will help design the path to value from the outset. In practical terms, that means closer links to business units, stronger mechanisms for co-development, and a much sharper view of which ideas deserve scale capital and leadership attention.
Changing nature of globalization. For many Japanese companies, the older model was straightforward: build strength at home and extend it outward. That model is giving way to something more locally embedded and more collaborative. The number of Japanese affiliates overseas expecting profitability in 2025 stood at 66.5%, while 81.5% of Japanese firms in India plan expansion over the next one to two years. Japan’s Foreign Direct Investment (FDI) income is also more evenly distributed across the US, Europe, and Asia ex-China, suggesting a broader and more balanced earnings base.
The implication is that future international growth will depend less on reach alone and more on the ability to co-create in growth markets, closer to demand, with stronger local partnerships. That has a quiet but important consequence for innovation. It means R&D can no longer operate as though insight flows mainly outward from headquarters. In many industries, the next generation of product, service, and business-model innovation will come from being embedded in local ecosystems and learning from market conditions in real time. The companies that treat innovation as something exported from the center may still remain competent. Those that distribute innovation closer to growth markets will be better positioned to shape demand rather than react to it.
Compute and power. These two forces are rising together. Influence over the compute stack is becoming a source of industrial leverage, from silicon to qubits. Japan’s public support for AI and semiconductors is expected to reach ¥10 trillion through FY2030, with the intention of catalyzing more than ¥50 trillion in investment. RIKEN and Fujitsu are pursuing a path from a 256-qubit system toward a 1,000-qubit system targeted for 2026, while IBM Quantum System Two in Kobe, the first outside the US, is linked to Fugaku. At the same time, the energy side of the equation is becoming far more strategic. Japan attracted a record $31.6 billion in greenfield investment in 2024, with data-center projects especially prominent. Its 2040 power outlook points to renewables contributing 40–50% of generation and nuclear about 20%, while electricity demand rises again. The Kashiwazaki-Kariwa site alone has 8.212 GW of capacity, with Unit 6 restarted in January 2026.
R&D and innovation leaders should read these developments together. In the AI era, compute without power is theory, and power without strategic intent is just infrastructure. Cost, carbon profile, grid access, and proximity to advanced compute are all becoming more relevant to where future growth can be built. For innovation leaders, this means one more uncomfortable truth: experimentation is becoming more constrained by strategic inputs. The future R&D agenda will be shaped by access to compute, energy, talent, and ecosystem position. In other words, innovation is becoming more physical again.
When I look across these forces, I come to a fairly clear conclusion. The companies most likely to lead in 2026 and beyond will be the ones prepared to redesign around it. They will industrialize frontier science rather than admire it. They will shorten the path from invention to revenue rather than celebrate technical activity on its own. They will treat globalization as co-creation rather than extension. And they will make deliberate decisions about the compute and power stack required for future scale.
That was the core message I wanted to convey in Tokyo. Japan has many of the assets needed to shape the next period of competitive advantage. The more pressing question is whether enterprises are willing to respond with the seriousness that moment requires. In my view, 2026 will favor those prepared to make harder choices, align R&D and innovation more tightly to business architecture, and move before certainty becomes consensus.
If you enjoyed this blog, check out, Our convictions for R&D and Innovation in 2026 – Everest Group Research Portal, which delves deeper into another topic relating to R&D.
If you’d like to continue this discussion, please contact Richard Sear ([email protected]).