Talking about the technological future of the Basque Country today is no longer just about looking at a single trend. The real change lies in the convergence of three major drivers: quantum technologies, artificial intelligence, and microelectronics. We are not dealing with a collection of parallel innovations, but with a new material foundation for competitiveness. And that changes the conversation.
Because when these three layers begin to reinforce one another, the challenges cease to be purely technological. They also become industrial, institutional, and strategic. The question is no longer simply whether the Basque Country will participate in this new wave, but from what position it will do so: as a latecomer adopting technologies developed elsewhere, or as a region capable of integrating, adapting, and transforming those capabilities into its own industrial value. The diagnosis is clear: how these challenges are addressed in the short and medium term will determine the Basque Country’s ability to maintain its position as an advanced industrial region in Europe.
The five challenges ahead of us
1. Moving from technology adoption to operational sovereignty
One of the most significant changes brought about by this new phase is the shift from a mindset of passive adoption to one of operational sovereignty. This does not mean manufacturing everything locally or striving for unrealistic self-sufficiency. It means something more practical and strategic: controlling the critical nodes where dependence or autonomy is determined. We’re talking about systems architecture, hardware-software integration, scalability, security, and technology lifecycle management.
In the field of artificial intelligence, this translates into very specific questions: which chips power these systems, how they are integrated into embedded environments, which latency or power consumption criteria are prioritized, and how these solutions evolve over time.
In quantum computing, this means avoiding being tied to a single external roadmap and being able to manage the integration of computing, sensors, communications, and security.
In microelectronics, this involves building design, prototyping, and validation capabilities tailored to the real needs of the manufacturing sector. Sovereignty, understood in this way, is not an abstract slogan: it is a prerequisite for industrial resilience.
2. Transforming unique infrastructure into applied industry
Another major risk for any region is confusing advanced infrastructure with real impact. Simply having cutting-edge technological assets does not in itself guarantee economic transformation. Value emerges when that infrastructure ceases to be isolated and becomes a catalyst for services, products, applications, and industrial capabilities.
This challenge is clearly evident in quantum computing. It is not enough to simply accumulate hardware or scientific capabilities if there is no system in place to enable the deployment of real-world use cases in optimization, simulation, diagnostics, control, or industrial monitoring.
In AI, the challenge is to bring algorithmic power to critical physical systems. And in microelectronics, the goal is to enable the scaling of these solutions so they can be industrialized. This requires effective technology transfer—understood not as a linear chain between research and industry, but as a continuous interaction between knowledge, the market, and specific needs.
3. Embracing integration as a competitive advantage
The Basque Country cannot compete with major international hubs in terms of investment scale or infrastructure capacity. Nor does it likely need to. Its potential advantage lies elsewhere: in its capacity for technological integration, the close relationship between industry and technology, and its ability to quickly turn knowledge into practical solutions.
The convergence of quantum technology, AI, and microelectronics requires coordination among disciplines, companies, technology centers, and institutions. And in this regard, the Basque Country has a strong foundation: a dense industrial base, a well-established network of technology centers, and a tradition of public-private cooperation that not all regions possess. The key lies in transforming that density into an explicit strategy that prioritizes integration over fragmentation and application over mere technological demonstration. If that happens, the Basque Country can position itself not as a mass producer of technology, but as a leading hub for advanced industrial solutions that can be exported to other European contexts.
4. Aligning talent, governance, and investment
The new technological landscape also requires us to look beyond the laboratory. The convergence of cutting-edge technologies accelerates innovation cycles, intensifies competition for talent, and increases the risk of duplication in the absence of clear governance. Even the best infrastructure loses its impact if there is no alignment between public policies, business strategies, educational systems, and regional initiatives.
This point ties directly into one of the major challenges already identified by the DOK Summit: the difficulty of attracting, training, and retaining professionals with digital and technological skills. The event’s background materials highlight a significant gap between the annual demand for professionals and the local capacity to produce them, making talent a central issue for the Basque Country’s competitiveness and well-being.
But it’s not just about quantity. We also need hybrid profiles, pathways linked to the real industry, and coordination structures that allow us to sustain medium- and long-term initiatives without rigidity.
In this context, technological sovereignty is also expressed as a collective capacity to set priorities, avoid overlaps, and act with strategic coherence.
5. Transforming the technology narrative into a European initiative
The final challenge concerns our role on the global stage. The Basque Country does not compete in isolation, but rather as part of the European ecosystem. The opportunity lies not only in accessing EU frameworks, funds, or partnerships, but also in helping to shape them with our own voice, grounded in real-world industrial experience.
Here lies a particularly powerful idea: the possibility of crafting a distinctive narrative based on an integrated technological triad, the primacy of applications over hardware, and sovereignty understood as the capacity for integration. This narrative could position the Basque Country as a testing ground for the industrialization of cutting-edge technologies, thereby strengthening its influence and its ability to attract talent and investment.
And that’s where DOK Summit fits in naturally. The event was created precisely as a forum to examine how the digital and green transition is affecting businesses, society, and public administration, linking global challenges with local solutions through a Basque technology ecosystem that aims to establish itself as a hub of knowledge and talent.
A conversation that can’t wait any longer
The big question is not whether quantum technology, artificial intelligence, and microelectronics will transform industrial competitiveness. That process is already underway. The real question is what role the Basque Country wants to play in that transformation.
It could simply adopt solutions developed elsewhere. Or it could leverage its industrial density, technological base, and tradition of cooperation to forge its own path—one that is more integrated, more applied, and more strategic.
Because in this new phase, the advantage will not lie solely in having access to technology, but in knowing how to manage it, integrate it, and turn it into real national capacity.
The new technological trio poses not only a technical challenge, but also an industrial and strategic one.
The Basque Country needs to make progress in operational sovereignty, technological integration, applied transfer, talent, and European positioning.
The advantage will not lie solely in accessing these technologies, but in knowing how to manage them and turn them into real national capacity.