If, officially, it is a question of reducing the administrative burden which slows down the marketing of already operational technologies, the announcement of Regulatory Innovation Office (RIO), which makes robotics and defense technologies a priority, is part of a more profound evolution of British doctrine, where regulation is no longer just a control framework, but must be a lever for industrial projection.
Regulation that has become a factor of competitiveness
The diagnosis made by the British government, widely shared in the deeptech ecosystem, is that the main obstacle to the industrialization of robotics is no longer the maturity of technologies, but the complexity of regulatory frameworks. Autonomous drones, inspection robots, surgical systems come up against an overlap of rules resulting from specific sectoral standards.
For an innovative company, this fragmentation translates into prolonged approval times and compliance costs that are difficult to absorb on the scale of a startup or scale-up. The RIO says it wants to streamline these pathways, removing redundancies and clarifying the responsibilities of different authorities, in order to reduce the regulatory uncertainty that still surrounds these technologies.
From precaution to controlled acceleration
For Liz Lloydminister responsible for the digital economy, the issue is explicit: “ Britain’s innovators should not be held back by unnecessary bureaucracy. We have world-class companies in robotics and defense technology, but regulation has not kept pace with their innovations. »
A situation which justifies, according to her, an update of the existing framework: “ We are updating the rules so they are relevant to modern technologies, removing barriers that prevent these businesses from growing and competing on a global scale. »
Regulation must no longer only regulate what exists, but allow the emergence and deployment of what is happening. The stated objective is twofold: shorten the time-to-market and strengthen the attractiveness of the region for manufacturers and investors alike. The government puts forward a figure of £150 billion of potential value to the UK economy linked to increased adoption of robotics.
Defense: accelerate without hiding the issues
The second pillar of this strategy concerns defense technologies. For Luke PollardMinister responsible for preparation and the defense industry, regulatory simplification is part of a clear political commitment: “ When we said we would make it easier for defense companies to innovate, we meant it. »
According to him, the reduction of administrative burden is directly in line with the orientations of the British Strategic Defense Review, with the objective of “ quickly provide the armed forces with the equipment they need “. Beyond the operational dimension, it is also about positioning the country sustainably in defense tech: “ We want to make the UK one of the best countries in the world to start and grow a defense business, making the sector an engine of growth in every region and nation across the country. »
Faced with increasing tensions, the priority is to reduce the gap between civil innovation and military deployment.
A brief reading of the European situation
The British approach acts as a revealer of European hesitations. By making regulation a marker of identity, the EU has gradually built a dense, fragmented normative system that is difficult to understand for emerging players. Thus the proliferation of frameworks, agencies and national interpretations produces a paradoxical effect: where the rule should secure innovation, it often slows down industrialization, in particular for transversal technologies such as robotics or artificial intelligence.
With this turnaround, the United Kingdom assumes a more strategic reading of the role of the standard, which directly questions the capacity of the European framework to support, and not only supervise, the rise of its own technological champions. A change in strategy that deserves to be studied, as it makes regulation an instrument of industrial projection. How can we remain a power of innovation in a world where speed of deployment becomes a decisive strategic advantage?
