Bill Tanner Editor

At Barcelona’ s Hospital del Mar, that challenge begins with something surprisingly ordinary: hospital beds. The hospital operates 11 surgical theatres but has only 15 post-anaesthesia recovery beds. Poorly coordinated procedures can overwhelm recovery capacity, leaving patients waiting and operating rooms underused.

Working with Qilimanjaro Quantum Tech, Hospital del Mar is exploring whether quantum optimisation could improve surgical scheduling. The CDTI-funded Q-CARE project explores practical applications beyond research laboratories( p14).

Technological sophistication means little without measurable improvements.

France’ s Bull is confronting that question from an industrial perspective. Its € 80 million redevelopment in Angers, including a building doubling production capacity, represents a significant investment in Europe’ s sovereign computing infrastructure.

As AI demand accelerates, Europe cannot depend indefinitely on overseas suppliers for the systems underpinning its digital economy. Manufacturing supercomputers, AI servers and advanced computing infrastructure domestically is becoming a strategic priority. Yet sovereignty requires more than political declarations. It demands factories, skilled workers, resilient supply chains and sustained investment( p24).

The same principle applies to Europe’ s quantum Internet ambitions.

The Quantum Internet Alliance has secured € 47.5 million to develop an integrated quantum networking prototype, combining hardware, software and communications infrastructure.

Its ambition to connect metropolitan quantum networks through long-distance fibre using quantum repeaters signals a transition from experimental components towards operational systems( p35).

But technological independence must not become an excuse for abandoning competition.

A report from the Body of European Regulators for Electronic Communications challenges the assumption that consolidation among telecommunications operators will automatically deliver stronger networks.

European consumers benefit from comparatively affordable broadband, supported by competition and regulatory oversight. Sacrificing that advantage in pursuit of larger operators could undermine the digital economy policymakers want to strengthen.

The question is whether existing market structures encourage sufficient investment in faster networks, wider coverage and nextgeneration connectivity( p18).

These developments expose four interconnected challenges: operational efficiency, industrial sovereignty, scientific integration and market competitiveness.

Europe possesses considerable scientific expertise, engineering capability and technological ambition. What remains uncertain is whether it can translate those strengths into commercial scale and sustainable competitive advantage.

Quantum computing must solve practical problems. Sovereign AI must become economically viable. Quantum networks must function beyond controlled experiments. Telecommunications investment must improve infrastructure without sacrificing affordability.

None of these objectives can be achieved through regulation, public funding or industrial consolidation alone.

Europe’ s next technology chapter will be judged less by the scale of its announcements than by the performance of what it builds.

The continent has spent years defining its digital future. Now comes the harder task of delivering it. www. intelligentcio. com

INTELLIGENT CIO EUROPE

3