The European Commission has proposed a Tech Sovereignty Package for public sector bodies, as business leaders use World Environment Day to highlight the environmental impact of rapid digital and AI expansion. Senior executives at Leaseweb UK, Epson UK and Iron Mountain say sovereignty and sustainability now sit at the centre of Europe's technology debate.
The proposal targets governments and public sector organisations that handle highly sensitive data. It is part of a broader European push to reduce dependence on non-EU infrastructure providers and keep control of strategic data flows within the bloc.
Supporters see it as a significant step in Europe's digital sovereignty agenda. The package is expected to influence procurement of cloud, data and security services across critical sectors in the coming years, and may shape how international providers structure infrastructure and legal arrangements for European workloads.
UK industry executives say the direction of travel is clear, pointing to a growing body of EU initiatives that combine industrial policy with regulatory measures on cloud, data localisation and cross-border data access.
Among them is the Important Projects of Common European Interest on Cloud Infrastructure and Services, or IPCEI-CIS. More than 100 organisations have signalled involvement in the programme, which focuses on European cloud infrastructure, services and research.
"The announcement from the European Union that its proposed 'Tech Sovereignty Package' will apply to governments and public sector organisations handling very sensitive data is a defining marker in the region's journey towards digital sovereignty and a fully independent European cloud. It addresses some of the most pressing data governance and privacy issues presented by the US CLOUD Act, although it is not a panacea for every scenario. It is essential that the UK and EU region together recognise the strategic value of securing and governing data within our borders, and we are now seeing more examples of how the EU is facilitating this in practice. There are more than 100 organisations already committed to the EU's Important Projects of Common European Interest on Cloud Infrastructure and Services program. This announcement further demonstrates that the region is taking a cohesive and coordinated approach to sovereignty, rather than a piecemeal or siloed effort. European sovereign cloud initiatives, such as the European Cloud Campus project, are gaining considerable momentum. As part of this project, Leaseweb is expanding its cloud infrastructure platform while actively engaging a developer and partner ecosystem across the region. This is an example of how European industry is moving from policy discussion to designing and implementing practical sovereign cloud infrastructure to support Europe's future data requirements," said Terry Storrar, Managing Director, Leaseweb UK.
World Environment Day has drawn further attention to the physical footprint of this digital shift. Executives say investment in AI, data centres and semiconductor production is colliding with pressure on energy systems and resources.
At Epson UK, sustainability leaders argue that environmental design must keep pace with AI and data buildout. They frame circularity as a practical discipline that can shape how products are conceived, manufactured and retired.
Examples across the wider Epson group include the use of recycled metal powders in industrial supply chains. Epson links these efforts to longer-term climate goals and a shift away from fossil-based and virgin inputs.
"As we mark World Environment Day on June 5, it is timely to reflect on how sustainability must evolve alongside technological progress. At Epson, we see first-hand how the rapid expansion of AI and data infrastructure is reshaping industrial priorities, with a shift towards mass consumption. While innovation is essential, it also increases demand for energy, water and finite raw materials. Data centres, semiconductor manufacturing and connected devices all rely on resource-intensive systems. If sustainability remains a downstream afterthought, we risk compounding these pressures. Sustainability must be viewed as part of a broader circular strategy. A fully circular economy may feel ambitious, but progress often begins with focused, practical steps. Designing products to be smaller and lighter reduces material use from the outset. Considering end of life during R&D helps close material loops. Extending product lifespans through repair, refurbishment and reuse keeps resources in circulation for longer. Incremental measures, scaled over time, can deliver meaningful impact. One example within our wider organisation is Epson Atmix, which is expanding into Europe with high-quality recycled metal powders produced from reclaimed materials. It demonstrates how circular principles can be embedded even in advanced manufacturing supply chains traditionally associated with high material intensity. Our long-term ambition is to become carbon negative and eliminate the use of underground resources by 2050. That requires not only renewable energy adoption and energy-efficient technologies, but also a systemic 'use, use and reuse' mindset across design, production and logistics. In a year when AI investment rightly captures attention, World Environment Day is a reminder that resilience depends on resource stewardship. Technological advancement and circular thinking should not compete; they must progress together," said Taran Rai, Corporate Sustainability Manager, Epson UK.
Iron Mountain executives are also highlighting the environmental consequences of rapid infrastructure refresh cycles. They say the push towards AI-ready data centres and networks is increasing scrutiny of how organisations retire and dispose of hardware.
Iron Mountain links secure data erasure to the ability to extend hardware lifecycles and recover materials at scale. It argues that regulatory expectations now extend beyond live operations to traceable end-of-life processes.
"World Environment Day is a reminder that the shift towards an AI-ready world has real physical consequences. As organisations accelerate digital transformation, infrastructure is being refreshed faster than ever, increasing pressure on energy use, resource consumption and the retired technology left behind. Every transformation cycle leaves physical infrastructure that still needs to be securely managed, recovered, reused or responsibly recycled. Without stronger lifecycle thinking, rapid innovation simply creates more redundant hardware, unnecessary waste and greater data protection liability. Combined with supply chain shortages, this is pushing organisations to rethink traditional buy-use-dispose models in favour of more circular approaches to technology lifecycle management. Critically, data protection is a prerequisite for environmental responsibility, not a competing priority. Sensitive data residing on decommissioned hardware must be securely and verifiably erased. This isn't just a compliance tick box; it is the essential step that enables the safe recovery, refurbishment and reuse of high-performance components in the first place. Expectations are shifting too. Organisations are under increasing pressure to demonstrate greater accountability for how retired infrastructure is handled, with traceability, chain of custody and responsible recovery becoming more important as digital infrastructure scales. As AI adoption accelerates, sustainability is increasingly tied to how organisations manage the full lifecycle of their infrastructure, including what happens long after technology leaves service," said Tom Delahunty, VP and GM of ALM EMEA and North America, Iron Mountain.