It seemed like Europe had nearly resigned itself to renting server space from three American behemoths: Amazon Web Services (AWS), Microsoft Azure, and Google Cloud.
For years, tech leaders and policymakers in the EU watched these hyperscalers progress while quietly voicing concerns about data governance before, out of necessity, falling in line.
However, with shifting geopolitical fault lines heightened by Elon Musk’s Starlink controversies and various U.S. legal measures, Europe appears ready to take a stand and lead in a new kind of cloud architecture.
As EU officials talk about sovereign cloud for data protection, tech autonomy, and economic growth, European data remains under the jurisdiction of EU law.
Some pre-existing frameworks already seek to ensure local hosting, but if that hosting is still owned by a U.S. hyperscaler subject to extraterritorial subpoenas, it’s a halfway measure.
However, more than just sovereignty, this is a moment for Europe to lead in Web3 infrastructure in the same way it has led in crypto regulation with MiCA.
Europe’s focus shouldn’t be on building the same type of billion-dollar centralized hyper-scale facilities that U.S. Tech Giants like Google and Amazon Web Services (AWS) have thrived on.
Instead, Europe has a chance here to tackle its growing cloud service needs with a next-generation level infrastructure by investing in decentralized cloud networks that are more scalable, secure, and aligned with Europe’s digital values.
Where centralization presents risks of a single point of failure, a decentralized cloud operated using distributed technology operated through machines spread across the continent (and indeed the world) practically removes this risk entirely.
Moreover, removing this single point of entry to a cloud network means decentralized cloud networks also reduce the risks of network attacks.
Perhaps more importantly, they also significantly reduce the risks of data loss as well as information manipulation of information by large centralized entities that have profit and – often – political incentives.
Indeed, decentralized cloud networks offer a new route that entirely avoids the limitations of centralization. Perhaps most importantly, though, decentralized cloud networks are significantly cheaper than billion-dollar warehouses full of computers.
A cynic might say that this has all been said before, that the EU always discusses challenging Big Tech but rarely competes at scale.
However, this time, it feels different.
The combined weight of data protection concerns, renewed calls for EU defense autonomy, and the need to anchor AI development into local jurisdictions is making cloud sovereignty an urgent need, one that won’t be met by simply copying U.S. hyperscalers.
Investing billions of euros in huge, centralized data centers already shows weaknesses, such as their inability to scale fast enough to meet the growing demand for cloud services, especially from AI.
Rather than trying to compete at that level, Europe should skip this early stage of development in cloud computing from the outset and move straight into the development of the next generation of cloud computing: decentralized cloud networks.
The networks provide a more open, collaborative, and sustainable framework from which to build the future of cloud computing.
Of course, such a shift won’t happen overnight and will require an enormous amount of research and education on the part of both government and companies based in Europe.
If Europe is serious about digital sovereignty, it must encourage and adopt a collaborative position that unites member states and corporations around decentralized solutions.
By embracing modern cloud architecture, the continent can fuel a genuine cloud revolution and change how data is stored, AI is powered, and cloud services are safeguarded for the foreseeable future.