Introducing Civo and the case for open cloud

Mark Boost leads Civo as chief executive and co-founder, having spent years advocating within the technology sector for cloud services built on principles of openness, fairness and transparency. His commitment to these values extended to serving on the founding executive committee of the Open Cloud Coalition. Civo itself emerged from a desire to disrupt the established cloud landscape by returning agency to its users. The platform functions as a Sovereign Cloud and AI offering, delivering the speed and adaptability of public cloud infrastructure while preserving the data governance, privacy protections and transparent cost structures typically associated with on-premises systems.

Boost explains the company's mission: "I'm Mark Boost, CEO and co-founder of Civo – a Sovereign Cloud and AI platform. I've spent my career in tech pushing for a cloud industry that's actually open, fair, and transparent – which is also why I was a founding executive committee member of the Open Cloud Coalition."

Understanding sovereignty beyond geography

Sovereignty in cloud infrastructure hinges on legal jurisdiction rather than the physical location of servers. A data centre situated within UK borders remains vulnerable if operated by an American company, since the US CLOUD Act grants American authorities access to that information regardless of where it physically resides. This distinction proves critical: genuine sovereignty demands that no foreign government can unilaterally access national data.

Open source and open standards provide pathways toward this goal, though neither guarantees sovereignty independently. By embracing open architectures and interoperable systems, nations can avoid the trap of proprietary, closed ecosystems that offer no alternative but dependence on a single vendor. Boost contends that the UK must recognize open source infrastructure as a matter of strategic national importance if it hopes to exercise meaningful control over its digital future.

Closed systems create additional dangers beyond foreign jurisdiction. They lock organisations into specific providers through technical barriers and prohibitive switching costs, making migration to competitors economically unfeasible and technically complex. This vendor lock-in effectively surrenders long-term digital autonomy to foreign powers, regardless of initial intentions.

The concentration problem: US hyperscalers and UK AI

Three American corporations—AWS, Microsoft and Google—command approximately 90 percent of the UK cloud market. This concentration poses a fundamental challenge to Britain's artificial intelligence ambitions. Rather than responding reactively to this dominance, the UK government should pursue a deliberate strategy: diversifying cloud procurement across multiple providers while simultaneously channelling strategic investment into a homegrown ecosystem for data, cloud and AI infrastructure.

Such investment would accomplish multiple objectives simultaneously. It would keep advanced computing resources within British borders while strengthening the domestic technology sector through access to locally regulated, domestically produced computing capacity. Conversely, building the nation's AI capabilities primarily atop the Big Three hyperscalers extracts both skilled labour and intellectual property from the UK economy. Treating computation and data infrastructure with the same strategic weight accorded to the national electricity grid would enable co-investment frameworks and research incentives capable of nurturing resilient domestic businesses.

How sovereignty reshapes infrastructure design

Sovereignty-focused cloud models will fundamentally alter how organisations architect their digital infrastructure. Rather than defaulting to a single dominant provider, enterprises—particularly those operating in regulated sectors—will adopt workload-specific strategies. Each application will run in the environment most appropriate to its sensitivity level, regulatory requirements and geopolitical risk profile.

This evolution demands infrastructure capable of seamless workload portability across sovereign, private and public cloud environments. Systems will increasingly embed policy awareness, with data residency rules, regulatory obligations and geopolitical considerations actively informing architectural decisions rather than serving as afterthoughts. The result will be accelerated migration toward sovereign and locally managed infrastructure, reducing organisational dependence on a handful of global providers. Hyperscalers will persist as options but will no longer function as the default choice.

Artificial intelligence intensifies these pressures. As organisations deploy workloads involving sensitive data and intensive computation, questions of control, physical location and governance move to the centre of decision-making. Companies will increasingly scrutinise where their AI systems operate and weigh the sovereignty trade-offs involved: balancing the short-term cost advantages of public cloud against the long-term strategic value of data ownership and regulatory resilience.

Source: TechRound