Data is more than a growing competitive advantage in the age of AI. It’s the fuel of modern business. Yet as companies eagerly tap into that resource to pursue their AI-driven aspirations, they face a complex set of challenges: navigating an evolving data compliance landscape.
While global business may be more interconnected than ever, it’s also becoming a fragmented data environment with a patchwork of regulations that make it increasingly difficult to move information freely. Escalating geopolitical tensions have contributed to a strategic minefield around data storage, access, and governance.
This is the issue of digital sovereignty. It describes the right of nations to maintain and control their technology assets, including sensitive data, within their geographic boundaries. The cloud may seem abstract, but every “bit” of data resides on a server somewhere. Many countries now require “data localization,” meaning certain types of sensitive information (such as financial, health, and citizen records) cannot leave their borders and are subject to their laws.
As governments introduce tougher governance restrictions, business and technical leaders struggle to comply with an ever-shifting information supply chain. Companies understand that they risk inadvertently violating governance rules simply by moving data to where it’s needed, and it’s a growing existential risk for the C-suite. A recent Forrester Research report, “The State of Cloud In Europe, 2026,” found that 48% of European enterprise public cloud decision-makers say that digital sovereignty influences their cloud vendor choices as their concerns mount about the dominance of U.S.-based hyperscalers.
But The Boomi Enterprise Platform was made for this moment.
A key architectural design decision made when the cloud era was in its early days — a distributed runtime to facilitate hybrid cloud flexibility — has now become critical for this information supply chain crisis. Today, the Boomi platform is the solution to the risks surrounding data sovereignty. In fact, we solved the issue before it ever became a crisis.
Connecting Everything, Anywhere
When businesses needed to connect their digital systems in the past, nearly everything resided in on-premises database servers. There were legacy vendors that did a fine job connecting them in that data center world.
All of that changed with the arrival of the cloud. Companies shifted their operations to the wealth of cloud technologies offered by giants such as AWS, Microsoft Azure, and Google Cloud, taking advantage of cost savings and scalability. Older integrators struggled to connect on-premises systems to the fast-growing number of cloud applications.
Boomi’s groundbreaking vision was to leverage the cloud for design, while giving customers flexibility on how they deploy. It didn’t matter what type of application or where it sat within the technical landscape — on premises, in the cloud, or at the edge. Boomi connected it.
Competitors soon emerged and attempted to replicate portions of Boomi’s integration framework. But while their focus often differed —for example, focusing only on connecting SaaS applications — Boomi remained committed to a broader, hybrid integration strategy.
Now, that fundamental design difference is Boomi’s secret weapon for de-risking data sovereignty: A decoupled architecture with the design in the cloud and the runtime anywhere.
How Boomi Future-Proofed Integration
Simply put, Boomi’s architecture separates the “brain” and “muscle” of integration processes. The integration (the brain) is in the cloud. But the runtime engine (the platform’s muscle that executes the integration instructions) can reside wherever a business chooses.
The versatility of this distributed runtime model, which separates the control and data planes, allows businesses to operate their systems as they see fit. The data plane can run anywhere — on multiple clouds, behind a firewall on a physical server, on a Raspberry Pi, or even on a heart pacemaker. This optionality differentiates Boomi from most cloud providers and is a powerful reason why independent analysts, such as Gartner, Forrester, and IDC, have consistently rated our platform as a trendsetter in their evaluations.
Now that geo-fencing of data has become a central business concern for the C-suite, it’s essential to understand that a distributed design enables companies to retain physical custody of their data at all times. This portable architecture offers distinct advantages:
- Data Residency: A runtime engine can be situated on a physical server in Germany, ensuring that a customer’s data never crosses borders and stays within existing rules.
- Security: A runtime engine can be set up behind a company firewall, so there’s no public exposure of private databases with customer data or company secrets.
- Low Latency: A runtime engine can be situated close to the data source to reduce the time it takes for data to travel while protecting against widespread outages.
Some vendors attempt to address data sovereignty by establishing separate clouds in each country. But this approach isn’t the same thing as having a portable runtime. Businesses are still losing control of their data when it’s shifted to a vendor’s cloud for processing. That’s why Boomi is well-positioned to help companies meet today’s fast-changing data challenges by giving them complete control over their data.
The Looming Sovereignty Iceberg
Sovereignty was a central talking point at the Gartner IT Symposium in late 2025. One Gartner conference recap noted, “CIOs must pivot dynamically, anticipate geopolitical shifts in AI and data sovereignty, and translate productivity gains into financial impact.” Gartner’s insight was that CIOs must gain more control over data residency and governance as they brace for an uncertain future.
Make no mistake, the reason why the data “chain of custody” is in the crosshairs of policymakers is that all roads lead to AI. Governments around the world are balancing the need to stay ahead in the breakneck AI race with the responsibility to act in ways that protect people’s interests. Caught in the middle are global enterprises that hope to turn the promise of AI into tangible results.
It’s a brave new world.
Proprietary, contextualized data is the foundation for your most ambitious projects, including AI, and it’s why sovereignty will become an increasingly significant issue. Data trains AI models and also enables AI agents to perform their tasks. Whether that data complies with regulations or is even accessible will determine the success of your agentic aspirations and whether you can reach your ROI goals.
The full scope of the sovereignty challenge remains hidden, much like an iceberg. It’s also a precursor to the issue of agent sovereignty as those autonomous and semi-autonomous digital entities become ubiquitous within businesses. But the sovereignty problem is already here. The stakes are high, and companies must be ready to stay competitive.
What’s Next: Our second post in this series will take a closer look at the Boomi origin story and how our distributed architecture model anticipated the digital sovereignty crisis. Stay tuned.