The Splinternet Problem Has One Solution: Data Interoperability

For most of the internet’s history, data has moved freely across borders. Organizations could store information in one country, process it in another, and collaborate globally through platforms that spanned continents.

That model is changing.

Around the world, governments are introducing new regulations to assert greater control over how data is stored, accessed, and shared. This push for data sovereignty is reshaping the architecture of the global internet, creating what some are calling the splinternet—a more fragmented digital environment defined by regional laws, infrastructure, and governance.

While the internet may be fragmenting politically and legally, organizations still need to collaborate on an international scale. The real question isn’t whether data will cross borders; we know it inevitably will. But how can organizations maintain control, security, and compliance as it does?

Data Sovereignty Is About Control, Not Just Location

Data sovereignty is often framed as a debate about where data lives. Many policies emphasize data localization, requiring information to remain within national boundaries. However, geography alone does not guarantee control. As Virtru’s President of Global Public Sector, Angel Smith, put it, actual data sovereignty is technical, not territorial.

Data frequently moves between systems, users, and organizations as part of normal operations. Simply storing information within a particular jurisdiction doesn’t necessarily ensure that the data owner retains authority over who can access it or how it can be used. True data sovereignty is ultimately about maintaining control over data wherever it travels.

As the global digital ecosystem becomes more interconnected, security models that rely solely on infrastructure boundaries become increasingly difficult to sustain.

A Fragmented Internet Requires Interoperable Data

The splinternet introduces a new operational reality for organizations. Different countries may require different storage locations, access controls, and regulatory safeguards. Data may be distributed across multiple clouds, partners, and jurisdictions. The risk is that this fragmentation could lead to data silos, where information becomes trapped within regional infrastructure or incompatible platforms.

All of this considered, the fact is that global collaboration isn’t slowing down. Businesses still rely on international supply chains. Governments coordinate with allies. Researchers exchange information across borders.

In this environment, data interoperability becomes a must-have.

Interoperability allows organizations to share data across systems, platforms, and jurisdictions while maintaining consistent governance and security controls. Instead of relying solely on the infrastructure surrounding the data, organizations can apply protections directly to the data itself, ensuring that policies and access controls travel with it.

This approach allows data to remain both secure and usable, even as regulatory environments grow more complex and varied across coalition partners.

The TDF Wrapper: Security That Travels With the Data

As the internet continues to splinter, security must become more flexible. Organizations need the ability to collaborate across boundaries while maintaining persistent control over sensitive information.

At Virtru, we believe this requires a data-centric approach.

The Virtru Data Security Platform, underpinned by the Trusted Data Format (TDF), enables organizations to apply encryption, policy controls, and governance directly to the data they create and share. These protections remain attached to the data as it inevitably moves across cloud providers, partner organizations, or geographic jurisdictions.

This model helps organizations maintain compliance with sovereignty requirements while preserving the ability to securely share information across systems and environments. It provides the best of both worlds.

Preparing for the Next Era of the Internet

The splinternet is not a distant concept, as it is already taking shape with governments, regulators, and organizations rethinking how data should be governed.

In this new environment, organizations and government entities cannot afford to choose between protecting their data and actually activating its value via secure sharing. The ability to collaborate across borders, partners, and platforms will remain essential for businesses to operate, economic growth, and national security.

The organizations that succeed will be those that adopt security models built for this reality: models that embed protection directly into the data and allow control to travel with it. In a fragmented internet, the true strategic advantage will not simply be locking data down, but enabling it to move safely and confidently across boundaries. Forward-thinking organizations must protect their most sensitive information while still sharing it to power the global collaboration and innovation that the modern digital world depends on.