PortGuard Launched to Secure Europe's Critical Infrastructure Data

ROTTERDAM, Netherlands – March 19, 2026 – A new consortium led by innovation ecosystem DronePort Rotterdam has launched PortGuard, an ambitious initiative designed to create a trusted data-sharing environment for Europe's most critical infrastructure. Developed with technology partners Avanade, InnoTractor, S2IX, and Digidentity, and in close collaboration with the Port of Rotterdam, the project aims to generate vital “Strategic Asset Intelligence” to protect the continent's interconnected logistics, energy, and mobility networks.

At its core, PortGuard introduces a federated data space, a technological framework that allows different organizations to collaborate on sensitive information without centralizing it in a single database. This model addresses a long-standing paradox in infrastructure security: the need to share threat and operational data to build collective resilience, while also protecting proprietary information and maintaining control over sovereign data.

A New Defense for Interconnected Systems

The timing of the initiative reflects a growing urgency across Europe. The continent's critical infrastructure is more digitally interconnected than ever, creating efficiencies but also significant vulnerabilities. A disruption in a port's digital systems can cascade into national logistics, an attack on an energy grid can halt transportation, and a failure in one network can trigger failures in others. This interconnectedness is a prime target for sophisticated cyberattacks, which have been steadily increasing in frequency and complexity.

Compounding the issue is a historical reluctance among infrastructure operators to share data. Concerns over revealing commercial vulnerabilities, potential legal liabilities, and the high costs associated with creating secure sharing platforms have fostered a “tight-lipped culture.” PortGuard aims to dismantle these barriers by creating a system where trust is built into the architecture. By allowing data to remain at its source, under the full control of its owner, the initiative provides a mechanism for sharing insights, not raw data, thereby mitigating many of the associated risks.

“Data is rapidly becoming one of the most strategic assets in the management and protection of critical infrastructure,” said Arthur Dallau, Founder and CEO of DronePort Rotterdam, in the announcement. “With PortGuard we are creating a trusted foundation for organisations to collaborate around data and transform information into Strategic Asset Intelligence. By bringing together leading partners in technology, innovation and operations, we are strengthening the ability of Europe's critical infrastructure ecosystems to remain resilient, secure and future-ready.”

The Federated Model: Sharing Without Surrendering Control

PortGuard’s architecture is a departure from traditional data-sharing models that require information to be pooled in a central repository. Instead, it operates on a federated, data-centric principle. Each participating organization maintains its data within its own secure environment. PortGuard provides the governance, interoperable standards, and secure access protocols that allow authorized partners to query the distributed data and generate combined insights.

This process is what the consortium calls Strategic Asset Intelligence. It is the transformation of disparate datasets into a holistic view of the condition, risks, and developments surrounding vital assets. For an operator at the Port of Rotterdam, this could mean correlating their own operational data with energy grid information and regional mobility patterns to anticipate bottlenecks or identify cascading risks from a potential disruption. This allows for more informed, proactive decision-making that extends beyond the boundaries of a single organization.

The principle of data sovereignty is paramount. “Strategic Asset Intelligence only works when the underlying data infrastructure respects the boundaries between organisations,” noted Frank Hermans, Founder and CEO of InnoTractor. “PortGuard is designed around that principle: controlled access, interoperable standards, and data sovereignty by default.”

A Blueprint for European Data Sovereignty

PortGuard is not being developed in a vacuum. It is strategically aligned with the European Union's broader digital strategy, which seeks to create a single market for data while reinforcing the continent's technological independence. The initiative directly supports the goals of major EU regulations, including the Data Governance Act (DGA), which facilitates data sharing, and the EU Data Act, which empowers users of connected devices to access the data they generate.

By building a secure and interoperable data space, PortGuard provides a practical implementation of the principles championed by these regulations. It also aligns with the vision of initiatives like Gaia-X, which aims to build a federated, secure data infrastructure for Europe based on values of transparency, data protection, and security. As the EU moves to regulate artificial intelligence through the AI Act, having a trusted source of high-quality, governed data will be critical for developing safe and reliable AI applications in high-risk environments like critical infrastructure.

This alignment ensures that the intelligence generated within the PortGuard ecosystem contributes directly to European knowledge development and economic opportunity, strengthening the continent's ability to innovate and compete on the global stage while protecting its strategic interests.

Collaboration as the Cornerstone

The strength of the PortGuard initiative lies in its collaborative foundation, bringing together a diverse set of experts. DronePort Rotterdam, based in Europe’s largest port, provides the innovation ecosystem and real-world operational context. The technical architecture is being built by a team of specialists:

• Avanade, a leading expert on the Microsoft ecosystem, contributes its expertise in building scalable, cloud-based federated data architectures and governance frameworks.
• InnoTractor provides its advanced data space technologies, focusing on the federated infrastructure and applications like IoT and smart contracts that enable secure, interoperable data sharing.
• S2IX specializes in data-centric security for mission-critical environments, ensuring that sensitive information can be exchanged securely while organizations retain full control.
• Digidentity underpins the trust framework with its solutions for secure digital identity, authentication, and verification, ensuring that only authorized users can access the system.

The close involvement of the Port of Rotterdam itself is crucial, providing a large-scale, complex, and live environment to pilot, test, and refine the PortGuard platform. This ensures the solution is not merely theoretical but is forged to meet the practical demands of one of Europe's most vital infrastructure hubs.

While the promise of a resilient, data-driven infrastructure network is significant, the path ahead involves navigating substantial challenges. Achieving true interoperability across countless legacy and modern systems, ensuring robust security in a distributed environment, and fostering widespread adoption will require sustained effort. However, by building a system founded on trust, control, and collaboration, PortGuard represents a critical step forward in securing Europe's essential lifelines for the future.