Maritime challenges are becoming increasingly interconnected

The maritime domain is evolving rapidly. Technological advances, shifting geopolitical dynamics, and growing pressure on critical infrastructure are reshaping how maritime operations are conducted and managed.

In environments such as the North Sea, a wide range of actors operate simultaneously: naval forces, port authorities, offshore operators, law enforcement agencies, environmental monitoring bodies, and research institutions. Each of these actors generates valuable data, develops technological capabilities, and addresses specific operational challenges.

However, these efforts are spread across various organizations, systems, and frameworks. Although each actor contributes to maritime resilience, the ecosystem remains fragmented. As a result, valuable knowledge and capabilities often remain isolated within organizations, slowing responses to emerging threats or opportunities.

Strengthening collaboration across the maritime ecosystem is, therefore, becoming a strategic priority for both defense organizations and civilian stakeholders. Recognizing this need for collaboration is only the first step; the community must actively build the structures to connect these disparate efforts.

Connecting innovation across the maritime ecosystem

Belgium’s maritime innovation landscape already includes a wide range of networks that connect academia, industry, and government. These initiatives support research, technological development, and sector collaboration. Yet the broader ecosystem still lacks a unified approach that connects the technological capabilities developed by industry and research institutions with the operational needs emerging from defense and maritime operations.

Innovation often develops through a dynamic exchange between technology push and operational pull. Researchers and companies develop new capabilities, while operational organizations identify problems that require solutions. When these two forces interact effectively, innovation can move quickly from concept to application.

Without clear platforms or processes to facilitate this exchange, valuable collaboration opportunities are missed.

Strengthening these connections would allow the maritime community to leverage its collective expertise more effectively, accelerating innovation while strengthening both industrial competitiveness and operational capability.

Yet, even with better ecosystem connections, a major hurdle remains in translating these high-level collaborative concepts into concrete, deployable tools.

Bridging the gap between operational needs and technological solutions

A key barrier to innovation in defense and maritime sectors is translating operational needs into clear technological requirements.

Operational contexts evolve rapidly, driven by frequent personnel changes, emerging technologies, and adapting missions. In this dynamic environment, capturing insights and converting them into precise technical specifications is challenging. When this translation process is incomplete or unclear, procurement processes can become slower and more resource-intensive.

Bridging this gap requires tools, processes, and collaborative frameworks that allow operators, engineers, and innovators to work more closely together. Events like the Navy Hackathon serve as a ‘fast-track’ for this alignment, enabling early-stage prototyping and de-risking that can significantly streamline the formal procurement path later on. When operational knowledge and technological expertise are combined early in the innovation process, solutions are more likely to be both relevant and deployable.

While aligning operational hardware and technology is crucial, modern maritime resilience equally depends on aligning the invisible asset that powers them: information.

Building resilient maritime data ecosystems

Data is becoming one of the most critical resources in modern maritime operations. Monitoring activities at sea generates vast amounts of information, from sensor data and satellite imagery to operational reports and environmental observations.

Across the Belgian North Sea, numerous public and private actors collect and manage such data. Yet these data sources are often stored across separate systems, governed by different legal frameworks, and formatted in incompatible ways. This fragmentation slows detection, interpretation, and response to critical events such as environmental incidents, security threats, smuggling, and infrastructure disruptions. At the same time, the evolving geopolitical landscape and emerging operational responsibilities require faster and more coordinated decision-making across organizations.

Developing resilient data ecosystems – where information can be securely shared, interpreted, and acted upon in real time – is therefore becoming an essential component of maritime resilience. Achieving this requires technological innovation, new governance models, collaboration mechanisms, and organizational trust.

Ultimately, overcoming these isolated barriers – whether in data sharing, technological procurement, or broader network connections – demands a unified forum for action.

From shared challenges to collaborative solutions

Challenges in procurement, ecosystem collaboration, and data resilience highlight a broader reality: innovation in complex operational environments cannot rely on isolated efforts. Instead, it requires structured opportunities for experts across domains to collaborate, share insights, and develop practical solutions.

This is precisely the objective of initiatives such as the Belgian Navy Hackathon 2. By bringing together naval personnel, industry experts, researchers, and innovators, the event creates a focused environment where real operational challenges can be explored collaboratively.

Through this approach, the maritime community can accelerate innovation, strengthen cross-sector collaboration, and develop solutions that contribute to both national security and the broader maritime ecosystem’s resilience.

The post Strengthening maritime innovation: Why collaboration across the ecosystem is becoming essential appeared first on Verhaert Masters in Innovation.

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The compliance burden: A tax on agility

For a start-up that wants to grow quickly, the red tape of export controls is immense. It can turn a simple international sales opportunity into a six-month bureaucratic negotiation. Firstly, regulations struggle to keep pace with the rapidly evolving, intangible nature of technologies such as AI algorithms, advanced sensors and specialized software. This makes it difficult for companies to properly assess which regulations apply. This so-called ‘classification paralysis’ often leads companies to resort to ‘overcompliance’, classifying items as more restricted than necessary to mitigate significant legal risk.

Next, dual-use technology is often developed through international collaboration. The regulatory system is already very fragmented within the EU, as different EU member states interpret the same rules inconsistently. When global collaboration is factored in, the picture becomes even more challenging. For example, the US’s export regulations (ITAR) applies for any company that uses even a single US-sourced component.

This complex patchwork of rules creates a legal minefield and severely limits cross-border trade, manufacturing partnerships and necessary investment. Another complication is the ‘intangible’ trap. It refers to intangible technology transfers (ITTs) that are now subject to export controls, meaning that sharing expertise or design knowledge with a foreign national, even within an EU subsidiary, can trigger a lengthy licensing process. This limits the open, collaborative environment that fast-paced innovation depends on.

The stifling impact on scale and resilience

In addition to slowing sales down, the regulatory challenges also fundamentally undermine the strategic goals of the entire dual-use model. This regulatory risk obstructs financial de-risking, as venture capitalists may become wary of investing in companies whose primary market expansion is impacted by unpredictable regulatory timelines. If a start-up cannot guarantee a timeline for exporting a critical component to a European manufacturing partner, it loses credibility and access to the capital needed to scale.

Moreover, this system discourages the ‘spin-on’ process necessary for defense modernization. When a commercial firm, accustomed to fast contracts, faces years of compliance audits and security reviews, the incentive to engage the defense sector dissolves. And, in turn, will lead to technology stagnation and a widening military capability gap. Critically, because different nations have varying compliance standards, companies are often forced to customize products for specific defense clients, which discourages standardization and undermines the key economic benefit of dual use: mass manufacturing.

Orchestrating the solution

Given these challenges, successfully transitioning to dual-use innovation often requires external expertise that understands both the commercial market and defense constraints. This is where Verhaert Strategic Innovation competencies can offer a competitive advantage. The company helps organizations accelerate their business by acting as an innovation orchestrator that bridges the operational gaps created by regulatory complexity. They specialize in strategic sourcing, identifying core requirements and translating them into technology-agnostic challenge statements.

Crucially, they guide the development of Internal Compliance Programs (ICPs) within start-ups and SMEs, embedding security and classification into the product lifecycle from day one. By setting up and executing structured pilot projects under programs like CASSINI, Verhaert provides public buyers with the necessary de-risked validation data to confidently transition to scalable procurement.

Innovation in regulation

To fully harness the potential of dual use, the focus must shift from controlling everything to managing risk strategically. Institutions must work to simplify and standardize the licensing process, perhaps by creating EU General Export Authorizations (EUGEAs) specifically tailored for the export of established dual-use technology (such as COTS satellite components) to allied nations. Regulators should empower companies by providing clear, standardized guidance for robust Internal Compliance Programs (ICPs).

This will allow firms with certified processes to benefit from accelerated licensing. Rather than physically monitoring every piece of generic hardware, regulations should focus on controlling the deployment of sensitive AI algorithms and software code to keep up with the speed of digital change. The dual-use revolution promises a massive surge in both economic prosperity and security, but until the burden of regulatory red tape is effectively managed, that promise will remain stalled.

The post The red tape barrier: How export controls hinder the dual-use revolution appeared first on Verhaert Masters in Innovation.

The post The red tape barrier: How export controls hinder the dual-use revolution appeared first on Verhaert Masters in Innovation.