A New Impetus for Physical Industries

KOMPAS VC, an early-stage venture capital firm, has announced the final close of its second fund, reaching a total of €160 million. This initiative confirms the growing interest in innovation within traditional industrial sectors, often referred to as “physical industries.” The fund has attracted support from existing investors, such as VKR Holding, as well as new institutional players, including Realdania, solidifying its financial base for future investments.

This capital is earmarked to support the development and deployment of technologies poised to transform crucial sectors of the global economy. The primary objective is to address the inherent challenges within these domains, characterized by complex infrastructures and legacy systems, where innovation is as necessary as it is difficult to implement at scale. The ability to integrate new solutions into pre-existing operational contexts is a key factor for success.

Investment Strategy and Technical Focus Areas

With Fund II, KOMPAS VC intends to continue its investment strategy in technologies aimed at improving productivity, strengthening resilience, and enabling decarbonization. The application areas range from manufacturing to the built environment, from energy to advanced materials, and logistics. These sectors represent the backbone of the economy but often struggle to adopt innovations due to the complexity of their operational systems.

The fund focuses on solutions that can be effectively deployed in real-world industrial environments. Priority technologies include industrial AI, robotics, and cybersecurity. For companies operating in these contexts, the choice of on-premise or edge deployment is often crucial, driven by needs for low latency, data sovereignty, and direct integration with operational technology (OT) systems. The solutions funded by KOMPAS VC aim to integrate with existing workflows, enhancing how companies design, operate, and maintain their physical assets—a fundamental aspect for those evaluating the adoption of new technologies in critical environments.

Long-Term Goals and Impact

KOMPAS VC's investment strategy is structured around three core pillars: increasing productivity, strengthening resilience, and enabling decarbonization. In practice, this translates into supporting technologies that optimize industrial workflows, secure critical infrastructure, and promote retrofit and electrification efforts. These objectives are particularly relevant in an era where global supply chains are under pressure and the energy transition is a priority.

Sebastian Peck, a partner at KOMPAS VC, emphasized the importance of understanding and overcoming adoption barriers in industrial environments. His vision is clear: innovations must be able to scale effectively within complex, real-world systems. “We prioritize understanding the operational friction from legacy infrastructure to complex buying cycles that often stall transformation,” Peck stated. “By solving these real-world constraints, we ensure our investments don't just offer performance gains, but actually scale within the industry.” This approach is vital for CTOs and infrastructure architects who must ensure that new AI solutions are not only performant but also deployable and sustainable in the long term.

Future Outlook and Market Relevance

Founded in 2021, KOMPAS VC invests in startups from seed to Series B across Europe and North America, with initial cheques typically ranging between €1 million and €5 million. With the new fund, the firm plans to expand its investment and platform teams, strengthening its ability to support founders through domain expertise, industrial partnerships, and commercial access.

The fund has already made several initial investments in sectors such as industrial technology, energy, advanced manufacturing, and data infrastructure, demonstrating its operational readiness. KOMPAS VC's focus on integration with legacy systems and scalability in physical environments highlights a crucial market trend. For companies evaluating the adoption of AI solutions in industrial contexts, particularly for on-premise deployments, AI-RADAR offers analytical frameworks and insights on /llm-onpremise to assess the trade-offs between control, cost, and performance, providing essential decision support in a rapidly evolving technological landscape.