Editor profile
Editor, Future Mobility
Freya Jensen analyzes the future of mobility, from electric vehicles to sustainable logistics. She focuses on the Nordic role in developing next-generation urban transit solutions.
freya.jensen@nordicfuture.orgAs a wealthy oil nation, Norway is leveraging its sovereign wealth fund and highly digitalized social foundation to develop a fintech ecosystem centered on infrastructure, open banking, and sustainable finance. This article interprets the underlying logic and global implications of this phenomenon from the perspective of the Nordic innovation system.
The global industrial automation market is projected to reach $97.2 billion by 2036, and Northern Europe, with its unique innovation ecosystem, social trust, and green practices, is redefining the path and global impact of smart manufacturing.
Norway's long-term capital built on oil wealth and its highly digitalized society have created a fintech ecosystem centered on infrastructure, offering a unique model for the transformation of resource-based economies.
According to a PitchBook report, European venture capital investment reached €44 billion in the first half of 2026, with AI accounting for over 60% and funds increasingly flowing into a small number of large deals. What does this trend mean for the Nordic innovation ecosystem, characterized by decentralization and application orientation?
In 2016, an advisory report to the European Commission called for innovation policies to pay more attention to social factors, which is highly consistent with the core of the Nordic innovation system. This article interprets the deep logic and global significance of this shift from a Nordic perspective.
Nordic Global helped Cambridge University NHS Trust implement a patient self-service appointment system, reducing the no-show rate by half and advancing appointments by 16 days. This case reveals the core logic of Nordic digital health innovation: patient-centered, efficiency and trust, and sustainable scalability.
Taking Swiss public-private partnerships as an example, analyze how the Nordic innovation system accelerates technology diffusion and commercialization through government-enterprise-academia collaboration in the AI era.
Ericsson, together with multiple institutions, is investing $31 million in Sweden to build Digital Arena Sweden, aimed at testing the integration of 5G/6G and AI. This article interprets the deeper significance of this pre-commercial test center from the perspective of the Nordic innovation ecosystem: how triple helix collaboration and open sharing mechanisms accelerate future technologies from the lab to industry.
Delta's integrated smart green manufacturing solution showcased in Thailand mirrors the trend of Nordic manufacturing transitioning from automation to data-driven, green, and sustainable system-level transformation.
VivaTech 2026 makes enterprise AI a core topic, reflecting the key transition of AI from experimentation to production. This article interprets, from the perspective of the Nordic innovation system, why Europe, especially the Nordic countries, has unique advantages in this track.
German supplier Schaeffler showcases high-voltage grid, thermal management, and battery integration solutions, revealing the trend of system-level energy management for electric vehicles. From the perspective of the Nordic innovation system, it analyzes how cross-domain collaboration becomes a core capability of next-generation electric vehicles.
New Taipei City led 20 companies to participate in Chicago AUTOMATE 2026. On the surface, this was an overseas trade show appearance, but on a deeper level, it reflects how advanced manufacturing is re-entering the core competition of the global supply chain through automation, industrial AI, edge computing, and systems integration.
Scania has launched an underbody battery module and a megawatt-class charging system. On the surface, this is an upgrade to its electric heavy-duty truck products, but at a deeper level it points to a redefinition by the Nordic commercial vehicle industry of the electrification pathway: no longer pursuing the largest possible battery, but instead rebuilding the logistics and transport system around payload, charging windows, and total cost of ownership.