Beyond Expo: How Japan's Kansai Innovation Ecosystem is Reshaping the Global Competition in Deep Tech and Biotechnology

In-depth Analysis: From Expo Hype to Ecological Revival—The Structural Reshaping of Kansai Deep Tech

The wave from EXPO Osaka in 2025 has not subsided. It has not only injected strong social credibility and visibility into the keyword "startups" but has also acted as a catalyst, activating the innovation ecosystem in the deep technology and biotechnology sectors of the Kansai region. From the "rebirth challenge" to the grand exhibition of Global Startups (GSE), this event successfully focused the attention of international deep tech entrepreneurs and overseas venture capital institutions on the core area of Osaka-Kyoto-Kobe, transforming regional potential into a point of interest for global capital.

However, the true technological revolution lies not in a single event, but in the sustained collaborative network built from it. Recently, the "Beyond EXPO" series of events jointly organized by JETRO and the Osaka-Kyoto-Kobe Alliance marks the entry of the ecosystem revival into a deeper structural phase. The continuous return of overseas venture capital institutions is no longer a one-off visit but has evolved into deep, outcome-oriented cooperative relationships. This indicates that in the current global technological competition environment, the resilience and depth of collaboration within regional innovation clusters have become the core indicators of industrial competitiveness.

Three Cities Synergy: The Triangle Model for Building an Innovative Value Chain

The innovative momentum in the Kansai region is shifting from the advantage of a single city to a three-city triangle model of deep synergy between Osaka (commercialization and scaling), Kyoto (basic research and academic drive), and Kobe (proof of concept and implementation). The construction of this model profoundly reflects the efficiency of resource integration between the regions.

• Osaka: Plays the role of the commercialization and scaling hub, relying on a strong concentration of enterprises and government support to rapidly transform cutting-edge technology into market solutions.
• Kyoto: Based on the deep academic foundation of top universities, it focuses on breakthroughs in basic sciences such as regenerative medicine and drug discovery, providing source innovation for the technology.
• Kobe: Focuses on proof of concept (PoC) and practical application implementation, transforming laboratory results into commercial medical devices and services through platforms such as the Kobe Biomedical Innovation Cluster (KIBC).

This division of labor and cooperation enables the Kansai region in the traditional medicine and biotechnology fields not only to maintain the depth of scientific research but also to achieve a complete cycle from basic research to practical application, greatly enhancing its competitiveness in the global healthcare arena.

From Cluster to Global Hub: Repositioning Technological Capital

Overseas VCs' attention on the Kansai region is not just based on quantitative assessments of patent numbers, but on strategic judgments regarding the "strength of government support," the "stickiness of cooperation between universities and enterprises," and the "concentration of deep tech capabilities" in the area. An observation from an overseas VC points out that even compared to competitors like Singapore and Hong Kong, the Kansai region of Japan still exhibits significant barriers and advantages in terms of the support system from national and local governments and the institutionalized operation of cross-sector cooperation.

This manifestation of advantage lies in the maturity of cross-regional cooperation within the area.A foreign VC observed that even compared to competitors like Singapore and Hong Kong, the Kansai region in Japan still exhibits significant barriers and advantages in terms of the support system from national and local governments, as well as the institutionalized operation of cross-sector cooperation.

The manifestation of this advantage lies in the maturity of cross-sector cooperation within the region. For example, in promoting the practical application of medical devices, KIBC has built a rare "R&D-Application-Regulation" integrated synergy mechanism by closely linking the government, enterprises, academia, and regulatory bodies (such as PMDA). The maturity of this mechanism is the cornerstone for attracting global deep technology capital for long-term, high-risk investments.

Long-term Outlook: Iteration of Talent and Entrepreneurial Culture

Despite the significant regional advantages, experts point out that bridging the gap between "world-class technology existence" and "world-class business success" still requires addressing disparities in talent and business models. In the future, the evolution of the Kansai ecosystem will focus more on how to effectively bridge the gap between technical talent and business experience. This demands that the regional innovation system continuously encourage the formation of cross-sector teams and promote the deep integration of technical experts and business strategists.

More importantly, the iteration of the entrepreneurial spirit within the region. The younger generation and professionals' aspirations towards overseas markets are growing, meaning Kansai's innovation drive is shifting from internal optimization to a more outward-looking global vision. This cultural drive of "challenging spirit" and "looking towards overseas expansion" is becoming the inner fuel driving the sustained growth of the regional innovation, signaling that the deep technology ecosystem in Kansai will continue to hold an important position in the future global competitive landscape.