Innovation Ecosystems 2025

Programming to incentivize interactions Physical space alone is not enough. Activation through programming (e.g. events, talks, workshops) brings spaces to life. The Venture Café at Boston’s Cambridge Innovation Center runs weekly gatherings that connect thousands of innovators through curated sessions.41 Similarly, Tec de Monterrey’s DistritoTec integrates community engagement into the Distrito de Innovación Monterrey and its research and entrepreneurial capability to turn ideas into real- world solutions, strengthening the district’s innovation ecosystem (see Innovation District Spotlight 4).42 Academic institutions are particularly well placed for activation programmes and play a convening role. Consider the role of the public sector in space activation Local authorities can convene, advocate and enable, acting as “gardeners” of innovation ecosystems. In London, Hammersmith and Fulham Council’s model of “entrepreneurial municipal government” team culture exemplifies this, embedding innovation into local strategy and governance.43 Both the design and activation of physical spaces play a critical role in enabling “curated self-selection” – allowing the intended audience to recognize the space as one that resonates with them, avoiding the sense of anonymity or feeling overwhelmed that can result from excessively large or poorly curated environments. This process of self-selection is essential to fostering an environment that is inclusive yet intentionally curated to be socially comfortable and aligned with a clear sense of purpose. Innovation districts need to consider how to create infrastructure that can allow innovation to be tested, demonstrated and scaled up. These spaces must be flexible enough to evolve and adapt, but also sufficiently tailored to local and industry sector requirements. The ability both to test and to showcase innovation is essential The space to showcase innovations is often a core commercial driver for companies when deciding on locations. Meanwhile, sandbox environments help with testing and scaling-up new ideas to accelerate product commercialization. The format and specifics of these are often driven by the sector. For example, innovations in transportation require large-scale, “real- world” testing in urban environments, as can be seen in Tokyo’s Toyota Woven City.44 Conversely, innovation districts for life sciences and materials science rely on very controlled interior environments, such as the Materials Innovation Factory in Liverpool, United Kingdom.45 A key challenge is justifying the initial investment required Public-private partnerships can help alleviate the initial financial burden by enabling shared investment – where private capital contributes to upfront development costs and drives momentum, while public funding often supports enabling infrastructure and long-term value creation. This approach aligns commercial interests with public benefit, allowing for a broader, longer-term view of return on investment that includes economic, social and environmental outcomes. The value of partnerships for co-investment can be seen in Michigan Central (see Innovation District Spotlight 1)46 and Gratiot Innovation District,47 both located in Detroit, US, drawing in major investments from Bedrock and Ford Motor Company. Keep spaces adaptable to respond to the testing needs of companies Having a deep understanding of companies’ needs for modular versus static elements – and how the relevant sector market may evolve – helps to create an environment that is both useful now and adaptable in the long term. The permeability, both visual and physical, of an innovation district that is testing new ideas supports its desirability for companies as well as enhancing the trust of the wider community in the innovations being tested. NTT East’s approach to market creation for private 5G through its testbed NTTe-City Labo in Japan demonstrates this adaptability across a breadth of sector use cases, from agriculture to mobility (see Innovation District Spotlight 10).483.3 Creating flexible infrastructure for testing and demonstration Innovation Ecosystems: A Toolkit of Principles and Best Practice 28