How does high-tech entrepreneurship affect incumbent firm innovation in regional innovation ecosystems?

New Ideas, Old Companies

Why do some regions become hotbeds of innovation while others lag behind? This study looks inside Beijing’s famous Zhongguancun Science Park to find out how waves of new high-tech startups change the behavior of established companies. The authors ask a simple but important question: when more young tech firms appear in a region, do the older firms nearby actually become more inventive—and if so, how?

A Living Network of Companies

The researchers treat a regional economy as an “innovation ecosystem,” a bit like a living forest made of companies instead of trees. In this ecosystem, long-established firms share space with energetic newcomers. Startups tend to be research-heavy, move fast, and try out fresh technologies. Their arrival thickens the web of connections among firms, universities, and markets. This denser network makes it easier for established companies to find partners, ideas, and opportunities, reducing the cost and risk of trying something new.

Friends, Rivals, and Rule Breakers

New tech firms do not simply compete with big incumbents; they also cooperate with them. The paper uses “paradox” thinking to describe this tension. Startups must fit into existing rules and relationships to survive, acting as adapters that plug into existing supply chains and innovation projects. At the same time, they push new technologies and business models that can threaten the old guard, acting as disruptors. Incumbent firms respond to this dual pressure: those that adapt become more flexible and innovative, while less agile companies risk being left behind. The constant push and pull between cooperation and competition keeps the whole ecosystem evolving.

How Startups Spark More Innovation Inside Big Firms

Using data on more than 130,000 firm–year observations from 2005 to 2015, the authors measure startup activity by counting how many new technology-based firms enter each detailed industry, and measure innovation by the number of patent applications. Their statistical models show that industries seeing more high-tech startup entry also see established firms filing more patents. Two main channels explain this effect. First, as startups appear and collaborate or compete with incumbents, established firms increase their spending on research and development. Second, knowledge and talent flow through the region: scientists, engineers, and other highly educated workers move, interact, and learn across firms, raising the overall quality of human capital inside older companies.

Where and When the Effect Is Strongest

The boost from high-tech entrepreneurship is not uniform. It is strongest in electronic information industries—such as computers, communications, and microelectronics—where technology changes quickly and products are built from many interchangeable modules. In these settings, dense networks of specialized startups are especially valuable partners and rivals. The timing also matters. Firms that are already in a development-oriented phase, building on established technological paths, gain more from startup entry than firms still in early, high-risk research stages. In development phases, extra resources, partners, and ideas can be put to work more directly, leading to faster growth in new products and patents.

What This Means for Regions and Policymakers

For a general reader, the main takeaway is that nurturing high-tech startups does more than create new companies; it also makes existing companies smarter and more inventive. The study’s evidence from Zhongguancun suggests that a healthy innovation ecosystem depends on a continuing influx of young, research-driven firms that interact with established players. Policies that attract and support such startups—through research funding, tax breaks, incubators, and open technical standards—can refresh aging industrial structures, especially in fast-moving sectors like electronics and digital technology. In short, helping new tech firms take root can be one of the most effective ways to keep older firms, and entire regions, from becoming stuck in the past.

Citation: Wang, W., Hu, B., Chen, F. et al. How does high-tech entrepreneurship affect incumbent firm innovation in regional innovation ecosystems?. Humanit Soc Sci Commun 13, 324 (2026). https://doi.org/10.1057/s41599-026-06666-6

Keywords: high-tech entrepreneurship, regional innovation ecosystems, incumbent firm innovation, Zhongguancun Science Park, R&D and human capital