For most of the twentieth century, corporate innovation was largely closed.
Successful companies built big, well-funded internal research and development (R&D) departments. They protected their discoveries with patents and secrecy. The logic was clear: if knowledge drives competitive advantage, keep it in-house.
IBM, Bell Labs, and Xerox PARC exemplified this model. They produced remarkable scientific advances. For instance, Bell Labs gave us the transistor, the laser, information theory, and Unix. The idea was simple: hire the best minds, provide resources, and safeguard their output.
Then, things changed. Markets grew more complex. Technologies converged. The pace of change sped up. Many companies realised that key ideas were not just coming from their labs. They also came from universities, startups and adjacent industries. Even their own customers. The closed model was costly and impractical, leaving value untapped.
This shift led to the concept of open innovation.
The Concept and Its Origins
Henry Chesbrough, a professor at the University of California, Berkeley, coined the term open innovation in his 2003 book. He argued that in a world of widespread knowledge, companies could no longer rely solely on their research. Useful ideas were everywhere. Companies that accessed and integrated external ideas would have an advantage.
In an open model ideas could flow in from outside. Unused internal ideas could flow out through licensing, spin-offs, or partnerships.
This was a major shift. It changed the question from "How do we protect our knowledge?" to "How do we make the most of all available knowledge?" Intellectual property remained crucial. But it became a tool for collaboration, not just a barrier to competition.
How Open Innovation Works in Practice
Open innovation crosses the boundary between an organisation and its environment.
External knowledge sourcing is a straightforward method. It involves seeking ideas and technologies from outside. Instead of waiting for internal R&D, organisations look outward. They ask if someone else has already solved the problem.
Procter & Gamble's Connect and Develop programme, launched in the early 2000s, is a well-known example. Facing limits on internal innovation, P&G aimed to source 50% of its innovations externally. They built a network of partners comprising of inventors, researchers, and small companies. They created processes to evaluate and integrate external ideas quickly. This led to a faster product pipeline. For example, successful launches like Swiffer and Pringles printing technology.
Innovation ecosystems and platforms represent a structural form of open innovation. Here, external developers and users can add value to their capabilities. Apple's App Store is a prime example. It opened its platform to independent developers. As a result, it increased the iPhone's innovative capacity without hiring those developers.
Crowdsourcing and open challenges apply open innovation to specific problems. Organisations post challenges and invite responses from a wide pool of contributors. InnoCentive pioneered this model, linking organisations with solvers from various fields. The insight is that the best problem-solver may be someone with diverse knowledge.
Large corporations are also using venture capital and startup engagement for innovation. Corporate venture arms invest in promising startups. This gives established companies early access to new technologies. Accelerator programmes and partnerships give startups resources. They also keep corporations linked to new ideas.
Outbound open innovation is less talked about but equally important. This means allowing internal ideas or technologies to be used outside the company. This can happen through licensing, spin-outs, or open-source releases. The reasons for doing this vary. Licensing can earn money from unused technologies. Open-source can create helpful ecosystems. Spin-outs can unlock value that a corporate structure can't.
The Advantages and Challenges
The appeal of open innovation is strong. It increases the diversity of ideas accessible to an organisation. It cuts costs and speeds up internal development by building on existing work. It allows exploration of more possibilities than internal R&D budgets support. Plus, it creates potential network effects. Engaging with an external ecosystem enriches that ecosystem.
However, open innovation has challenges. Organisations adopting it without considering the complications often struggle to sustain it.
Managing intellectual property is complex in an open innovation context. When ideas cross boundaries, ownership, licensing, and confidentiality issues arise. Missteps can lead to legal trouble and damage trust in partnerships.
Integration is another challenge. Finding an external idea is one thing. Embedding it into the organisation's products and culture is another. Many initiatives gather external input but fail to turn it into commercial outcomes. This is because their internal processes aren't set up to handle outside material.
There's also a risk of overvaluing external ideas at the expense of internal capabilities. Open innovation should complement strong internal capabilities, not replace them. Organisations that stop investing in their knowledge base may lose the ability to evaluate and adapt what they access.
Open Innovation and Organisational Readiness
The key insight about open innovation is that it’s not just a technology or platform; it’s an organisational capability. Like all capabilities, it requires intentional development.
A culture that is closed off to outside ideas will struggle with open innovation. The cultural elements discussed previously - psychological safety, curiosity, and a willingness to engage with uncertainty - are essential for the outward orientation that open innovation requires.
The structure must support this aspiration, too. We need roles for managing partnerships, clear processes for evaluating ideas and strong governance for intellectual property. These elements are not optional; they’re essential for making open innovation a practice.
The Broader Significance
Open innovation matters beyond the individual organisation. Universities have become more active partners with business. Startups have become a primary source of radical innovation for large companies. Cross-industry collaboration has produced innovations that no single sector could have generated alone
The closed model of innovation was not wrong for its time. In a world where knowledge was scarce and concentrated, internalising it made sense. But the world has changed. Knowledge is now abundant, widely distributed, and increasingly collaborative in its production. The organisations best equipped for this environment are not the ones with the highest walls. They are the ones with the most productive relationships.
Open innovation is not about giving things away. It is about recognising that in a connected world, the boundaries of your organisation are not the boundaries of your potential.