Imagine that you have built the perfect system. Everything is optimized. No unnecessary steps, no redundant resources, no variations. Every part does exactly what it is supposed to do, in exactly the right way. It is efficient, neat and almost beautiful. And it breaks down immediately when something unexpected happens. It turns out that what made the system perfect also made it vulnerable. This is where resilience comes in and this is where system innovation starts to get really interesting.
Changes the view on innovation
Many innovation processes are driven by an idea of improvement where everything should be faster, cheaper and more efficient. It is a logic that works well in stable environments, but in complex systems it is not enough. Here we need something else, namely the ability to handle change, uncertainty and disruption. It is not just about surviving but about being able to adapt. This is precisely what the Stockholm Resilience Centre has formulated in its seven principles of resilience.
When you start to see these principles through an innovation perspective, it becomes clear that they are not just about preserving systems but about creating better innovation.
1. Maintaining diversity and redundancy
The first principle is about diversity and redundancy, and this is where many innovation processes go wrong from the start. We tend to want to focus on the best track, the most promising idea, the strongest team. It feels efficient, but it makes the system vulnerable. In nature, it is precisely diversity that creates stability. If one species disappears, another can fill its function. In innovation, this means that multiple ideas, perspectives and skills need to exist in parallel.
Redundancy, which is often seen as waste, instead becomes insurance against uncertainty. An organization that dares to keep several ideas alive at the same time has a greater chance of navigating when reality changes.
2. Managing connectivity
The second principle is about how parts of a system are connected. Too few connections create isolated islands where ideas do not spread. Too many connections make everything uniform and problems spread quickly. In innovation environments, we often see both extremes.
Either teams work in silos without contact, or everyone sits in the same meetings and thinks the same way. It’s about creating a dynamic balance where ideas can move but still maintain their uniqueness. Creativity needs both friction and flow. Too much of one stifles the other.
3. Manage slow things and feedback
The third principle reminds us that not everything changes at the same pace. In innovation, we are often obsessed with the fast. Prototypes, sprints, launches. But the slow variables, such as culture, norms and values, are often the ones that determine whether an innovation takes hold. Feedback becomes crucial here. Without feedback, we don’t know if we are on the right track.
But feedback also needs to be linked to the right time scale. Fast signals can show whether something works technically, while slow signals show whether it works in reality. Understanding this difference is a key competency for an innovation leader.
4. Promote understanding of complex adaptive systems
The fourth principle is about recognizing that systems are not linear. They are complex and changing. This means that cause and effect are not always clear and that small changes can have big consequences. In innovation work, this means that we need to let go of the idea that we can plan everything in detail. Instead, we need to work exploratory and experimentally.
It is like navigating in fog. You can’t see all the way ahead, but you can take the next step and adjust the direction as you go. This type of thinking is central to systems innovation, where solutions emerge rather than being designed from scratch.
5. Encourage learning
The fifth principle builds on the fourth and is about learning. Not just as an activity, but as a culture. In many organizations, it is still difficult to admit mistakes. But without mistakes there is no learning, and without learning there is no real innovation.
Encouraging learning means creating environments where people dare to test, reflect and change their assumptions. It is also about learning at multiple levels, individually, in teams and in entire systems. When learning becomes an integral part of the work, both the speed and quality of innovation increase.
6. Broaden participation
The sixth principle is about including more perspectives. Innovation does not happen in a vacuum. It affects and is affected by many different actors. When we only include a few perspectives, we risk missing important dimensions of the problem. By broadening participation, we increase the understanding of the system and thus the quality of the solutions.
This is particularly important in systems innovation where solutions often require collaboration between different organizations, sectors and individuals. This is also where much of the complexity arises, but it is also where the greatest opportunities lie.
7. Work with polycentric governance
The seventh principle is about governance. In complex systems, a central actor that controls everything rarely works. Instead, several levels of decision-making that interact are needed. This is called polycentric governance. In innovation work, this means that initiatives can arise and develop at different levels simultaneously.
Local experiments can be linked to larger strategies, and central decisions can support local initiatives. This creates a flexibility that makes the system more adaptable. For a systems innovation leader, this means working more as an enabler than as a governing force.
Like a forest
You can compare these principles to a forest where the strength does not lie in a single part but in the interaction between all parts. A forest with only one tree species can grow quickly but is vulnerable to disease.
A diverse forest copes with change better. If the trees are too close together, fires spread quickly; if they are too sparse, the system loses its dynamism. The soil changes slowly but affects everything that grows. Innovation systems work in the same way, where the whole determines how well the system copes with change.
Why this is crucial for innovation environments
An innovation environment that ignores these principles risks becoming effective but fragile. It can deliver results quickly but has difficulty managing change. By integrating the resilience principles, an environment is instead built that can both deliver and adapt. This means actively working with diversity, creating balanced connections, taking into account slow changes and building learning into the structure.
The result is an innovation environment that not only produces ideas but also manages to develop and implement them over time.
The role of the system innovation leader
For a system innovation leader, these principles become a way of navigating complexity. It is not about controlling the system but about creating the conditions for it to work. This means facilitating collaboration, balancing different interests and ensuring that learning takes place continuously.
It is also about being able to switch between different perspectives, from the concrete to the systemic. A skilled system innovation leader uses these principles as a compass rather than a map.
When the unexpected happens
We live in a time where change is constant and stability can no longer be taken for granted. It is not enough to build systems that work when everything is calm. We need systems that work when the unexpected happens. Perhaps the most important lesson is that innovation is not just about creating something new, but about creating something that can remain relevant as the world changes.
And that requires not only creativity, but also resilience.
