In today’s context of overlapping crises, of climate, conflict, and inequality, alongside tightening resources, social impact practitioners face a stark challenge. How do we remain ambitious when the pressure is increasing and the resources are shrinking?
At Business Fights Poverty, we have been exploring this question through a practical lens, working with partners to identify approaches such as systemic collaboration and the responsible use of AI. At the same time, colleagues at Learn Biomimicry are approaching the challenge from a different but complementary perspective, looking to nature for insight into how systems can be designed not just to withstand pressure, but to improve because of it – a concept known as Anti-fragile.
This article aims to bridge practical business examples with a new way of seeing, helping us rethink how we design for impact in uncertain and resource-constrained environments.
What is antifragility?
Antifragility, a term and concept coined by Naseem Taleb, is not just resilience, but instead it is the idea of adaptable regeneration. It’s not about just being able to withstand stressors, but instead, it is about using that stress as a constructive feedback loop for evolving and improving to not only overcome the initial adversity, but be better prepared for things like it in the future. Sound familiar? It should, as that’s how nature works.
Nature achieves antifragility not through one mechanism but through a set of recurring behaviours and processes. Below are four examples of what this looks like in practice and how it translates into business.
- Integrating the unexpected
In nature:
Playfighting allows young animals – such as dogs, lions, crows and even humans – to safely experiment with opposition and adversarial experiences like combat, escape, and social hierarchy. When one animal “loses” a playfight, it is not killed or exiled (i.e. it does not fail terminally), but instead resets, integrates feedback, and tries a new strategy. This enables animals to repeatedly test their physical and cognitive limits in a controlled environment, gaining insights that improve the readiness of both the individual and the collective.
In business:
Some organisations design for volatility rather than stability. Amazon Web Services for example intentionally introduces controlled failures into its systems through chaos engineering to test how they respond. These are not intended to break the system but to ensure that applications are resilient enough to withstand real-world disruptions before they cause actual, uncontrolled outages. They are used to strengthen the system over time.
2 Reshuffling information and learning through iteration
In nature
Genetic evolution constantly recombines and tests information. Most variations fail but some create entirely new capabilities. Progress comes from continuous iteration under real conditions.
In business
Antifragile organisations evolve through feedback not perfect planning. For example Spotify runs continuous experiments through 300 teams testing features live with users and reshaping the product based on behaviour. Ideas are stress tested in the real world. Spotify state ‘Our learning rate (~64%) far exceeds our win rate, emphasizing that most value comes from understanding what doesn’t work or detecting regressions, not just improvements’.
3 Modular & diverse responses to a single threat
In nature:
The immune system does not rely on a single line of defence. It uses multiple overlapping detection systems each assessing and reacting to threats at different stages and in different ways. This layered approach reduces blind spots, tests threat-response fits, and strengthens the overall functionality . Modularity also allows singular units to be destroyed, while allowing the larger system and function persist. This notion of individual failure within collective success is very important in both nature and the idea of antifragility.
In business:
Stronger decisions and consumer trust emerge from testing claims through multiple independent lenses rather than relying on a single authority. The Marine Stewardship Council (MSC), founded with support from Unilever, addresses overfishing through a market-based certification system for sustainable seafood, structured as a set of layered, semi-independent components including scientific assessments of individual fisheries, species- and fishery-specific certifications, third-party audits, chain-of-custody tracking, and periodic reassessment. This modular design allows scrutiny or failure in one area, such as a challenged certification or failed audit, to be contained without undermining the integrity of the overall system, while also feeding back into improved standards and practices over time
4 Diversity and constraints drive innovative solutions
In nature
Ecosystems thrive through interdependence across species. What appears as friction-competition, overlap, and exchange, often leads to new forms of value creation: in pollination systems, interaction and competition between species drive adaptation and innovation; in forest ecosystems, one organism’s waste becomes another’s resource, with decomposers turning organic matter into nutrients for new growth.
In business
Some of the most antifragile innovations emerge from constraint and collaboration across boundaries. For example the Kalundborg Symbiosis industrial ecosystem in Denmark, where companies across sectors (including Equinor and Novonesis) exchange waste water, heat and by products.
M-Pesa emerged in Kenya from a context of limited banking infrastructure and high unmet need. By combining telecommunications, finance and local agent networks, it created a new model for mobile money. This was not a single discipline innovation, it was the result of integrating insights across sectors under constraint and iterating based on real world use.
So how can social impact practitioners adopt an anti-fragile approach? Some helpful questions might include;
- Are we testing our ideas in the real world early enough?
- Are we relying too heavily on one perspective or source of truth?
- Who else outside our sector is solving similar problems differently?
- Where might our current approach break if conditions shift?
- How are we taking small, low-risk steps now to strengthen our approach over time?
At Business Fights Poverty we have seen that progress ultimately comes down to something deeply human – trust, relationships and the willingness to work together under pressure. A biomimicry lens strengthens this. It reminds us that the most effective systems do not avoid stress or disruption, they are shaped by it.
The Learn biomimicry team will attend Business Fights Poverty’s May 20th Online Community Event on partnerships. We look forward to this helping us and our community to adopt anti-fragile thinking.
We would welcome your thoughts on anti fragile approaches- what are we missing?, what would you do differently? Why wouldn’t this work?
