The Conservation Of Complexity: How Simplifying Means Displacing Complexity, Not Eliminating It.
The first law of thermodynamics states that energy can neither be created nor destroyed, only transferred or changed in form.
Complexity behaves a lot like energy in closed systems: it can be stored (for a time), moved, or transformed, but never eliminated. When mismanaged, it increases a system’s entropy: its tendency toward disorder. The second law of thermodynamics states that entropy does not decrease; at best, it can be temporarily held in check, but never reversed, thereby introducing path dependence (see ergodicity).
When travelling to meet potential investors, I often hear that Urapi’s business model is complex. My answer is always the same: it isn’t complex, it’s comprehensive. The distinction matters. We are addressing inherently complex issues: land degradation, community empowerment, value-chain resilience, regenerative farming, agroforestry systems, carbon sequestration, rural infrastructure, cooperative governance, and global commodities markets, while still aiming to deliver market returns to our investors.
As project developers and asset managers, we are left with two options. The first is to adopt a reductionist approach: force a top-down solution, ignore the systemic nature of the problems we are trying to solve, and produce a neat, checkbox-ready product for capital markets. The second is to propose a holistic solution built from the ground up: one that addresses issues as they arise in the field, but comes with the downside of requiring time, context, and patience to fully understand.
In other words, we can either internalize a great deal of complexity ourselves or displace it outward, leaving our stakeholders and beneficiaries to adapt their realities to fit our solution.
Every attempt to simplify a system raises the same question: who absorbed the complexity we claim to have eliminated?
Bureaucracies “simplify” processes by shifting complexity to users through forms, procedures, and exceptions. Policies designed to be elegant on paper often shift complexity to enforcement, compliance, or downstream unintended consequences. In each case, the system appears simpler at the center only because the complexity has been displaced outward: absorbed by those with the least ability to push back.
We live in an inherently complex world. Learning to accept, understand, and metabolize complexity is a far more antifragile strategy than attempting to displace it, an approach that almost always produces unintended consequences elsewhere in the system, thus introducing fragility.
The heuristic is therefore simple:
Whenever you’re simplifying something in a system, think of where the complexity has been displaced to.
In other words, complexity never disappears; it just moves around.
