TECH Signal 403
Essay reframes power as delegated responsibility in distributed communication systems
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A technical essay models power relations as a mathematical category of delegated responsibilities rather than physical control.
Engineers who build or operate distributed systems often treat power as a static hierarchy or a physical constraint. This essay offers a formal alternative: power is the set of responsibilities one actor can delegate to another. The shift matters because it turns governance into a design problem, who can delegate what, to whom, and under what rules, rather than an afterthought. If the model holds, it could change how teams document, audit, and automate authority in long-running systems.
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Power is redefined as responsibility that can be delegated, not as physical control or coercion.
The essay uses category theory to model delegations as composable arrows between actors.
Delegation itself becomes a responsibility, creating recursive structures that mirror real-world governance.
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The essay proposes a conceptual inversion: power is not the ability to compel, but the responsibility to decide. It argues that any claim about 'hard' power, physical force, network control, or resource ownership, can be restated as a claim about the 'soft' responsibility to direct those resources. This framing matters for engineers because it turns power from an abstract social fact into a concrete design element. If power is responsibility, then power relations can be documented, versioned, and audited like any other system component.
The model uses category theory to formalise delegation. Each actor is an object; each delegation is an arrow from source to target. Composition of arrows corresponds to chaining delegations, and identity arrows represent the baseline responsibility each actor has for themselves. This abstraction allows engineers to reason about transitive chains of authority without assuming a centralised hierarchy. It also surfaces edge cases: what happens when an actor delegates a responsibility they do not fully possess, or when delegations form cycles?
Delegation itself is treated as a responsibility, creating a recursive structure. This recursion mirrors real-world systems where administrators delegate permissions to sub-administrators, who in turn delegate to end users. The essay does not prescribe how to resolve conflicts or enforce limits, but the model makes such conflicts visible. Engineers can use it to ask: what invariants must hold across delegations, and what happens when those invariants are violated? The answers could inform access-control lists, smart contracts, or distributed governance protocols.
The essay is thin on implementation details. It does not specify how responsibilities are encoded, how delegations are revoked, or how disputes are resolved. For engineers, this is both a limitation and an opportunity. The model provides a language for describing power relations, but leaves the mechanics of enforcement open. Teams building distributed systems can adopt the language without committing to a particular enforcement mechanism, allowing them to experiment with different governance models while maintaining a consistent conceptual framework.
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