Capacity Allocation Marketplace
by Nick Clark | Published April 25, 2026
The architecture instantiates the marketplace primitive for capacity allocation: infrastructure-capacity-holders, capacity-users, allocation authorities, and (for shared infrastructure) coordination authorities participate as credentialed parties.
What It Specifies
Capacity-allocation transactions carry: capacity-holder identity, capacity description (location, time, quantity, class), capacity-user identity, allocation-authority signature. The transaction enters the architecture's audit retention.
Allocation rules can be class-specific: priority-based, market-based, hybrid. The architecture admits the rules through commodity-class declaration; implementations apply the rules within the architectural framework.
Why It Matters Structurally
Current capacity-allocation systems face structural challenges: cross-holder coordination, allocation-rule complexity, audit complexity for regulators.
Architectural capacity allocation produces structural support. The architecture handles the structural primitives; participants transact within the framework; allocation authorities participate as credentialed observers.
How It Composes With Mesh Operation
The architecture defines the capacity-allocation taxonomy, the allocation-rule specification format, and the federation across capacity-holders. Implementations apply the architecture; capacity participants transact structurally.
Composition with other features. Cross-jurisdictional capacity allocation, byzantine-robust capacity coordination, and dispute mechanism for allocation conflicts all build on the capacity allocation primitive.
What This Enables
Infrastructure operators (utilities, data centers, transportation networks) gain structurally-supported capacity allocation. Civilian shared-infrastructure operations gain the same.
The architecture also supports emerging capacity classes. As new capacity-allocation patterns emerge (real-time grid balancing, dynamic data-center capacity, dynamic transportation capacity), the architecture admits the new classes through declared specification.
