This repository contains a set of engineering papers that relate to the architecture, behaviour, and design principles used within the Trade Control system. Each paper examines a specific system or domain using the same underlying approach: describe the components, define the interactions, and analyse the resulting behaviour.
The papers fall into two categories:
Documents that relate directly to the structure or operation of Trade Control, its execution model, or its design assumptions.
A paper on how abstraction drives component design and system behaviour. Although written in general terms, it reflects the same architectural logic used throughout Trade Control.
A transaction‑grained framework for operating a recursive firm inside a capitalist economy.
Formal proofs showing that profit after tax can be reconstructed from balance‑sheet deltas alone.
Documents that apply the same architectural reasoning to systems outside software, demonstrating how the approach behaves in unrelated domains.
A worked example showing how the same component‑interaction model can be applied to a biological membrane system. Included here as an illustration of cross‑domain behaviour using the same engineering method.
Each paper is a structured engineering analyses of systems, written in the same style and discipline as technical documentation. Their role is to clarify how the architecture behaves, both within Trade Control and in external systems where the same method applies.
Additional papers will be added as the architecture is extended or applied to new domains.
These notes complement the operational documentation of the Trade Control system.
For the deployed system and user‑facing materials, see:
Licenced by I.A.Monnox under a Creative Commons Attribution-NoDerivatives 4.0 International License