Architecture-As-Memory (AAM)
AAM acts as a living memory layer that anchors both human developers and AI agents to the structural boundaries of a system, preventing architectural erosion and cognitive drift.
Cognitive ScaffoldingUnlike code generators, AAM does not write implementation code. It provides an offline, capabilities-first topological contract that prevents AI assistants from creating duplicate systems, circular loops, or unstructured flat files.
Why AAM Exists
In AI-native repositories, code mutation occurs at unprecedented velocities. While AI agents can generate thousands of lines of code in seconds, the human mental model of the codebase degrades rapidly.
AAM resolves this asymmetric velocity by providing a local, declarative representation of system capabilities. By rendering this model transparently to both humans (via an interactive console) and AI engines (via bootstrap injection), AAM keeps all participants in sync.