A longitudinal asset-management system designed to connect evidence, operating state, plan/actual variance, intervention and later outcomes without flattening the asset into a snapshot.
Asset decisions unfold across acquisition assumptions, capital work, leasing, operations, market movement, ownership direction and later outcomes. The difficult part is preserving that lifecycle while keeping sources, derived facts and causal claims distinct.
AME models the asset as an evolving operating system: property identity, evidence, lifecycle state, actual-versus-plan observations, claim permission and later feedback are separate but connected.
The productization program includes API/auth, database isolation, browser behavior, accessibility, container/security validation, Azure runtime/IaC work, exact OCI publication and a separately gated Artifact Signing / verification path.
Each item below is deliberately narrower than a product-readiness or superiority claim.
Stage-B closed its remaining production-path browser gap through the normal authenticated API route, with zero Axe findings in the tested flows, visible focus, query isolation and a negative synthetic-header control.
Stage-C identified two deployability/IaC defects before deployment and later carried a bounded source repair through targeted regression and Bicep validation.
A prior validation snapshot recorded unit/pytest suites, full statement/branch coverage for the then-current source body, type/lint/security checks, reproducible Docker output, non-root/network-disabled runtime, Trivy gates and an SBOM.
The current API and web image indexes were published to Azure Container Registry and independently read back at their expected immutable digests. That closes publication identity without claiming deployment.
An active private-trust Artifact Signing profile, Notation CLI and Azure Artifact Signing plug-in are now in the Stage-C path. The supplied receipt stops before a completed image signature and independent verification, so those states remain explicitly open.
It does not claim a live production SaaS, real-asset backtest performance, causal NOI lift, procurement/legal automation, production SLA, certification, or a completed external design-partner pilot.
Stage C is closing deployable runtime/IaC boundaries before load, soak and resilience testing. External pilots, live data/vendor integrations and real permissioned asset backtests remain later evidence classes rather than assumptions.