GridVerse MVP

A minimal, testable MVP scaffold for a cross-domain energy optimization platform with:

• Local problems (Objects), shared signals (Morphisms), and adapters (Functors)
• A small graph-contract registry to version contracts and schemas
• Starter adapters for DER controllers and building heating, with a toy ADMM-lite solver placeholder
• Lightweight delta-sync primitives and governance-ish metadata scaffolding

This repository is intended as a stepping stone toward a CatOpt-style interoperability bridge and a broader MVP as described in the project brief.

Usage

• Run tests: bash test.sh
• Package: python -m build

Note: This is intentionally minimal. It is designed to be extended with real adapters, TLS transport, and a fuller solver in subsequent iterations.

EnergiaBridge: Canonical interoperability bridge

• A lightweight, vendor-agnostic bridge skeleton that maps GridVerse primitives (Objects, Morphisms, PlanDelta) to a canonical representation that adapters and external runtimes can consume.
• Provides to_canonical and from_canonical helpers to translate between per-site local problems and a global, pluggable transport layer.
• Serves as the first integration point toward a CatOpt-style interoperability layer, enabling plug-and-play adapters across DERs, pumps, and building systems without re-deriving global models.
• This module is intentionally small and will be extended with versioning, validation, and transport glue in follow-on iterations.

MVP Plan & Collaboration

• Phase 0 (0-2 weeks): finalize core protocol primitives (Objects, Morphisms, PlanDelta), publish contract schemas, and implement two starter adapters (DER controller and building load controller) with TLS placeholders and a minimal ADMM-lite solver scaffold.
• Phase 1 (2-4 weeks): add a small governance ledger scaffold, a simple conformance harness for adapters, and secure delta-sync with bounded staleness.
• Phase 2 (4-6 weeks): introduce a minimal adapter marketplace entry points, a codegen path stub, and a reference UI sketch for graph-based device-constraint composition.
• Phase 3 (6-12 weeks): hardware-in-the-loop validation with 2-3 devices and a cross-domain simulated domain; measure convergence, latency, and governance auditability.
• Deliverables: DSL sketch, two starter adapters, canonical bridge, registry conformance tests, and a lightweight solver.
• How to contribute: open pull requests against gridverse/ and follow AGENTS.md guidance for testing and packaging.