A novel open-source software framework enabling offline-first, privacy-preserving coordination and planning across heterogeneous space robotics fleets (rovers, drones, habitat bots) operating in deep-space habitats or spacecraft with intermittent com
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README.md

NovaPlan MVP

Overview: a minimal, privacy-preserving, offline-first multi-agent mission planner for deep-space robotic constellations.

Note: This repository documents a small, well-scoped MVP that demonstrates core NovaPlan ideas and provides a foundation for future expansion (CatOpt bridge, adapters, ledger, etc.).

New scaffold: CatOpt Bridge (scaffold)

  • A lightweight scaffold to map NovaPlan primitives to a CatOpt-like representation.
  • Provides small building blocks: Object (local problem), Morphism (shared signals), and Functor (adapter interfaces).
  • The bridge is intentionally minimal to enable quick experimentation and cross-domain interoperability in MVP milestones.
  • Practical notes: the bridge includes helpers to convert a LocalProblem into a canonical Object and to package a delta into a Morphism, enabling plug-and-play adapters across rover/habitat/satellite domains. It also exposes a small bridge_example utility to bootstrap experiments and verify interop in CI.

A minimal, open-source MVP for decentralized, privacy-preserving multi-agent mission planning in deep-space robotic constellations.

  • Includes a lightweight CatOpt bridge scaffold (nova_plan.catopt_bridge) to map NovaPlan primitives to a canonical interoperability representation.

  • Offline-first, privacy-aware coordination across heterogeneous fleets (rovers, drones, habitat bots).

  • Local problem solving with a tiny ADMM-like core and federation of agents.

  • A lightweight mission ledger that can anchor decisions when ground links are available.

  • Lightweight adapters for common hardware and simulation-ready interfaces.

  • A clear test and packaging path to verify end-to-end viability.

This repository focuses on a small, well-scoped subset of the NovaPlan ecosystem to demonstrate core ideas and enable further expansion.

How to run tests

  • Run: ./test.sh
  • This will execute unit tests and verify packaging with python -m build.

MVP extensions (planned, small scope)

  • Add a minimal DSL (nova_plan.dsl) and a delta-synchronization helper (delta_sync) to scaffold federated optimization flows.
  • Introduce a lightweight ContractRegistry to enable versioning and interoperability of data contracts.
  • Provide a tiny DSL-to-LocalProblem translator to bootstrap CatOpt-style integration with adapters.
  • Expand ledger anchoring with a deterministic reconciliation log for outages.

Directory layout

  • nova_plan/ Core MVP implementation (planner, contracts, ledger, adapters)
  • tests/ Unit tests for core workflow and contracts
  • adapters/ Stubs for rover and habitat modules
  • README.md, AGENTS.md Documentation and governance for the project
  • pyproject.toml Build metadata for packaging
  • AGENTS.md Architecture and contribution guidelines
  • READY_TO_PUBLISH (created after the repo is ready for publishing)

Note: This is a minimal MVP intended for demonstration and testing; it is not a production-ready system.

NovaPlan

Interoperability and CatOpt Bridge

  • NovaPlan includes a lightweight CatOpt bridge scaffold to map planning primitives into a canonical representation for interoperability with other runtimes (Open-EnergyMesh, GridVerse, etc.).
  • The bridge provides small building blocks: Object (LocalProblem summary), Morphism (signals/deltas), and a minimal bridge_example helper to bootstrap experiments.
  • This MVP scaffold enables adapters to plug in rovers, habitat modules, or orbital domains without locking in specific vendor representations.
  • See nova_plan/catopt_bridge.py for core bridge logic and nova_plan/interop_catopt.py for a lightweight interoperability facade.
  • The bridge exposes minimal primitives: Object (LocalProblem summary) and Morphism (delta signals).
  • Convenience helpers are available to generate a pair in a single call, for use by adapters.
  • See nova_plan/catopt_bridge.py for the core bridge logic and nova_plan/interop_catopt.py for a small, import-friendly interoperability facade.

MVP notes

  • LocalProblem -> Object_i
  • SharedVariables/DualVariables -> Morphisms carrying summarized signals
  • PlanDelta / PrivacyBudget / AuditLog -> per-message metadata
  • Graph-of-Contracts registry with versioned schemas (ContractRegistry)

This repository already includes: LocalProblem DSL, adapters stubs, and a test-aware bridge.

Interop Demo

  • A tiny demonstration script nova_plan/examples/demo_energi_bridge_demo.py showcases how core NovaPlan primitives map to a canonical representation via EnergiBridge, and how a simple CaC contract can be registered for provenance.
  • Run: python3 -m nova_plan.examples.demo_energi_bridge_demo
  • This script is non-destructive and safe to run in a test environment; it prints a couple of canonical representations to stdout for quick inspection.