idea168-crisispulse-federated-resource/docs/CRISISPULSE_MVP_SPEC.md

CrisisPulse MVP: two-adapter blueprint

Overview

• CrisisPulse is a federated resource orchestration platform for disaster-relief camp networks. This document sketches a production-ready MVP focusing on two adapters (solar microgrid and water purification) and a canonical, offline-first delta-sync workflow.

MVP Roadmap (6–8 weeks)

• Phase 0: Core local ledger + delta-sync across 2 camps; implement Merkle proofs for a subset of resource entries.
• Phase 1: Graph-of-Contracts registry and governance ledger scaffolding; one cross-domain anchoring example.
• Phase 2: Two domain adapters (solar microgrid, water purification) and two relief partners; demonstrate a joint objective (minimize unmet demand while respecting safety and perishability).
• Phase 3: HIL validation with a mock camp and field exercise; metrics on latency, data footprint of proofs, and relief delivery quality.

Toy two-adapter MVP spec

• Adapters
  • SolarMicrogridAdapter • Exposes LocalResourcePlan (allocation plan for energy) and SharedForecast (demand projection) • API surface (illustrative):
    • connect() -> bool
    • get_output_estimate() -> dict
    • report_allocation(plan_delta) -> dict
  • WaterPurifierAdapter • Exposes LocalResourcePlan (water treatment capacity) and production metrics • API surface (illustrative):
    • connect() -> bool
    • get_production_plan() -> dict
    • report_allocation(plan_delta) -> dict

Note: In the MVP, adapters communicate via TLS mutual authentication and produce/consume deltas with lightweight cryptographic tagging. The local ledger maintains a delta history, while the governance ledger signs policy changes.

Contracts and data model (sketch)

• LocalResourcePlan: per-domain allocation plan (e.g., energy, water, food).
• SharedForecast: cross-domain demand/supply projections.
• PlanDelta: incremental allocation changes with cryptographic tags.
• AuditLog: tamper-evident record of changes.
• PrivacyBudget: per-entry privacy budgets for privacy-preserving aggregation.

Offline-first delta-sync

• Nodes operate fully offline; when connectivity returns, deterministic reconciliation occurs using Merkle roots and PlanDelta proofs.
• Data pruning and archival strategies ensure storage remains bounded in real-world deployments.

Governance and privacy

• GovernanceLog: cryptographically signed events; anchored to a mission/event ID for trusted provenance.
• SimplePrivacyAggregator: secure aggregation with per-entry budgets and DP-ready placeholders.

Next steps (what I can implement next)

• Draft toy contracts: LocalResourcePlan, SharedForecast, PlanDelta (structure + signatures).
• Implement a small demo script showing two adapters exchanging deltas and updating the LocalLedger.
• Wire a CrisisPolicy DSL fragment to validate plan deltas against basic constraints.

This document is intentionally lightweight and designed to be extended into a full-blown SDK.

(End of document)