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README.md
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# GuardRailOps: Federated, Verifiable Incident Response Orchestration
GuardRailOps: Federated, Verifiable Incident Response Orchestration
=================================================================
Prototype of an open-source platform enabling cross-organization incident response (IR) orchestration across multi-cloud and on-prem environments with offline resilience, deterministic replay, and auditable governance.
Overview
- GuardRailOps is an open-source platform for cross-organization incident response (IR)
that federates playbooks across public clouds (AWS/Azure/GCP) and on-prem environments.
- It is designed to operate in partitioned networks (offline or partially connected) while
preserving data locality and enabling deterministic replay and auditable governance when
connectivity returns.
Architecture at a glance
- Local IR primitives: LocalIRTask, SharedTelemetry, PlanDelta
- Delta-based offline-first propagation and deterministic replay
- Tamper-evident governance ledger with cryptographic signatures (simulated for MVP)
- Graph-of-Contracts (GoC) registry scaffold
- Adapters marketplace scaffold (SIEM/EDR as starter adapters)
- Privacy-preserving telemetry sharing via secure aggregation scaffolds (MVP stubs)
Key Concepts
- Graph-of-Contracts (GoC) registry: maps per-service IR tasks to aggregated signals and actions.
- Minimal DSL for IR primitives: LocalIRTask, SharedTelemetry, PlanDelta, AuditLog, PrivacyBudget.
- Deterministic delta-reconciliation: offline-first propagation of plan deltas with versioning,
timestamps, nonces, and cryptographic signatures to support reproducible retroactive analysis.
- Tamper-evident governance ledger: append-only, cryptographically-signed records anchored to an audit trail.
- Adapters marketplace: pluggable connectors to SIEM/EDR, ITSM, IAM/policy engines, and automation stacks.
Getting started (developer workflow)
- Install dependencies via test.sh (will be defined in repo)
- Run tests and packaging to validate MVP
Current State (MVP)
- Core primitives implemented in Python:
- LocalIRTask, SharedTelemetry, PlanDelta, AuditLogEntry, DeltaSyncEngine, GovernanceLedger, GoCRegistry,
AdapterMarketplace
- Lightweight adapter scaffolds (SIEMAdapter, EDRAdapter) with TLS mutual-auth style handshake (simulated).
- Phase-0 MVP wiring for two starter adapters over TLS and a toy cross-organization IR scenario.
This repository is structured to be extended by multiple agents in a SWARM fashion. See AGENTS.md for architecture details and contribution rules.
Project Structure (highlights)
- src/idea138_guardrailops_federated_verifiable: core primitives and adapters scaffolds
- src/idea138_guardrailops_federated_verifiable/adapters.py: SIEM/EDR adapters (scaffolds)
- src/idea138_guardrailops_federated_verifiable/contract_sketch.py: minimal contract sketch helper
- test.sh: test harness that installs the package, runs tests, and verifies packaging
- pyproject.toml: packaging metadata (name, version, Python requirement, readme hook)
Links
- AGENTS.md: Architecture and contribution rules
- test.sh: Test and packaging automation
- READY_TO_PUBLISH: Placeholder for publishing readiness
How to Use (Dev Quickstart)
- Build and test:
- bash test.sh
- Explore primitives:
- Inspect LocalIRTask, SharedTelemetry, PlanDelta, AuditLogEntry, DeltaSyncEngine in src/idea138_guardrailops_federated_verifiable/__init__.py
- Start adapters (toy-only):
- Use SIEMAdapter and EDRAdapter from adapters.py and call their simple APIs (ingest/trigger_action)
Roadmap (MVP to production)
- Phase 0: protocol skeleton + 2 starter adapters (SIEM/EDR) with TLS mutual authentication; delta-sync; toy IR scenario
- Phase 1: GoC registry, identity management, secure telemetry aggregation, governance ledger scaffolding
- Phase 2: end-to-end cross-domain pilot with simulated multi-cloud/on-prem environments; reference SDK
- Phase 3: auditor-friendly governance hardening, performance dashboards
Contributing
- Minimal, atomic changes preferred. Add tests for new features. Do not push to remote unless requested.
- See AGENTS.md for repository-wide contribution rules.
Contact
- This repository is part of a collaborative effort. If you want to discuss architecture decisions,
open issues in the repo and reference this README.
Enjoy building guarded IR interoperability.

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Two-Adapter MVP Spec (SIEM + EDR)
================================
Goal
- Provide a toy, production-ready skeleton that demonstrates GuardRailOps interoperability between twoAdapters: a SIEM adapter and an EDR adapter. The MVP runs over TLS-like mutual authentication and supports offline-first delta propagation with deterministic replay.
Architecture Highlights
- Protocol skeleton: lightweight messaging between IR orchestrator and adapters using a minimal, vendor-agnostic contract model.
- GoC primitives:
- LocalIRTask: per-service detection/containment objectives
- SharedTelemetry: privacy-preserving signals shared across domains
- PlanDelta: incremental containment/execution actions with timestamp and nonce
- AuditLog: governance/provenance entries (signed in production)
- Deterministic delta-reconciliation: deltas carry nonce and timestamp to enable replay.
- Adapters: two starter adapters (SIEM and EDR) with TLS mutual authentication flavor.
Data Contracts (Seed)
- LocalIRTask: { id, service, detection_rules }
- SharedTelemetry: { signals: { key: value }, budget, timestamp }
- PlanDelta: { delta_id, parent_id, timestamp, nonce, changes }
- RegistryEntry: { adapter_id, contract_version, data_contract, timestamp }
- AuditLogEntry: { entry_id, event, detail, signature }
Phase 0 (Weeks 1-2): Protocol skeleton
- Implement a minimal transport layer (TLS-like) and a simple protocol to exchange LocalIRTask and PlanDelta.
- Wire two adapters: SIEMAdapter (ingest telemetry) and EDRAdapter (trigger containment actions).
- Implement DeltaSyncEngine to apply PlanDelta to an in-memory state and enable deterministic replay.
Phase 1 (Weeks 3-5): Governance and identity
- GoCRegistry: register adapter metadata.
- PrivacyBudget: per-signal budgets to demonstrate privacy-preserving telemetry.
- GovernanceLedger: append-only log with simple signing placeholder.
Phase 2 (Weeks 6-8): Cross-domain pilot
- Simulated cross-domain environment with offline-first mode: adapters communicate locally and reconcile when connected.
- Reference SDK and adapter templates to enable rapid onboarding of new adapters.
Phase 3 (Weeks 9-12): Auditability & dashboards
- Demo dashboards showing delta fidelity, replay fidelity, and containment latency.
- Harden governance proofs and privacy budgets; integrate with PortaLedger-like proofs if possible.
Notes
- This MVP intentionally uses toy cryptography placeholders and in-memory stores for clarity. Replace with production-grade crypto and persistent storage in later phases.