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Kannaka Library / 0xSCADA / ADR-0022 — GitHub Issues for Implementation Waves
kannaka-labs/0xSCADA docs/adr/ADR-0022-issues.md · 2026-09-08 · source ↗ · edit ↗

ADR-0022 — GitHub Issues for Implementation Waves

Review before creating. These are drafts. Adjust labels, assignees, and milestones as needed.

Wave 1: Vendor Adapters + Regional Model

Issue 1.1: Implement Rockwell vendor adapter

Labels: wave-1, vendor-adapter, from-sin

Implement Rockwell/Allen-Bradley protocol adapter extending BaseAdapter (PR #313). Port interface definitions and protocol handling from SIN repo. Include:

  • EtherNet/IP and CIP protocol support
  • Tag-based read/write operations
  • Connection management and failover
  • Integration tests against simulated Rockwell endpoint

Issue 1.2: Implement Siemens vendor adapter

Labels: wave-1, vendor-adapter, from-sin

Implement Siemens S7/TIA protocol adapter extending BaseAdapter. Port from SIN repo. Include:

  • S7comm and S7comm-plus protocol support
  • DB/input/output/marker area access
  • Integration tests against simulated Siemens endpoint

Issue 1.3: Implement Emerson vendor adapter

Labels: wave-1, vendor-adapter, from-sin

Implement Emerson DeltaV/Ovation protocol adapter extending BaseAdapter. Port from SIN repo. Include:

  • OPC UA integration for DeltaV
  • Modbus TCP fallback
  • Integration tests

Issue 1.4: Implement Yokogawa vendor adapter

Labels: wave-1, vendor-adapter, from-sin

Implement Yokogawa CENTUM VP protocol adapter extending BaseAdapter. Port from SIN repo. Include:

  • Vnet/IP protocol support
  • OPC UA integration
  • Integration tests

Issue 1.5: Implement Schneider vendor adapter

Labels: wave-1, vendor-adapter, from-sin

Implement Schneider Electric EcoStruxure protocol adapter extending BaseAdapter. Port from SIN repo. Include:

  • Modbus TCP/RTU support
  • EcoStruxure API integration
  • Integration tests

Issue 1.6: Port regional topology model (East/West/NULL_ISLAND)

Labels: wave-1, infrastructure, from-sin

Implement the East/West/NULL_ISLAND regional zone abstraction from SIN:

  • Zone configuration and discovery
  • Regional failover logic
  • Jurisdiction-aware compliance routing
  • Latency-optimized command routing
  • Unit tests for zone transitions and failover scenarios

Wave 2: Verification Pipeline + Governance

Issue 2.1: Build 5-layer verification pipeline framework

Labels: wave-2, verification, from-sin

Implement the verification pipeline as a composable middleware chain:

  • Layer 1: OT Validation (physical plausibility checks)
  • Layer 2: AI Analysis (pattern recognition, anomaly scoring)
  • Layer 3: Governance Approval (multi-party auth gate)
  • Layer 4: Blockchain Anchoring (Ethereum/Hardhat v3)
  • Layer 5: Audit Sonification (audio representation)

Each layer must be independently toggleable via feature flags. Pipeline must integrate with ADR-0021's integrity verification plane.

Issue 2.2: Implement governance gate pattern

Labels: wave-2, governance, from-sin

Multi-layer approval mechanism for critical SCADA changes:

  • Define criticality levels (routine / elevated / critical / emergency)
  • Approval requirements per level (auto / single / multi-party / emergency override)
  • Approval timeout and escalation
  • Audit trail for all approval decisions
  • Integration with verification pipeline Layer 3

Depends on: #2.1

Wave 3: Paradox Resolution + Explainability

Issue 3.1: Port Paradox Resolution Engine

Labels: wave-3, conflict-resolution, from-quantumsingularity

Extract and adapt the Paradox Resolution Engine from QuantumSingularity for SCADA event conflict resolution:

  • Causal ordering of simultaneous commands
  • Priority hierarchy (safety > operator > automated)
  • Conflict detection and resolution strategies
  • Integration with ADR-0021 event integrity pipeline
  • Unit tests with concurrent conflicting command scenarios

Issue 3.2: Implement Explainability Monitor

Labels: wave-3, compliance, from-quantumsingularity

Port Explainability Monitor from QuantumSingularity:

  • Every automated decision receives an explanation score (0.0–1.0)
  • Reasoning chain capture for audit trail
  • CFR 21 Part 11 compliance validation
  • Integration with verification pipeline (decisions at each layer get explanations)
  • Dashboard endpoint for compliance officers

Depends on: #2.1

Wave 4: SingularisPrime Event Format + Flux Integration

Issue 4.1: Define SingularisPrime event schema for SCADA domain

Labels: wave-4, protocol, spacechild-integration

Define SCADA-specific SingularisPrime protocol blocks:

  • RESONANCE blocks for normal telemetry
  • TRACE blocks for sensor data provenance (signal type, confidence, observations)
  • EXPERIMENT blocks for A/B test results
  • AWAIT blocks for pending approvals
  • GR::EMIT for outbound SCADA events
  • Schema versioning strategy

Coordinate with SpaceChildCollective repo for protocol compatibility.

Issue 4.2: Publish SCADA events to Flux Universe

Labels: wave-4, flux, spacechild-integration

Implement Flux Universe publisher for pure-jade/scada-* topics:

  • Event serialization to SingularisPrime format
  • Flux Universe pure-jade namespace authentication
  • Topic partitioning strategy (per-zone, per-vendor, per-criticality)
  • Backpressure and retry handling
  • Feature flag to enable/disable publishing

Depends on: #4.1

Issue 4.3: Implement GR::LISTEN alert filtering

Labels: wave-4, alerting, spacechild-integration

Port GR::LISTEN detect/reject pattern for alert filtering:

  • Subscribe to inbound alert streams
  • Statistical pre-filtering (distinguish anomalies from noise)
  • detect/reject classification
  • Integration with verification pipeline Layer 2 (AI Analysis)

Depends on: #4.1

Wave 5: Self-Optimizing Loops + Decoherence Scheduler

Issue 5.1: Port Self-Optimizing Loops for PID auto-tuning

Labels: wave-5, optimization, from-quantumsingularity

Extract Self-Optimizing Loops from QuantumSingularity:

  • Process response curve observation
  • Drift detection from optimal parameters
  • Auto-tuning suggestions with confidence scores
  • Auto-apply mode (requires governance approval via Wave 2 gate)
  • EXPERIMENT framework integration for A/B testing tuning changes
  • Explainability scores for every tuning decision

Depends on: #2.2, #3.2, #4.1

Issue 5.2: Implement Decoherence Scheduler

Labels: wave-5, maintenance, from-quantumsingularity

Port Decoherence Scheduler from QuantumSingularity:

  • Sensor drift modeling over time
  • Equipment aging curves
  • Proactive maintenance schedule generation
  • Dynamic confidence interval adjustment for aging sensors
  • TRACE block metadata updates as sensor confidence degrades

Depends on: #4.1

Issue 5.3: Statistical process control for anomaly detection

Labels: wave-5, analytics, spacechild-integration

Implement statistical anomaly detection replacing threshold-based alarms:

  • z-score based detection for continuous signals
  • p-value significance testing for change detection
  • Cohen's h effect size for binary state changes
  • Integration with GR::LISTEN filtering
  • Dashboard for statistical alarm tuning

Depends on: #4.3