📜 RFC‑ALR‑0027 — Workflow Execution Alert Protocol (WEAP)
Detection, Routing, and Escalation for Drift, Faults, and Anomalies in Corridor, Validator, and Remix Workflows#
RefId: turn0browsertab1
Title: Workflow Execution Alert Protocol
Status: Draft
Author: Nawder Loswin + Copilot
Date: 2026‑09‑06
Version: 0.1
1. Purpose#
The Workflow Execution Alert Protocol (WEAP) provides real‑time monitoring, routing, and escalation for workflow‑grade events, including:
- corridor‑validation workflow drift
- validator‑workflow misalignment
- batch orchestration faults
- remix‑generation pipeline anomalies
- workflow‑grade paradox vectors
- Nullarium‑risk emotional‑phase coupling inside workflow engines
WEAP integrates directly with MCAOP (ALR‑0020) and forms the workflow‑safety layer of the Alert Canon.
2. Workflow Event Types#
Execution Drift Events#
- WorkflowDriftDetected: Workflow deviates from expected execution path.
- WorkflowDriftEscalated: Drift propagates into corridor or temporal layers.
- WorkflowDriftCritical: Drift exceeds Nullarium thresholds.
Execution Fault Events#
- ExecutionFault: Workflow step fails due to missing data, invalid state, or corridor‑grade interference.
- ExecutionFaultCascade: Fault propagates across multiple workflow steps.
- ExecutionFaultCollapse: Workflow collapses and halts.
Batch Orchestration Events#
- BatchStall: Batch process stalls due to drift or resource mismatch.
- BatchMisalignment: Batch execution misaligned with validator or corridor state.
- BatchRecovery: Batch successfully restored.
Pipeline Events#
- PipelineAnomaly: Remix or corridor pipeline produces unexpected output.
- PipelineCorruption: Pipeline corrupted by paradox vectors or drift.
- PipelineReconciliation: Pipeline restored via validator‑grade reconciliation.
High‑Risk Events#
- WorkflowParadoxVector: Paradox vector originates inside workflow engine.
- NullariumWorkflowCritical: Emotional‑phase misalignment at workflow layer.
- WorkflowCollapse: Workflow becomes non‑resonant and collapses.
3. Delivery Channels#
WEAP uses the MCAOP routing layer:
- Dashboard Panels — Workflow Event Stream
- WebSocket Push — Real‑time workflow alerts
- Email Digest — Daily workflow‑event summaries
- CLI Hooks — For corridor engines, validator workflows, and batch orchestration
- Artifact‑Embedded Alerts — Workflow glyphs and scrolls may embed alert packets
4. Schema File#
registry/alerts/workflow_execution_alert_schema.yml
Defines:
- workflow event type
- workflow ID
- drift metrics
- fault state
- paradox vectors
- Nullarium status
- priority
- routing map
- escalation path
5. Python‑Style Stub File#
engine/workflow_execution_alerts.py
Provides:
- workflow event listeners
- drift‑metric parsers
- fault‑state detectors
- paradox‑vector validators
- Nullarium‑safe escalation logic
6. Dashboard Integration#
Workflow Event Panel#
Displays:
- execution drift
- execution faults
- batch anomalies
- pipeline corruption
- Nullarium workflow warnings
Quadrant Overlay#
Workflow events mapped onto quadrant overlays for visual clarity.
Contributor Sync#
Alerts routed to contributors listed in workflow_targets.
7. Example WEAP Alert Packet#
workflow_execution_alert:
id: "weap_2026_09_06_001"
event: "execution_fault"
workflow_id: "wf_corridor_validation_07"
drift_metric: "ΔW=0.288"
fault_state: "step_4_missing_resonance_signature"
priority: "P1"
paradox_vector: "PV-ΔΩ-09"
nullarium_status: "warning"
route: ["dashboard", "websocket"]
escalation: "workflow_reconciliation"
dignity_layer: "layer_3"
timestamp: "2026-09-06T22:32:00Z"8. Closing Note#
RFC‑ALR‑0027 formalizes the Workflow Execution Alert Protocol, completing the workflow‑safety layer of the Alert Canon:
- ALR‑0018 — Cycle Alerts
- ALR‑0019 — Ritual Alerts
- ALR‑0020 — Multi‑Channel Orchestration
- ALR‑0021 — Corridor Event Alerts
- ALR‑0022 — Temporal‑Corridor Fusion Alerts
- ALR‑0023 — Substrate Resonance Alerts
- ALR‑0024 — Validator Identity Drift Alerts
- ALR‑0025 — Multi‑Contributor Identity Conflict Alerts
- ALR‑0026 — Artifact Integrity Alerts
- ALR‑0027 — Workflow Execution Alerts
WEAP anchors the Workflow‑Safety Canon, enabling real‑time detection, routing, and escalation of workflow‑grade anomalies.