PegasusDocs
Sovereign Physical Distribution Platform · Cluster Node
Official operational blueprints, mathematical dispatch algorithms, and interface specifications for the Pegasus multi-tenant global logistics operating system.
Pegasus OS is a mission-critical supply-chain execution engine connecting 6 distinct operational roles into a single synchronized data plane. From supplier vetting and warehouse pick waves to Google OR-Tools CVRP routing, driver turn-by-turn mobile execution, and double-entry ledger settlement, Pegasus eliminates data siloing and tribal operational handoffs.
Architecture & Performance Highlights
Deterministic Consistency
Google Cloud Spanner and transactional PostgreSQL outboxes guarantee zero phantom inventory across all hubs.
Sub-second Fanout
Kafka event streams fan out state changes to all 6 operational role applications in under 40 milliseconds.
Offline Resilience
Driver and gate terminals maintain full operational capability during cellular blackouts via local SQLite CRDT sync.
Synchronized Cross-Role Order Execution Flow
Sequence Flow1. Retailer places order via Telegram Mini-App or Web Portal with credit-limit precheck
2. Supplier Control Plane verifies inventory reservations and confirms multi-warehouse allocation
3. Warehouse Desktop batches orders into optimal pick waves and triggers CVRP cluster optimization
4. Driver Mobile App accepts route manifest, inspects cargo, and verifies digital tamper seal
5. Gate Security scans biometric QR token and releases vehicle onto metropolitan transit corridor
6. Delivery verified with GPS geofence + OTP; Double-entry ledger commits cash or card debit
* Every state transition is guarded by a mutating handler contract and transactional outbox emission.
Standard Operating Procedure
Understand the Sovereign Role Architecture
Every actor in the Pegasus ecosystem interacts through an interface engineered specifically for their physical environment: suppliers use a high-density web command center, warehouse leads use a keyboard-first Tauri desktop terminal, drivers use a glove-compatible native mobile app, and retailers use a zero-friction Telegram Mini-App.
- Verify tenant identifier and cell assignment (e.g., cell-uz-tashkent-01)
- Ensure double-entry ledger accounts are initialized in minor units (tiyins/cents)
- Confirm WebSocket coordination channels are listening for your role
Verify Invariant Guardrails Before Execution
Pegasus enforces strict transactional invariants. No order can transition to In Transit without a verified tamper seal ID. No payment can be marked settled without an exact ledger offset. And no driver can be dispatched without passing pre-trip inspection.
# Check cluster health and active tenant status
curl -X GET "https://api.pegasus-logistics.io/v1/health" \
-H "Authorization: Bearer ${PEGASUS_JWT_TOKEN}" \
-H "X-Cell-Id: cell-uz-tashkent-01"Deploy and Configure Operational Nodes
Connect your local edge terminals to the sovereign cluster gateway. Drivers download the native APK/IPA, while warehouse dispatchers launch the local Tauri desktop bundle with local thermal printer bindings.
Strict Architectural Separation
pegasusX uses Google Cloud Spanner and Apache Kafka for global multi-tenant enterprise scale, while pegasus.x uses PostgreSQL 16 and Redis Streams for sovereign national deployment. Never mix database drivers or messaging adapters across repositories.
Real-time Telemetry Caching
Driver GPS breadcrumbs are cached in Redis Geospatial indexes before being batched into persistent time-series tables, guaranteeing real-time map tracking with negligible database write pressure.
Operator Execution Checklist
0/3 VerifiedJWT tokens possess required claims: supplier:admin, warehouse:operator, or driver:transit.
Warehouse dock zones and retail drop-off polygons configured with a minimum 50m tolerance.
Gate terminals paired with Bluetooth BLE or QR tamper-seal scanners.
Keep Exploring Pegasus Architecture & Operations
Based on the invariants, physical actors, and data flows of this module, explore these recommended companion guides and operational playbooks.
15-Minute Quickstart
Walk through creating your first order, generating a warehouse pick wave, and simulating driver delivery.
Supplier Control Plane
Master the high-density supplier web portal for inventory allocation, vetting, and financial overview.
CVRP Route Optimizer
Understand the mathematical CVRP constraint engine that clusters retail stops and minimizes fuel burn.