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LOGISTICS & FLEET OPERATIONS // ARCHITECTURE BREAKDOWN

Real-Time Telematics & Fleet Dispatch System

High-Concurrency WebSocket Ingestion & Driver Coordination

A high-throughput WebSocket telematics platform processing live GPS telemetry for regional dispatch coordinators and operations teams.

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Problem & System Strategy

The Architectural Challenge & Engineering Solution

// The Operational & Technical Bottleneck

The Challenge

Dispatch coordinators struggled with delayed vehicle location updates and manual route scheduling errors, leading to delivery bottlenecks and customer uncertainty.

// Applied Architecture & System Design

Engineering Approach

Built a high-concurrency WebSocket ingestion cluster with Redis BullMQ task queues, live map telemetry, and automated driver push notifications.

System Implementation Details

Production Architecture Highlights

Node.js WebSocket cluster with horizontal auto-scaling on Docker ECS
Redis BullMQ asynchronous queue managing route calculation tasks
Leaflet / Mapbox live vector mapping with animated vehicle markers
PostgreSQL PostGIS spatial database for geo-fencing and route logs
Technologies Applied

Technology Stack

Node.jsWebSocketsRedis BullMQDockerPostgreSQLLeaflet / Mapbox
Qualitative Engineering Outcome

Delivered live fleet tracking, automated route deviation alerts, and unified dispatch coordination across operational teams.

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