Home Case StudiesUrbanTrans Fleet Telematics & Automated Dispatch Engine

Operational PlatformsLogistics & Fleet Operations•4.5 Months

UrbanTrans Fleet Telematics & Automated Dispatch Engine

Real-time GPS vehicle tracking, automated route dispatching, fuel consumption telemetry, and driver safety scoring for a fleet of 200+ commercial trucks.

Client: UrbanTrans Logistics•Enterprise Demonstration Solution

Fuel Expenses

-18%

Optimized Routes

On-Time Deliveries

97.8%

+21% Improvement

Vehicle Downtime

-34%

Predictive Maintenance

https://smartedgebangladesh.com/case-studies/fleet-telematics-dispatch-systemLive Production Delivery

UrbanTrans Fleet Telematics & Automated Dispatch Engine - Enterprise Architecture Showcase by SmartEdge Bangladesh

Project Overview

UrbanTrans needed an enterprise logistics platform to track 200+ delivery vehicles across regional highways, eliminate fuel pilferage, and automate delivery route assignments for drivers via mobile tablets.

THE BUSINESS CHALLENGE

Route Inefficiencies, High Fuel Theft & Late Deliveries

Commercial trucking requires live telemetry, geofence breach notifications, and automated route optimization algorithms to minimize kilometer travel per drop.

Drivers taking unauthorized detours and idling engines, leading to astronomical fuel expenditures.

Dispatchers spending hours manually planning delivery stop sequences on paper maps.

Customers constantly calling dispatchers because of zero real-time delivery visibility.

THE SMARTEDGE SOLUTION

IoT Telematics Ingestion & Real-Time Leaflet Fleet Map

High-throughput Node.js microservice handling thousands of GPS packets per second, feeding a Next.js live control tower with WebSockets.

Live interactive fleet map tracking vehicles with sub-3 second updates, speed alerts, and route playback.

Automated route optimization sequencing delivery stops to minimize fuel and driving time.

Driver mobile app providing turn-by-turn stop guidance, digital Proof of Delivery (e-POD), and barcode parcel scans.

System Architecture & Interface Previews

Interface Component 01

Live Fleet Dispatch & Telemetry Control Tower

Map showing real-time truck locations, current speeds, remaining fuel levels, and geofence alerts.

Interface Component 02

Automated Route Optimizer

Algorithmically sequences multi-stop delivery drop-offs to cut travel distance and toll fees.

Interface Component 03

Driver Digital Proof of Delivery (e-POD)

Mobile interface capturing customer recipient signatures, photos of delivered goods, and timestamped GPS coordinates.

Execution Sprints & Methodology

IoT Device Integration

Configured GPS hardware protocols (OBD-II / CAN-bus) for vehicle data streaming.

Telemetry Stream Processor

Engineered Redis time-series database to handle high-frequency location ping streams.

Control Tower UI Design

Created an intuitive dispatcher interface with color-coded vehicle statuses and traffic overlays.

Driver App Engineering

Built an offline-capable React Native mobile app with digital signatures and camera photo proof.

Fleet Pilot Deployment

Deployed on 25 trucks before rolling out across the entire 200-vehicle fleet.

MEASURABLE BUSINESS IMPACT

Verified Project Outcomes

18% Fuel Cost Savings

Route optimization and idle-engine alerts cut monthly diesel fuel expenses substantially.

97.8% On-Time Arrival

Automated routing helped drivers avoid highway congestion and bottlenecks.

Zero Paper PODs

All delivery confirmations available instantly in the billing system, accelerating customer invoicing.

Technologies Deployed in This Solution

Next.jsTypeScriptNode.jsRedisPostgreSQLWebSocketsDockerTailwind CSS

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