Put Intelligence Behind the Wheel
Build fleet systems that reduce costs and improve safety.
Fleet Management Software
Manage vehicles, drivers, and maintenance with intelligent fleet platforms.
Visibility That Drives Decisions
We unify vehicle health, telematics, and maintenance into one actionable view.
Fuel analytics, driver safety scoring, service scheduling, and alerts reduce downtime and total cost.
Serving Fleet Operators
Platforms designed for scale and visibility.
Track, optimize, and manage fleets.
Improve routes and safety.
Boost efficiency in last-mile delivery.
Manage vehicles and compliance with ease.
Fleet Solutions That Work
We provide the features that fleets need to run efficiently.
Real-time GPS visibility.
Monitor safety and performance.
Predict and prevent breakdowns.
Optimize costs and efficiency.
Ensure regulatory readiness.
Our Fleet Development Process
We design systems that improve fleet ROI.
Define operational challenges.
Build scalable, secure frameworks.
Develop and refine modules.
Ensure uptime and adoption.
AI That Powers Fleet Management
AI improves safety, efficiency, and cost control.
GPS Data
Real-time vehicle tracking.
Driver Logs
Hours, performance, and compliance.
Maintenance Data
Service history and diagnostics.
Fuel Data
Consumption and costs.
Incident Reports
Accidents and violations.
Risk Scores
Optimization Models
Forecasting
Anomaly Detection
Monitoring
Driver Safety Dashboards
Track habits and risks.
Predictive Maintenance Alerts
Prevent costly downtime.
Fuel Efficiency Reports
Cut operational costs.
Compliance Tracking Tools
Simplify reporting.
Fleet Optimization Dashboards
Boost utilization rates.
Build fleet systems that reduce costs and improve safety.
Case Study•
Built with Hema Maps, this rugged Android app powers navigation and asset tracking across remote Australia—even offline. Designed by White Widget.
Article•
Explore how Digital Twins are transforming smart transportation through predictive maintenance, AI integration, and vendor-neutral system design; powered by semantic modeling and knowledge graphs.