Indian commercial fleets face rising operational pressures, unpredictable costs, and safety concerns.LxGio’s Fleet Management System is built to solve these operational gaps with precision, accuracy, and scalable digital automation.Key issues include :
LxGio is an enterprise-grade fleet intelligence platform that gives fleet owners end-to-end control over vehicles, drivers, fuel, trips, and operational costs.LxGio delivers fleet-wide clarity to reduce costs, improve safety, and automate decision-making.
Fleet operators require precise visibility, reliable data, and high-accuracy telematics to control costs and improve fleet-wide efficiency. LxGio’s platform delivers a unified set of advanced features built for commercial fleets in India. LxGio combines high-precision tracking, fuel intelligence, and automation to streamline operations and reduce fleet operating costs at scale.
Different industries face unique fleet challenges—from harsh mining conditions to strict cold chain compliance. LxGio adapts to diverse operational environments with sector-specific telematics intelligence.LxGio provides industry-tailored visibility and automation to manage diverse fleets under varied operational conditions.
Operational efficiency and cost control depend on accurate data, stable hardware, and reliable analytics. LxGio delivers enterprise-grade telematics performance trusted by commercial fleets nationwide. LxGio ensures measurable ROI and operational clarity, enabling fleets to run safer, faster, and more efficiently.
It is a digital platform that helps businesses track vehicles, monitor operations, and manage day-to-day activities. Data is collected from onboard devices and sensors, processed in real time, and displayed on a dashboard that shows location, fuel, driver actions, alerts, and reports.
It centralizes vehicle, driver, fuel, and trip information. This enables fleet owners to monitor movements, analyze performance, identify inefficiencies, and make better operational decisions.
The location data is refreshed continuously using GPS, GSM, and telematics signals. Under normal conditions, accuracy typically falls within a few meters, ensuring reliable trip visibility and timely alerts.
Businesses gain better control over fuel consumption, improved driver safety, timely maintenance planning, reduced delays, and more visibility across routes and assets. These improvements help fleets operate more efficiently.
Devices installed in vehicles capture inputs from GPS modules, engine interfaces, sensors, and cameras. This data is securely transmitted to the platform, where it is analyzed and converted into actionable insights.
Yes. Indicators such as harsh acceleration, sudden braking, overspeeding, cornering, and extended idling are detected. These insights help improve driving discipline and reduce risk.
The platform detects sudden drops in fuel level, irregular refills, and unusual consumption patterns. Alerts are generated instantly so fleet managers can take timely action.
Maintenance reminders are created using odometer readings, usage cycles, and engine health information. Upcoming service items—such as oil changes, filter replacements, or inspections—are highlighted before issues occur.
Most features require basic hardware like GPS units, while advanced functions may need fuel sensors, CAN interfaces, or dashcams. The requirement depends on the fleet’s operational goals and vehicle types.
Yes. LxGio supports integrations through APIs so that operational data can flow into existing management systems used for logistics, billing, and compliance.
It works across trucks, buses, construction equipment, mining vehicles, refrigerated units, and other specialized assets. Each type is monitored using relevant parameters.
Pricing varies based on hardware, number of vehicles, and required features. Businesses can choose from basic plans to advanced telematics configurations depending on their needs.
Certain categories—such as public transport vehicles, school buses, and specific regulated segments—require certified tracking devices under AIS-140 standards.
The process includes hardware installation, creating user accounts, enabling alerts, and a short training session. Most fleets are able to start using the system quickly.
Fleets usually notice better visibility and reduced inefficiencies within the first few weeks, especially in areas like fuel usage, routing, and safety.
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