Engine Hours


Fuel Consumption


Working Hours


Cultivated Area


Engine Hour

Engine hour tracking is an important aspect of heavy equipment maintenance and operation. By accurately tracking the engine hours, construction companies can ensure that the equipment is being used efficiently and that regular maintenance is being performed. This helps to prevent costly breakdowns and prolongs the life of the equipment. Telematics and IoT devices provide an effective way to monitor and record engine hours, as the data can be easily accessed and analyzed remotely.

Working Hour

Our solution involves using technology to accurately track the engine hours of construction machinery rental equipment. This includes recording the total engine running hours, total working hours, total travelling hours, and total idling hours. These hours are calculated from the machine’s electronic control unit and cannot be easily manipulated. This helps to prevent cheating and increase productivity, fuel economy, and decrease maintenance costs.

Idling Hour

Monitoring idling hours of heavy equipment is an important aspect of cost management and maintenance. Idling machines are not generating revenue, but they still consume fuel and wear down on the machine, which ultimately decreases its resale value and increases maintenance costs. By monitoring idling hours and setting thresholds, companies can receive immediate notifications or sound alerts when a machine exceeds the threshold time. This allows operators and owners to take action and minimize unnecessary idling, which can lead to cost savings and improve the overall efficiency of the equipment.

Engine RPM

Monitoring Engine RPM of heavy equipment is an important aspect of performance optimization and fuel efficiency. The RPM parameter can be used to analyze the idling, working and travelling status of the machine. By reducing RPMs to 50% of the maximum value, fuel efficiency can be improved by 15-30%. Our monitoring solution allows for real-time monitoring of acceleration and RPMs, setting of RPM limits, and alarm notifications for fleet managers and operators when limits are exceeded. This allows for more efficient use of the machine and cost savings in fuel consumption.

Engine Coolant Temperature

Monitoring the engine coolant temperature of heavy machinery is essential for preventing major mechanical failures. The engine coolant is responsible for removing excess heat from the internal combustion engine and transferring it to the atmosphere through the radiator, thus maintaining the temperature of the engine. Our monitoring solution allows for real-time monitoring of engine coolant temperature and sends immediate notifications or sound alerts to the operator and owner when the temperature exceeds threshold values. This ensures that the engine is operating within safe temperature ranges and can help prevent costly repairs or downtime.

Fuel Level

Real-time fuel level monitoring of vehicles using a sensor. Provides information on fuel consumption, fillings, and thefts. Built-in sensor has 90% accuracy, while installing a separate sensor guarantees 99% accuracy. Improves precision and deviation of only ± 1 litre for every 100 litres. Fuel level monitoring system provides real-time data on fuel consumption, fillings, and thefts, which can be used to improve efficiency and prevent losses. The system can be customized with our advanced fuel level sensor for increased accuracy of up to 99%.

Fuel Consumption

The Fuel consumption monitoring system allows fleet operators or owners to track and control the fuel usage of vehicles, heavy machinery, generators, and ground tanks. It can help to reduce fuel costs, which are often a significant part of total fleet expenses. With our fuel monitoring solution, it is possible to save up to 30% of fleet financial expenses by eliminating fuel misuse and increasing the ROI of your business. The system allows you to identify the actual cost of every single trip and working hour.

Cultivated Area

This feature allows farmers and agricultural operators to efficiently plan and manage their field operations, ensuring optimal use of resources and maximum yields. Additionally, it can help identify areas where improvements or changes in equipment or techniques may be needed to improve cultivation. Overall, this feature provides valuable insights into field operations that can help farmers and agricultural operators make data-driven decisions to improve productivity and profitability.

Engine Blocking

Engine Blocking is a feature that prevents the engine from starting in certain conditions. It can be used to prevent cheating operators from using machines outside of assigned areas or for personal use. The feature can be controlled by geo-location, time intervals, or manually via SMS commands. It helps to increase security and prevent unauthorized use of the machine. Additionally, it can also be used to reduce fuel consumption and increase the overall productivity of the fleet.


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