Driver Tracking Systems by Linxio

Some of the most commonly addressed queries revolving around driver tracking include precisely tracking drivers along with corresponding fleet vehicles and the amount of fuel consumption recorded per trip.Vehicle tracking is a system that combines the car location with the tracking software that collates data for furnishing a report that showcases the multiple locations that the vehicle has been at.To be specific, a driver tracking system makes use of GPS to track the location of the designated car.

The car location captured can be analysed using dynamic data mapping system via specialised software.Car GPS trackers, unlike personal GPS trackers, make use of active live tracking with added geo-fence tech. Vehicle GPS trackers offer the end-user complete peace of mind through real-time tracking.

The tracker device makes use of sim card and IoT based mobile app accessible through a mobile phone. The tracker for car uses high quality advanced GPS sensors for better precision.A driver tracking system may make use of either active or passive tracking systems or both.

Modern vehicle tracking systems combine both active and passive tracking systems for better vehicle tracking with enhanced precision and real-time data.Mostly, a driver tracking system is a plug & play device that can be easily integrated into the vehicle that requires tracking and remote monitoring. The electronic tracker or a tracking device is plugged into the onboard diagnostics that are part of the vehicle primarily.

The tracker may or may not contain a battery for a power source or might derive power directly from the source, i.e., the vehicle.

A GPS tracking technology system is made up of the following components:GPS trackingData tracking serverCustomised mapping interfaceApplications Of Driver Tracking System:Driver TrainingDriver Monitoring SystemDriver BehaviourGPS Fleet TrackingVehicle Location TrackingSafe Driving ReportageFleet Operations DataDriving BehaviourFleet management and fleet trackingRoute optimisationScheduling and dispatchVehicle security and safetyOnboard diagnostics monitoringFuel usage monitoringAsset tracking & asset managementField service managementMonitor drivers in real-timeIndustries That Gain From Vehicle Tracking Technology:ChemicalConstructionTransportation & LogisticsOil, Gas & MiningFood & BeverageHospitality IndustryDelivery & Dispatch ServicesHealthcare & Emergency ServicesVehicle & Equipment Rental ServicesFarming, Forestry & AgriculturePrivate & Government Defence SectorDriver Tracking is part of a larger ecosystem that falls under vehicle tracking systems. A vehicle tracking generally combines the live vehicle location on an individual vehicle with an IOT based software that collects the fleet data to generate vehicle locations as a whole. Modern vehicle tracking systems commonly use GPS or GLONASS technology to track and locate vehicles irrespective of make and type.

Modern vehicle tracking systems combine both active and passive tracking systems for better vehicle tracking with enhanced precision and real-time data.Mostly, a vehicle tracking system is a plug & play device that can be easily integrated into the vehicle that requires tracking and remote monitoring. The electronic tracker or a tracking device is plugged into the on-board diagnostics that are part of the vehicle primarily.

The tracker may or may not contain a battery for a power source or might derive power directly from the source, i.e., the vehicle.

How can Linxio help businesses?Maximise Your Fleets potential through complete fleet management and vehicle tracking. Linxio helps businesses to enhance productivity & efficiency, boost profits and ROI and save more on fuel & labour costs.

With Linxio, you can:Track, identify and prevent unauthorised use of business or work vehiclesTrack, control and evaluate fleet fuel costsReduce labour costs by decreasing the turn-over timeEnhance scheduling and dispatch through customised reportingImprove driver behaviourStill, need to learn more about GPS tracking and learn how Linxio can help businesses boost profits and offer customised tracking solutions to run fleets better.Give us a call to book a free demo and enjoy our 30 days free trial with a money-back guarantee. To learn more, click here.

Like what you read, leave us a feedback on Product Review AU or rate us on Google RELATED QUESTION Is it possible to take the column size of 750mm*750mm for G15? Before doing any model on computers a rule of thumb,in my opinion, is size of RCC column will be about 3 to 5 % of height of building. That is if building is 8 storied of near equal heights of floor 3M than building is about 24M tall.

Probably column size will be between 750mm to 1200mm. nHowever, spans in both direction will have to be considered[ Column spacing]. If spans in both direction is say 8M X8M than most probably 750mm X750mm may suffice.

But if span is 14M in one direction and 4. 5M in the other direction than you may be able to use 1/12 th of span and hence column size may be about 1.2M in 14M direction and 300mm to 400mm in that direction.

nSame is true for Steel columns but width of column[flange of column shall be 1/30th of height to keep lateral buckling of flanges if you are using rolled sections. This will satisfy the codal provisions and also widely used and published in many journals.Is it possible to take the column size of 750mm*750mm for G15?