All the complexity of gathering the data is done in the background, so all you need to worry about is logging in to set up automated reports and alerts of the information that is important and relevant to you. There is a wealth of information that GPS data can show you to help overcome your unique business challenges.
The next step would be looking at data such as speeding, idling, unauthorized usage, job verification or actual hours worked vs. Like we mentioned earlier, GPS tracking is virtually everywhere, from our cell phones to aircraft to ships. One important application for this technology is fleet management.
Every organization that relies on vehicles has a great deal to gain from using GPS to track its mobile assets. Here are just a few ways GPS works to make commercial and government fleets safer and more cost-effective. They had no way of knowing who to dispatch for jobs, or even whether those jobs were getting done.
Now, fleet managers can assess which vehicles to dispatch to a site for service. Sending the nearest vehicle saves time, saves money through using less fuel and cuts emissions. And GPS technology can also monitor vehicle speed. Having GPS as a tracking solution lets you coach drivers to keep their speed down.
Some fleet managers find out that employees are using company vehicles for side jobs. You might also find that it helps protect your brand. Fleet tracking solutions work for all mobile assets, not just vehicles. Sometimes, customers will dispute how much time your employees spent at their site. They might even claim they were never there at all.
This technology solves that problem with positive proof of what happened. It may reveal that you have some problem employees. Your employees will be accountable to you. Improved customer service: With real-time fleet status, a fleet manager can help deliver a quality customer experience by providing more accurate arrival times and identifying the closest driver to a service call.
Optimized routing: GPS data can help fleet managers understand traffic and road conditions to dispatch their drivers on more efficient routes. Increased cargo security: GPS tracking systems can help replay a route to help fleet managers concerned about cargo theft spot unauthorized trips. Understanding driving behavior: With an engine control module ECM connection, fleets can also monitor certain driving habits, alerting managers to behavior that drivers can be coached on.
Beyond basic GPS fleet trackers, fleets have also started to use vehicle video to enhance their fleet management.
By adding video to their GPS tracking system, fleets can:. Use both GPS data and video confirmation to ensure goods are delivered or services are performed accurately and on schedule. Protect drivers and company reputation with captured video of collisions. Fleet managers can benefit from GPS technology as they work to build a better, more efficient business. How does a GPS tracker work for businesses? Get an alert when an employee is deviating from a specified route or area also known as geofencing.
Know if a vehicle is used after business hours, helping to protect company property. Plan more efficient routes for drivers to improve company profit and better serve customers. Ready to see how your business can benefit from GPS fleet tracking technology? Schedule a demo today to see the Lytx Fleet Tracking Service in action! Click here to learn more.
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From improving inventory management to maximizing warehouse systems, the importance of logistics is far-reaching. Learn more here. The future of truck driving is highly focused on autonomous driving. What are the benefits of this advanced technology in the trucking industry?
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To ensure uninterrupted GPS reception the tracker is also equipped with an additional battery if the tracker is not powered by the e-bike battery. The term mini GPS tracker is also likely but falsely used for small coin-seized Bluetooth location chips. This server forwards the data to the GPS app on the mobile phone. Therefore, the user effectively interacts with the GPS tracker.
The GPS signal with the location is transmitted to the smartphone via mobile communication standards of different generations such as 2G, 3G, 4G second, third and fourth generation etc. The 2G standard has been around since the s. This standard has a very high network density and is currently the most suitable technology for protecting vehicles such as e-bikes against theft.
In contrast to 2G, narrowband IoT technology has not yet been rolled out nationwide. It can have radio gaps, especially in rural areas. In this case, transmission to the mobile phone takes place via the 2G standard, which is currently the best solution for locating e-bikes and thus also for digital e-bike theft protection. The GPS transmitter is hidden inside the e-bike. A SIM card is integrated in it. An additional battery of the tracker ensures that the GPS tracker still receives and sends an alarm in case of emergency if the power supply e.
GPS is currently a worldwide radio-navigation system that depends on around twenty-four satellites and their stations on the ground.
GPS is able to provide real-time active and past navigation passive information of a journey. A mini GPS tracker is an active global positioning system real-time tracking. His best application area is for example the locating of people or pets, as well as theft protection of vehicles like trucks, cars, bicycles or e-bikes.
The size of a mini tracker determines his battery life. The location of a vehicle, a person or a thing is transmitted to the smartphone via mobile communication standards of different generations like 2G, 3G, 4G or Narrowband IoT. For the time being, the 2G standard is the best technology to be used in protecting e-bikes against theft, the reason being that the GPS technology is stable and comprehensive.
With GPS tracking apps, we are able to query the exact location of vehicles, equipment and the like at any time via smartphone. The main disadvantage of GPS trackers is that they rely on obtaining data from at least three satellites 2D position and four satellites 3D position ; if they connect with fewer satellites, the positioning cannot be more accurate and does not allow real-time tracking.
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