Car trackers how do they work

Your complete guide to long-haul trucking: We explain what long-haul truckers do, how they compare to short-haul, and how to become one. Read more. Wondering how to calculate IFTA tax? Follow our step-by-step instructions on calculating this tax, including how and when to file. We explain the information you need to know, including who is subject to these regulations.

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? Learn more. The adverse driving conditions exemption affects the amount of time a driver can be on the road. Learn more about driving in adverse conditions and what the HOS exemption update means to you.

Safety KPIs track your objectives regarding safety goals and performance. For safety KPI examples and for information on what metrics to track, click here.

Fleet insurance keeps your assets covered in one policy. Discover the different types of insurance, costs, and how to choose the right policy. Fleet operating costs can quickly add up. Find total cost of ownership TCO and ways to reduce your fleet maintenance and operations costs. Jan Quarnberg shares what it's like to be a truck driver in , how he got started in trucking, and what safety means to him. What are fleet utilization metrics and why are they important? We explain benefits for both businesses and drivers and detail metrics to track.

Fleet accident management can help improve the safety of your team. From tracking your fleet to installing dash cams, learn how to help prevent accidents with the right solutions. What is the Hour 8-Day rule? We explain everything you need to know about staying compliant, including penalties for non-compliance. Learn more now! More driver safety companies are claiming to leverage AI-powered dash cams to detect risky driving.

How can you tell if they actually work? Prepare yourself to ask the right questions with this list. Many fleet safety tech vendors today say they use AI, but what does that really mean? How can you tell if their AI will actually detect risky behaviors and shed light on the moments that matter?

PSP driver reports give fleet managers all they need to know about potential hires. While semi-truck idling is a necessary part of daily fleet operations, understanding how to manage fuel consumption can save your fleet significant money. Read this article to learn more. What is fleet management technology?

We mentioned earlier that GPS has moved beyond dots on a map. It can also flag unsafe driving like hard stops, hard cornering and sudden acceleration. By monitoring driver behavior, you can encourage better driving habits fleetwide. Months after the utility implemented the solution, one line worker used it to call for help when his truck caught fire while he was in the bucket of his truck servicing a power line. The feature saved his life.

And a food transportation company worked with us after a series of rollover accidents that resulted in at least one fatality. GPS Insight created an in-cab alarm that would let drivers know when they were approaching the correction curve.

Choose solutions to demo. Sales: Support: Login. Contact Us Now. The data arrives at a server, which allows you too access the information from a tablet, smartphone, or computer.

Fleet software can organize the data to provide insights that matter to your organization. Author: Lance Holt. Content Marketing Specialist. But how does that all happen? How does tracking via GPS work? The Tracking Process The tracking device is installed into a vehicle or piece of equipment or asset to gather all sorts of information including speed, idle time, diagnostics, etc. What Can the System Track? Cut Out the Side Jobs Some fleet managers find out that employees are using company vehicles for side jobs.

Track All Your Assets Fleet tracking solutions work for all mobile assets, not just vehicles. They can get information that helps them solve issues such as compliance, efficiency, and safety.

But how does this happen? What is GPS tracking and how does it work? The system involves a network of satellites orbiting around the Earth and devices that can help determine an object or a person's location. Initially developed in the s for military application, GPS technology eventually became available for public use in , and advances and use cases have increased over the decades. These days, GPS has a range of uses, from military exercises across the globe to directions that help drivers find their way.

This network consists of satellites that communicate with GPS devices to provide information on the current location, direction, time, and speed of the vehicle being tracked.

GPS tracking devices send special satellite signals that are processed by a receiver. These GPS receivers track the exact location of the GPS device as well as compute their time and the velocity they are traveling.

These positions can also be computed and represented in three-dimensional views using four types of GPS satellite signals. GPS systems consist of three segments: space, control, and user. The Global Positioning System is made up of 27 satellites that orbit the Earth. Of these 27 satellites, 24 are operational, and three are backup satellites if one of the other 24 fails. These satellites orbit the Earth every 12 hours and send signals that are received by GPS receivers.

The Positioning System is controlled by different tracking stations located around the globe. These stations pick up microwave carrier signals transmitted by the satellites, and the GPS receivers convert these signals into data such as velocity, time, and position. GPS receivers receive the signals sent by GPS satellites and use them to determine the user's position in space and time.

There are a few ways a GPS tracking system can work. Commercial GPS devices are often used to record the location of vehicles during their journeys. Some systems will store information within the GSP system itself, this is called passive tracking. Other systems regularly send data to a centralized database through a modem, this is called active tracking or 2-way GPS. Passive GPS tracking monitors location and stores data on trips based on specific events. This type of system can log data on where the devices have been in the past 12 hours.

It stores the data internally or on a memory card, which is then downloaded to a computer to be analyzed later. In some systems, the information is downloaded automatically at a set time or can be requested periodically during the journey. Passive GPS entails real-time tracking systems that automatically send information to a central tracking portal as it happens. This type of system is used on most commercial applications, such as monitoring and tracking children or the elderly, since it lets caregivers know where their charges are at all times.

This type of system is also used to monitor employees' behavior as they work and streamlining fleets' operations. Most people are familiar with the most common uses of GPS technology, such as mapping and surveying, getting directions, and keeping track of children. But there are many other uses you may never had realized were out there. GPS plays an important role in all types of applications used by the military and first responders as well as commercial and personal uses.

Here are some of the ways GPS tracking systems are used. Initially developed by the military, GPS is still used to track troop movements, aircraft, navigation at sea, and more.

This is very important for military units stationed in unfamiliar territory or on the move at night. GPS tracking is also used in search and rescue operations. It helps rescue teams keep track of where they've searched or even get information from a lost person's phone or GPS device.