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While GPS might have gained most of its traction in the last two decades, the fact is, this useful technology has been around since the 1960s. Originally designed for military use, the government launched a number of satellites into space that shared data with devices on the ground. From the late 1970s to the early 1990s, only the military had any regular access to GPS data and coordinates. Even with numerous satellites being launched and a number of GPS systems being developed, the purposes and uses for GPS were fairly limited to just geo-coordinates and navigation.
By 1996, the Clinton administration saw the value in making this technology and data commercially available. The administration issued a policy directive that created a dual-use GPS satellite system. This allowed both the military and the civilian population to have access to these highly accurate sets of data and information. As more companies and research groups began to use GPS, many realized how valuable this technology could be for tracking assets and vehicles.
But the first commercial, and military for that matter, GPS units were unwieldy, to say the least. If a business wanted to track their fleet, each truck would have to be outfitted with an enormous tracking device. On top of that, they would have to pay exorbitant amounts of money to access a GPS satellite system. For a while, only the most ambitious, or wealthy, businesses could afford to utilize a GPS system. But thanks to two decades of advances in tracking technology, wireless communication, and internet systems, it’s now easier, and more affordable than ever to install a GPS unit on every vehicle in your fleet.
How GPS Tracking Works
Your GPS doesn’t do all the work itself. Indeed, it’s just one small part in a much larger network that provides you with your location data. To get the accurate, real-time location data that your business relies on, your GPS device leverages a network of about 30 satellites that are in constant orbit around the earth. These satellites hang in space about 12,000 miles above the earth and can be accessed by anyone with a GPS enabled device.
Anywhere you stand on the planet, your GPS device will use radio signals to communicate with at least four individual satellites. Each of these satellites sends a different set of location information about its position and the current time. Your GPS determines how far away the satellite is based on how long it took to receive that information. After receiving information from three satellites, your device uses trilateration to present you with an accurate location.
Trilateration is a complicated term for a fairly straightforward process. Essentially, when your GPs connects with three different satellites, your GPS thinks about how far away you are from each of them. It knows that you’re within a given range of the satellite, which can be thought of as a circle. The GPS looks for the points where those three circles intersect and presents that data to you.
In order for your GPS to figure out where the satellites are, it relies on a series of ground stations here on earth. These stations pinpoint exactly where the satellites are in space.
The Different Types of GPS Tracking Devices
When it comes time to adopt a GPS tracking system and supporting network of devices, you’ll be presented with a variety of choices. At Skypatrol, we offer a complete complement of devices to best meet your needs. Some devices rely on a connection to the vehicle itself, while others use a battery backup.
Ultimately, what you’re trying to track, how you want to track it, and what you want to use that data for will influence your choice of GPS unit.
Battery-Powered GPS Trackers
As the name implies, these GPS units do not rely on the vehicle’s power supply in order to function. These units rely on a large battery, and to save power, do not broadcast their location as frequently as other units. A battery-powered GPS might report its position every 15 minutes while in motion, and every four while still.
Hardwired GPS Trackers
These GPS units are wired directly into the vehicle itself, relying on its power supply. This makes them well-suited for vehicles with diesel engines or OBD II ports. These units can be easily hidden within the vehicle, which makes them great for fleet managers who are tracking work trucks.
Plug-In GPS Trackers
These GPS units fit into the OBD II ports in a vehicle and can track a vehicle when it is running, or when it is off. Those working in car sales or asset recovery can benefit from the use of a plug-in device. Plug-in and hardwired units will broadcast their location about every minute the vehicle is moving and every hour when the vehicle is still.
The Industries Using GPS Right Now
Realistically, nearly everyone in every industry is utilizing a GPS system of some kind and in some capacity. Thanks to the proliferation of GPS-enabled smartphones, it’s easier than ever to get access to reliable GPS data. But not every industry can simply rely on a simple smartphone interface. They might require a much more detailed, and more tailored GPS management system.
Transit is perhaps one of the most obvious users of GPS devices and was an early adopter. Airplanes, buses, trains, and even ride-sharing services all use GPS systems to ensure that their passengers and cargo are arriving on time and to the right destination.
Trucking also makes use of GPS systems to ensure that their drivers are following the most direct and fastest routes. Fleet managers can also utilize that data to project and manage fuel costs, schedule maintenance trips, and ensure deliveries are made on time and under budget.
Most law enforcement and emergency response agencies now make use of GPS systems. By having a clear understanding of where their first responders are, dispatchers can send the nearest unit to respond to a call, saving time, energy, and even lives.
How They’re Benefiting
Each of these industries is using their GPS systems for different purposes, but are all interested in similar data sets and goals. A GPS device allows you to track your fleet, deliveries, or assets in near-real-time. This allows managers and dispatchers to make on-the-fly decisions about route changes, additional stops, or whether that vehicle needs to move at all. They’re also monitoring factors like speed and performance. Metrics like these lets them measure response time and driver safety, which can be used in reviews, hiring decisions, and more. By controlling which vehicles are being used, and when and why, managers and dispatchers can more accurately determine the readiness of their fleet, it’s condition and any associated repair costs.
Ultimately, no matter which industry you’re in, using a GPS system helps you save time, and more importantly, money. You’ll save on fuel costs, limit your insurance and liability costs, improve your customer satisfaction, and lower your repair costs.