Technology moves at a rapid pace, and the world of GPS tracking is no exception. Trackers are smaller and more powerful than ever, and these devices continue to evolve and improve. If you’re not familiar with the latest advancements in GPS technology, you may be in for a surprise. This area is in a constant state of development, and the future holds some interesting developments for GPS tracking. Let’s take a peek at what lies ahead for various aspects of GPS technology.
More and more businesses are turning to GPS technology as an effective way to manage their vehicles, their employees and their assets. Businesses use GPS vehicle tracking to assess driver performance and to keep track of executives while they’re traveling. As the devices become smaller and more accurate, it’s a safe bet that even more businesses will begin to utilize these powerful tools.
GPS trackers have also become more commonly accepted for personal use. Parents with inexperienced teen drivers rely on these devices to monitor their child’s use of the family car. Trackers can help ensure the safety of elderly family members or loved ones with special needs: with real-time tracking data available at your fingertips, you’ll never have to worry about these individuals wandering from their homes. Some pet owners even add a GPS tracker to their pet’s collar in case the animal gets lost. As GPS devices become more and more affordable, the future is likely to hold a big increase in personal tracking use.
Smaller Size, Longer Life
When you think about the next generation of tracking devices, you might envision the sort of futuristic gadgets commonly seen in the movies. Real GPS technology hasn’t quite caught up to these fictional devices: today’s trackers aren’t as small as the ones imagined by Hollywood, and they can’t be implanted under someone’s skin. The most compact GPS tracking devices available today are smaller than a cell phone, but experts predict that these trackers could eventually shrink to the size of a quarter. The size of a tracker’s battery limits how small the device can be; while a tiny thumbnail-sized receiver could be developed, the GPS tracking device itself would need to be larger to accommodate the battery. As battery technology continues to evolve, GPS trackers should keep getting smaller.
In the past, the effectiveness of a GPS tracking device was hampered by its need for frequent battery charges. Today, the best trackers can go up to 30 days without a recharge; if you need to go even longer between charges, extended battery packs can provide up to 6 months of uninterrupted use.