Lets face it, with all of the cool features offered from real-time GPS tracking devices the one drawback are the monthly service fees. All real-time trackers require a monthly service data plan to cover the cost of data use, but for many families those fees are simply too expensive. That means real-time tracking is not an option. However, that does not change the fact that those families operating on very small household incomes still need GPS tracking technology that can boost driving safety and automotive-theft security. For families in search of a monitoring option that is both reliable and cost-appropriate, passive GPS data loggers are proving to be the answer.
Data loggers are accurate tracking devices that store driving activity on an internal memory every second with precision and detail. When the user wants to review the data they simply take the GPS unit off the automobile it was tracking and download the information. GPS tracking data will show the speed a motorist traveled, the locations they parked their vehicle and a variety of other information based on travel activity. Since the user manually downloads tracking data no monthly service fees are required. The only cost the user pays is the initial purchase of the data logger hardware.
GPS Data Logger Limitations
GPS data loggers are the perfect fit for people in a relationship believing a partner is unfaithful, parents wanting to see how their teens are driving or companies wanting to know if their employees are taking company vehicles for joyrides. Along with having no service fees GPS data loggers can offer a number of other benefits, but people considering investment in the car tracking devices should be keenly aware of the limitations of the technology. Limitations include an inability to transmit data which means if you have a data logger on your car and that car gets stolen you are up the stinky creek without a paddle. Data loggers provide no auto-theft security, real-time updates or any alerting features. This is the primary reason the car tracking devices are more affordable.
Car GPS trackers come in all shapes and sizes with some providing real-time driving activity while others offering historical information. The good news for consumers is that the market supplies a variety of vehicle tracking systems ready and able to meet the needs of buyers. Even providing car tracking devices with no monthly fees.
GPS is all around us, helping us navigate between places, allowing us to "check-in" at our favorite places via social networking, letting us geo-tag and of course giving us the ability to monitor important assets and loved ones. GPS tracking is now an everyday component in our lives and a critical function to many smart phone and tablet system apps. One popular form of tablet system is a device called Kindle Fire developed by the people at Amazon, and with the latest SilverCloud mobile app and web-based satellite imaging program people can now access real-time GPS data using the Kindle Fire!
What Is Kindle Fire
Kindle Fire is a tablet system designed by the people at Amazon to compete against Apple in the fast expanding tablet market. Carrying on with the successful debut of the Kindle e-book reader, the Kindle Fire offered a 7-inch touch screen interface display that provides users with easy access to the Internet, social networking, an avenue to watch streaming movies and popular television shows. Most importantly, the Kindle Fire is a cost-effective tablet computing solution which allows it to effectively stay competitive in a market quickly becoming satiated.
How GPS Tracking On Kindle Fire Works
Once a person places the SilverCloud GPS on the automobile they want to track, the user only needs to visit the Amazon App Store and download the free LandAirSea live tracking app. With this app a person can enter their pre-activated username and passcode to have instant access to their personal GPS monitoring data.
The LandAirSea app can even be downloaded upon smart phones and competing tablet systems.
For those who are unfamiliar with using apps, the online interface featuring live personal GPS tracking data and driving activity reports can also be viewed in a mobile version (programmed specifically to work on mobile devices without the requirement of an app) as well standard online version. This allows Kindle Fire users the ability to still access their real-time GPS tracking data by simply visiting the tracking website and entering in login information! The best part is since no software is needed the user can retrieve and review personal GPS tracking data from any Kindle Fire or web-enabled solution! This is especially helpful for businesses that want to provide multiple managers access to fleet activity.
GPS Tracking Is Easy
With so many intuitive GPS trackers on the market combined with sophisticated computing solutions and detailed satellite imaging programs, using a GPS tracking device has never been easier. With the expansion in 3G & 4G services, hot spots and businesses offering free Wi-Fi, anybody can have instant access to their personal GPS tracking data.
GPS devices are used for a wealth of different applications ranging from senior safety to fleet tracking vehicle management, but one of the more popular requests by consumers is for a GPS tracking chip to be implanted under the skin of their children for personal safety. What these online shoppers want is for a method to monitor their kids to ensure safety. Although every parent can understand the desire to use every available technological resource to safeguard their children, sometimes the line between reality and fiction can get blurred. This is the case with real-time GPS trackers that allegedly can be implanted under the skin of a person.
Lets be very clear, there is no such thing as a GPS tracking chip that can be implanted under the skin to monitor a person. The primary reason for this technology not being available is because of power. Think about it for a moment. Real-time GPS trackers such as the SilverCloud are roughly the size of an iPhone. This is because the device needs to be powered by an internal lithium ion battery pack. Having a device the size of an iPhone under the skin would not be very effective. If a GPS tracker was designed to be so small to where it could be placed under the skin, which wouldn't be an option due to other components of the tracker being large, how would the device be powered? The reality is that technology simply hasn't advanced far enough to where GPS components and a power source can be engineered small enough to actually be implanted under the skin. Therefore, such an application is a myth.
Personal GPS Trackers
Unfortunately, no GPS device is capable of being implanted under the skin, but that doesn't mean personal tracking solutions aren't available to enhance safety. For example, GPS tracking bracelet watches are on the market that allow caregivers to monitor seniors battling memory related illness or children with special needs. These GPS trackers typically provide 40 continuous hours of tracking data and offer web-based monitoring so people in different areas can access the data with username and pass code. The personal tracking systems also include alerting features that will transmit notifications if a person leaves a safe zone, providing instant real-time access to the whereabouts of a individual in case of a emergency.
GPS trackers may not be able to be implanted under the skin of a person yet but that doesn't mean solutions aren't available for personal tracking. With GPS bracelets capable of offering live tracking families can enhance safety and be alerted the moment a loved one is in trouble.
By far the most popular form of GPS tracking devices are those that offer real-time tracking capabilities. We live in a inter-connected society where efficiency and information need to be as fast as technologically possible, as now tracker can provide information more quickly than one that operates in real-time. The only challenge for those seeking a real-time GPS is finding one that can report accurately, easily connect to a automobile and pull power directly from the 12-volt system of the target vehicle. Thankfully, GPS systems such as the Sync are offering such a solution with their innovative design that allows users to connect the tracker to the on board diagnostic port (OBD) of almost any automobile.
OBD II Port On Vehicles
Automobiles and light trucks that were manufactured at the beginning of 1996 up until today were mandated to be engineered with an OBD II port. This connector port is a 16-pin design that is required to be within 36 inches of the driver, and not require any special tools in order for the connector to be revealed. People unsure if their vehicle is equipped with an OBD II port can look under the good for a sticker that will say "OBD II compliant" or simply scan the area near the driver's side of the vehicle for the connector. Here is a breakdown of the function of some of the most utilized connector pins of the OBD II Port:
Pin Number 2 - J1850 Bus+
Pin Number 4 - Chassis Ground
Pin Number 5 - Signal Ground
Pin Number 6 - CAN High (J-2284)
Pin Number 7 - ISO 9141-2 K Line
Pin Number 10 - J1850 Bus
Pin Number 14 - CAN Low (J-2284)
Pin Number 15 - ISO 9141-2 L Line
Pin Number 16 - Battery Power
You can access the location of the OBD II Port on your vehicle by clicking HERE
GPS Tracking With OBD Power
Sync Fleet Tracking Devices call upon the latest in real-time tracking technology to provide the most cost-effective and reliable monitoring solutions on the market. What this GPS tracker does is offer a simple plug and play method of monitoring a vehicle in real-time. Sync connects right into the OBD II port, pulling power straight from the car battery. Without making any noise or having lights illuminate, Sync will provide diagnostic information on the vehicle while also providing real-time locational updates to users. The data is accessed remotely and stored for life on secure computer servers.
GPS devices for OBD II ports such as the Sync are wonderful tracking tools because they not only provide real-time tracking information, but also vehicle diagnostic data. Another advantage of connecting straight to the OBD II port is that users do not have to pay the high costs associated with GPS installation, making GPS trackers such as the Sync one of the most useful vehicle tracking solutions the industry has available for consumer purchase.
The old saying is that nothing is more valuable than information, and this has certainly become the case in the sports world over the past couple decades. Game video tape, scouting reports and other forms of data are highly valued forms of information because they allow baseball hitters to pick up pitching patterns, basketball players to see where breakdowns in the offensive or defensive scheme occur and hockey players determine where a goalie can be most vulnerable to the slap shot. Of course, these are only a few examples of the many ways information can held a sports team, but you get the point. When it comes to utilizing technology, no sport has been more welcoming than the National Football League (NFL).
The NFL was the first of the three major American sports to call upon video instant replay to help officiating. Today, video replay is now used to confirm scoring drives, turnovers and a variety of in-game plays that referees could call incorrectly. The evolution of video replay is an ongoing process, as the NFL makes every attempt to get the calls on the field correctly. However, with more and more of the narrative of football surrounding player safety, the NFL has once again called upon technology to help them determine player activity in terms of positional and performance data. This data, which will gather player speed, distance traveled on the field and other information will be gathered using GPS tracker devices.
According to digital documents published on the NFL website, the league has mandated that all teams will be required to equip some players with small and non-obtrusive personal tracking systems. The GPS trackers will be the mechanism used to acquire player performance data while the Competition Committee for the league will discuss the most appropriate method on how the data will be analyzed, evaluated and distributed to each one of the 32 organizations that make up the league. The league stated in the August memo that the GPS tracking data gathered from the trackers would not be immediately shared with each football team until that process by the Competition Committee is concluded.
One team that saw early on the advantages of using GPS tracker devices is a team from the AFC East. The Buffalo Bills have been using GPS tracking systems to gather data on player performance for roughly a year and thus far players have responded well to the satellite technology. One player who was particularly impressed with the tracking devices was C.J. Spiller, a running back expected to be the focal point of the offense this season. Spiller explained to a reporter for his team's website that the GPS trackers reported distance covered, running speed and explosiveness. When discussing GPS tracking systems Spiller stated,"[They are] good devices to have."
With so many businesses now equipping company owned vehicles with GPS trackers in a effort to improve fleet management and vehicle security it is no surprise that some of the employees driving those automobiles would feel that their privacy was being infringed upon. Unfortunately, not agreeing with the measures an employer uses to monitor vehicle driving activity is no excuse for taking matters into your own hands. This is exactly what a Hunterdon resident learned the hard way when the Federal Communications Commission (FCC) fined him over $30,000 for using a GPS jammer system to conceal his driving activity from his boss.
Devices that block or interfere with GPS signals are illegal because so much communication today is dependent on the satellite technology. This is why after an investigation determined that the GPS jammer Gary Bojczak used to hide from his employer played a role in messing with the operation of the Newark Liberty International Airport monitoring communications the hefty penalty was assessed. The fine may be large but in reality Bojczak is lucky he did not face any jail time because of his actions. The reason is that GPS jammers not only stop vehicle tracking devices from acquiring signals, but also disrupt those working in air traffic control from receiving pivotal locational data regarding where a plane is in the sky or on the runway.
The investigation began after the FCC received a formal complaint from the Federal Aviation Administration (FAA) that its Ground Based Augmentation System (GBAS) experienced interference at the Newark Liberty airport. This tracking system is crucial to helping air traffic controllers by providing accurate navigational data that is used in airplane landings, takeoffs and essentially any other movements that occur in or around an airport. With the assistance of radio monitoring equipment, what investigators discovered was that in early August of 2012 a red pick-up truck located on airport property was sending out signals using a frequency that was restricted by law due to its ability to interfere with the GBAS. The evidence led investigators to Bojczak who admitted to using a GPS jammer to hide from his employer who connected a GPS tracker on his work truck. Bojczak was forthcoming with investigators and handed over the GPS jammer without protest.
Although the GPS jammer sent out a signal whose frequency interfered with the GBAS, investigators stated that at no point in time were any flights in danger at the Newark airport.
Technology in the workplace is becoming more and more commonplace whether it be surveillance cameras, computer software programs that monitor online activity or GPS vehicle tracker devices.