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Polar RCX5 Tour de France G5 GPS Watch: Limited Availability

Are you a fitness enthusiast? Whether you wish to compete in the Tour de France or not, you have a limited amount of time to own the official training GPS device of the 2012 Tour de France. The Polar RCX5 Tour de France G5 GPS tracking watch will be released this month, but will only be available until September.

This high-tech GPS device includes a G5 GPS sensor, allowing not only mapping data, but speed and distance as well for just about any outdoor sport imaginable. The Polar RCX5 Tour de France G5 also includes the Hybrid dual frequency chest strap, allowing heart rate to be monitored even while swimming, and the Polar CS WIND speed sensor, bike mount, and Datalink stick for transfer of data.

“These units are identical to the other Polar RCX5 units in terms of functions and features but the Tour de France colors look really good on this model,” said the president of the Heart Rate Watch Company, Rusty Squire. “The Polar RCX5 Tour de France G5 opens up a multi-sport market beyond the bike unit that was originally announced a few weeks back.”The G5 GPS sensor allows mapping and tracking of speed and distance in just about any outdoor sport possible. “This heart rate monitor is great for cycling, swimming, inline skating, running, and can handle anything you throw at it outdoors,” said Squire.

Last summer, the Heart Rate Watch Company tested the Polar RCS5 and reported that it was the most versatile heart rate monitor ever before offered, and pointed out it was the one and only GPS tracking device on the market that gathered accurate data while swimming. A big advantage of the Polar RCX5 Tour de France G5 GPS watch is its battery life, proven to last longer than 20 hours, time spent exercising rather than waiting for the device to charge.

Want one? You’d better hurry up and order it, as it is available for a very limited time and as such, will be produced in a limited quantity.

 
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Macungie Mayor Considers Monitoring Police With GPS

We’ve reported police use of GPS tracking devices to keep tabs on criminals here at RMT in the past, but GPS used to keep tabs on the cops? This is exactly what Mayor Rick Hoffman of Macungie, PA wants to do. He introduced the idea at a recent council meeting, explaining that the devices would be placed in officers’ cars as a way to monitor where the officer is at all times, and keep track of their speed while on patrol. Hoffman raised money to cover expenses for the first year of the potential program, and requested funds from the council for the following two years. A decision has not yet been reached.

The service for the GPS tracking devices are estimated to cost $1,192 per year. The physical GPS devices themselves would cost nothing, provided Macungie commits to a three-year contract with a grand total of $3,576. Police Chief Edward Harry, Jr. states that GPS devices similar to the proposed units are already installed in the cruisers. Information collected from these devices is transmitted to the Lehigh County Communications Center which allows them to locate any police car at any time, allowing dispatchers to determine which officer is closest to respond to a call swiftly. Officers also benefit from the devices offering maps and even locations of fire hydrants and transformers.

Harry did not say whether or not he agreed with Hoffman’s proposal, stating “we’ll go with whatever the council decides.” An attorney for the police officers affected by this proposal has demanded to know Hoffman’s intentions, wondering what he plans to do with the data he collects with the GPS devices. He feels state labor laws require that negotiations take place prior to the devices’ installation.

According to Councilman David Boyko, the device won’t show where the officer is, just his or her vehicle. If the officer is responding to a residence and at their front door, on foot patrol, or taking a bathroom break, the device will not relay this information. Boyko also said that if the devices worked well for the cops, they should consider installing them on borough-owned work vehicles as well.

Resident Pat Stasko disagrees with the plan. “I think this is the most ridiculous thing I’ve ever heard. I don’t trust your motives; you have a vindictive feeling towards the police department.” Business owner Tim Romig agrees, referring to the devices as “spy toys.” Residents’ major problem with the installation of the devices lies in the fact that the devices are already installed and being monitored on a county level. Why monitor on a local level as well?

Hoffman’s reasoning: the numerous calls from residents he receives every day to report an officer speeding or spending too much time in one location. “You can find out where the officers are, how long they’ve been there, and if they’ve been speeding. It’s a managerial tool,” he said. Council President Jean Nagle points out it benefits the officers as well. “It’s for the officers’ protection too, that way there’s no question.” The Council has tabled the request in order to research it further.

 
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Canvas Launches Public Safety App Store

Canvas, a company dedicated to providing mobile app solutions for businesses and organizations, recently launched the Public Safety App Store. The apps available at the Public Safety App Store were designed to make reporting suspicious incidents to authorities easier than ever. Smartphones and Tablet PCs provide a wealth of information and data collecting capabilities at our fingertips, at all times. With these apps, campus police or neighborhood watch members can send incident reports including photos, time stamps, and even GPS location data directly and quickly.

“Canvas is taking neighborhood watch program’s reporting capabilities and accountability to an entirely new level,” said Canvas’ CEO, James Quigley. “Neighborhood watch programs, condo associations and campus police are now under greater scrutiny to provide real data regarding suspicious activities. This goes well beyond the typical ‘Forms’ you would fill out – you can collect other truly dynamic and critical information like pictures and location all in real time.”

The reliability of GPS location information has resulted in countless solved crimes. Typically, the location data is used to track a stolen device, which often leads police straight to the thief with plenty of indisputable evidence. Now, GPS location technology can help neighbors and community members look out for each other, by enabling them to report useful information in real time to the proper authorities.

The Public Safety App Store is great for campus police, neighborhood watch, homeowners associations, and even government agencies. Many of the apps are free to download, and only cost the user when a report needs to be filed. Some of these apps include Alarm Response Summary, Fire Department EMS/EMT Form, and Parking Citation forms. There are also a few apps dedicated to Campus Police Incident Reports, as well as Neighborhood Watch Suspicious Activity Logs. Keeping your community safe is easier than ever with the Public Safety App Store.

 
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TomTom: Fix for ‘Leap Year’ Bug Released

Do you own a TomTom GPS device? If you do, you are likely aware that your device might not be working properly thanks to a software glitch referred to as the “leap year” bug. GPS navigation device giant TomTom has announced the release of a software fix for this glitch that made it impossible for the device to pinpoint users’ locations, making customers worldwide unhappy.

Problems began on March 31st with users staring at a poor GPS signal error message, and some a blank gray screen. None of the GPS devices were able to lock in on a users’ location. Customers took to posting on TomTom’s forums to alert the company to the issue. The company acknowledged the issue on the following Tuesday, assuring customers a patch was in the works.

TomTom apologized to its customers, saying the issues were caused by a “leap year” bug contained within the GPS device software provided by a third-party supplier. “We are working hard on a permanent solution that we will make available on our website as a downloadable software fix.” At the time, TomTom wouldn’t say which models were affected, only that a “limited number of GPS navigation device models” are having issues related to the GPS software glitch. The company recommended rebooting the GPS device as a temporary fix in the meantime.

On April 4 th, a few days later, the company released a statement: “A software update fixing the issue is now available via MyTomTom.” MyTomTom is TomTom’s web page offering support for its many GPS devices. “The update is straightforward.”

The company still didn’t get into details as to which models were affected, but when visiting the support page, you can see that installation instructions are provided for the Start 20/25, Via 110/120/125, Via Live 120/125, Go Live 820/825, Go Live 1000/1005, Blue&Me – TomTom 2, TomTom Connect and World 1005.

 
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Improved GPS Tracking: Friend or Foe?

GPS tracking devices are continuously improving. It was only a few years ago that the best commercially available tracking device was nearly as big as a snow globe, with accuracy discrepancies the size of a football field. Since then, the devices have become smaller, more accurate, and more affordable than ever. It wont be long before the GPS dot envisioned in the 2006 Sony Picture’s film, The Da Vinci Code, becomes a reality. Todd Humphreys, of the Department of Aerospace Engineering Mechanics at the University of Texas at Austin, speculates in a recent article published at InsideGNSS.com that GPS dot-like devices may be available to consumers within the next few years.

There are many advantages to easy, accurate, and affordable GPS tracking dots. WIth devices like these, people will be able to track anything and everything of value. Owners could stick the tiny tracking devices on their children, pets, vehicles, bikes, cameras, and just about anything else. Aside from valuables, the devices can track everyday items that tend to get misplaced. By simply attaching a tracking device to one’s glasses, keys, the remote control, or whatever item that seems to frequently disappear, you can save hours of time that would be spent retracing your steps.

As personal GPS tracking gets easier and more affordable, it can be easy to lose site of the threats posed by such technology. The more accessible and discrete these devices become, the more they will be used by predators. Earlier this year, the United States Supreme Court ruled that law enforcement must obtain a warrant before tracking suspects with GPS technology. Unfortunately, the laws surrounding citizen-on-citizen tracking are more ambiguous. A more discrete tracking device can make it more difficult for thieves to detect, helping police recover stolen property. However, these devices can also be very difficult to detect in the event that someone is tracking you without your permission. One can hope that as GPS technology advances, we will find better solutions to protect our privacy.

 
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Iowa Police Chief Weighs In On Supreme Court’s Warrantless Tracking Decision

We’ve provided extensive coverage of the recent Supreme Court ruling calling for authorities to first obtain a warrant prior to placing a GPS tracking device on a suspect’s car. The FBI is merely one of many agencies who have frowned upon the decision, arguing that it is just going to make their jobs more difficult by making it harder to prove the wrong-doings of certain suspects. Others, like Iowa City Police Chief Sam Hargadine, disagree. Regarding the court’s ruling, Hargadine said, “I’m surprised it’s taken this long, and I would agree with the court that this is an invasion of privacy. You’re putting something on someone’s car.”

For years, numerous cities and counties in Iowa like Iowa City, Cedar Rapids, and Linn, have relied upon GPS tracking devices to track movements of a suspected criminal. In fact, they predict use of these devices will rise in the future. Linn County is one area where they are already obtaining a warrant prior to placing the device, even before the Supreme Court ruling. Other areas, like Johnson County, don’t always make getting a warrant a priority.

This will change, as the added step of asking a warrant be issued is now a requirement thanks to the unanimous decision by the Supreme Court. There have been some complaints from agencies around the country who feel this requirement could impede investigations and keep them from catching the bad guy as quickly as they feel they need to, but Hargadine brushes this idea aside. “The challenge would be if we needed one at 3 a.m. On a Sunday and you’ve got to wake up a judge. That doesn’t always go well.” In his experience, officers receive training on writing up search warrants, and the paperwork tends to move smoothly on its way through the system.

“It makes sense that we’re jumping through the proper hoops,” he said. “You’re always on much safer ground if you’ve obtained a warrant.” Johnson County Sheriff Lonny Pulkrabek is hesitant to agree with this. He doesn’t anticipate big problems with the requirement, but wonders if it will delay certain cases. “It could stall the process a little bit. Sometimes there’s a certain window when you want to put it on. As long as this doesn’t prohibit us from getting in that window, it’s not a problem.”

He points out that most of the time, a warrant is granted without a problem. Officers know best which criminals should be tracked via GPS device and as such, easily prove probable cause. “Obviously, we don’t believe it would be necessary to ever use one on some random vehicle we just wanted to watch,” states Pulkrabek. “We are going to be focusing on a specific case, and we’ll have documentation to show we have a need for it.”

“I want to believe that law enforcement agencies are above board on how they do things and this isn’t necessary,” Pulkrabek admits. However, he continues: “I understand they are trying to make it a little more difficult to make sure law enforcement is crossing their T’s and dotting their I’s.” He adds, “I understand the whole Big Brother issue.”

The bottom line is this: the Supreme Court understands the public’s concern in this matter, and regardless of whether or not they like it, agencies will have to get used to this extra step. Isn’t it better to obtain a warrant regardless of requirement, just to assure the evidence is admissible in court? What a shame to obtain the only proof that exists of a person’s guilt just to find out you can’t use it against them in court.

 
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Orford Ness Gulls Monitored with GPS Reveal Surprising Migration Habits

Among the many important uses of GPS tracking technology, are wildlife research and conservation efforts. Scientist around the world can study the different habits of all kinds of creatures by attaching GPS tracking devices to the animals. Prior to this technology, our understanding of wildlife was much more limited, as researchers could only rely on visual observations. Many animals depend on their ability to remain undetected for survival, making visually tracking them very difficult. One of the latest groups to use GPS tracking to monitor wildlife, is the British Trust for Ornithology (BTO).

The BTO equipped 25 black-backed gulls from their Orford Ness gull reserve with GPS monitoring devices. Using GPS technology, the researchers monitored these gulls movements, and the results came as a surprise to the team. “We didn’t realize how varied these gulls’ journeys were. We’ve had some go down to Spain, Portugal, and Africa.” Dr. Viola Ross-Smith, a research ecologist with the BTO, explained. The reasons behind the varied migration habits remain a mystery to the researchers. “We can speculate, it’s been a lot warmer this year than last year,” Dr. Ross-Smith explained. “Last year they all went south, this year they didn’t. It could be something to do with difference in sex, but we don’t really know.”

The Department of Energy and Climate Change is funding the research team in order to determine how the gulls might be affected by offshore wind farms. However, Dr. Ross-Smith’s team will use the precise data provided by GPS tracking to further their own goals, including wildlife conservation. “We can see exactly what they’re doing at any one time,” she said. “We can see where their feeding sites are, where the roosting sites are, so it could be really useful for their conservation.”

 
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GPS Technology Used To Map Brentwood Fire Hydrants

U.S. roads are filled with signs and markers that help drivers navigate streets and highways. However, not all signs were meant for drivers, which can cause some confusion. We know that speed bumps are meant to slow our vehicles down, and that a double yellow line means it’s too dangerous to cross, but what about those little blue reflective markers? These reflectors were placed in our streets for city firefighters to easily and quickly locate the nearest fire hydrant in the area. In Brentwood, Tennessee, however, these reflectors are being made obsolete with GPS technology.

The city of Brentwood has began mapping all of its fire hydrants with GPS technology. Before the hydrants were marked with GPS data, firefighters would get to the scene of emergency, and amidst all the chaos, look for the nearest blue reflector indicating a fire hydrant. With this modern technology, the first responders can check where the nearest fire hydrant is on their way to the fire. When it comes to firefighting, every precious second counts. The time that might have been spent looking for a fire hydrant, could mean saving thousands of dollars in property damage, or even mean the difference of life and death.

The blue reflectors served an important purpose, but their time has passed. It is difficult enough in high stress situations to locate one of these reflectors in perfect condition, much less when they’ve endured years of wear and tear.The roads themselves need to be repaved throughout the years, and over time, the reflectors can become dull as tire after tire rolls over them. Time will tell if other cities follow in Brentwood’s footsteps, replacing the blue reflectors with GPS mapping. The existing Brentwood reflectors will not be removed, but they will no longer serve a formal purpose, or be replaced with wear and tear.

 
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Garmin’s New GPS Golf Watch: Gloves On

Looking for an edge in your golf game? Many golfers rely on GPS devices, in watch-form, to help them stay on top of their game. The problem: price. Most reliable GPS watches can cost over $300. After weighing options, however, the price begins to look more reasonable.

Some argue that decent GPS apps can be installed on a smartphone that perform just as well as the fancy, expensive watches. For example, the AirVue Golf app costs a mere $10 in the Apple App Store. It performs quite well, but when you start to look at certain factors which are smartphone-specific, it becomes more clear the reasons one would invest in a golf-specific GPS device watch. If you happen to have an iPhone provided by your employer, most do not provide the option to set your screen to “always on”, a corporate security policy, causing the screen to time out. This means battery life is shortened, as every time you wish to take a shot and check the app, you need to press the home button, enter your passcode, and wait for the app to locate you. Not to mention the fact that sunlight and iPhone screens don’t really get along with one another.

Enter the Garmin Approach S3 GPS watch, the waterproof technological wonder.  Its price tag might scare some away ($340), but many golfers will happily shell out that amount of money to have one. Everyone knows a golfer, and there’s always something they “need,” whether it’s a new putter or the latest in golf shoe technology. You can add the Garmin Approach S3 GPS watch to that list. It features no subscription fees and over 27,000 courses already loaded. See the green exactly as it appears with “Green View,” displaying the green’s exact layout and shape, and position the pin manually using the touchscreen.

The best feature: no need to worry about the endless “take off the gloves, put them back on, take them off, put them on” cycle. This touchscreen works, gloves or not. The watch not only functions as a GPS device, but as a regular watch as well. Use it to track the distance you’ve walked throughout your golf game, or even the entire day, thanks to the odometer. Head to Garmin’s website to check out this watch yourself, whether for your own personal use or the perfect gift for the golfer in your life.

 
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Tracking GPS Satellites More Accurately

We all know that our GPS devices work with the help of satellites that orbit the earth, but the technology is far more complex than that. Unless we know exactly where the satellites are, we can’t get an accurate location reading from them. A new effort from NASA aims to coordinate the four different geolocation systems in a single station to achieve more accurate, consistent readings than ever before.

Tracking GPS satellites is a fascinating, complex process that combines state-of-the-art technology with mathematical techniques that are centuries old. In fact, ancient Greeks were able to use these techniques to figure out almost exactly how far the distance is around the planet. At its core, judging the location of satellites in relation to the earth’s surface is geometry, using angles and side lengths of triangles to find out where a satellite is. Of course, there are complicating factors, like the fact that each satellite is constantly in motion.

The earth itself is not even consistent in its position and stability. Any number of influences change the way satellites and signal receivers relate. Earthquakes and continental drift, for example, are constantly shifting the objective location of earth-based sensors. With the huge distances that are involved, even a very slight dislocation can throw off the accuracy of GPS readings submitted by the equipment. NASA’s plan hopes to minimize these effects by creating a single central location for tracking GPS satellites of multiple types. Instead of coordinating readings across the globe, the four primary geolocation systems could work together closely to maximize accuracy.

For the average private user of GPS technology, absolutely perfect accuracy is not a priority. If you are using your smartphone, for example, to find out what restaurants are in your area, you don’t care whether your location is off by ten feet. But many of the original purposes of GPS are far more critical and depend on pinpoint precision. Artillery strikes and military rescues under fire are an obvious example. Tracking GPS satellites isn’t just an exercise to find out how accurate we can get; it is an effort to save lives and make the world a safer place.

 
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