Engineers are constantly seeking out new ideas to help push the boundaries of technology and enhance safety. This is the reason why a team of researchers headquartered in Norway began work developing a system that utilizes GPS tracking to help helicopters and other small aircraft from hitting power lines along with other obstacles known to result in aviation disaster.
Researchers from a private enterprise called NobilSoft along with assistance from organizers at SINTEF have been working together to create a solution that would calculate the exact location of an aircraft. This would be achieved using GPS tracking system technologies as well as a consistently updated database of electrical grid infrastructure throughout Norway. Therefore, when a pilot was traveling the real-time GPS tracking device would know the instant it began getting too close to any part of electrical grid architecture, alerting the pilots and crew that they could be headed toward a possible collision.
According to research by SINTEF, helicopters and small aircraft colliding with power lines makeup nearly 10 percent of all aviation accidents in Norway per year. These are all accidents that could potentially be prevented with the right technology in place. Unfortunately, previous attempts of creating such a location and tracking system to resolve the problem were unsuccessful due to financial reasons.
The primary challenge facing the project will be in acquiring and then distributing electrical grid locational data to create an accurate and reliable database. This is because information related to the height, position, composition of cables and more needs to be precise and organized in order for the system to be effective. The joint venture hopes to solve some of the challenges by inputing electrical grid data on both a national and regional level, as well as having private enterprises provide any data they can offer.
Although only time will tell if the collaborative effort by NobilSoft and SINTEF will be successful, many in the aviation industries are watching from the sidelines to see how the entire process comes together. This is because if the Norwegian team creates such a tracking and locational network of electrical grids that same blueprint could be used among other countries around the world to reduce aviation disasters.
Popular Yellowstone Wolf Shot And Killed By Hunter
Scientists, environmentalists and conservationists all utilize a variety of tools in order for them to gain the most accurate and reliable data. One tool that many scientists use are GPS tracker devices, especially when it comes to monitoring the movements of animals. These GPS trackers are often fashioned as bracelets that a target animal can wear around the neck. The GPS collar then transmits real-time locational information giving the scientists an in-depth and detailed view of how the target animal behaves in the natural environment. Unfortunately, a GPS tracking bracelet connected to a famous wolf by the name 832F stopped sending out real-time GPS positions, and the reason for this is because the popular alpha female that called Yellowstone home was hunted and killed.
Researchers had spent over six years GPS monitoring the wolf known only as 832F. The researchers chose to equip the alpha female leader of the Lamar Canyon pack with a real-time GPS tracker because of the animal's dominance in one of the most famous wolf packs in the entire world. In fact, 832F was one of the most popular animals among tourists and wildlife watchers, and was even photographed by a famous photographer names Jimmy Jones whose photos of the wolf were published in American Scientist magazine. When informed that his furry muse was shot by hunters Jones stated that he was saddened and that, "She was the most famous wolf in the world."
A project director overseeing the wolf program at Yellowstone acknowledged that the the hunters who shot and killed 832F were in the process of returning the GPS tracking device used to monitor the wolf, a real-time GPS tracker system valued at nearly $5,000.00. The project director also stated that from the GPS tracking data he analyzed showed that the wolf pack typically stayed in protected national park grounds, only leaving Yellowstone for very brief moments of time.
"Hunting is always a sensitive topic among people, but I think most people can agree that the loss of 832F is a tragedy for both those who love Yellowstone and scientists trying to better understand how alpha dogs and wolf packs interact with one another", a editor for GPS Tracker Shop explained.
Concerned parents are constantly seeking out the latest technological innovations to help improve safety and security. These innovations include parental controls over online activity, computer surveillance to oversee social networking activity and now GPS watches for kids.
Even the best parents on the planet have had a brief moment where they took their eyes of their child only to have that child bolt off or disappear. The nature of children is to be curious and experience new things, behaviors that can promote a tendency to wander or run off in a dash. Although most of these short disappearances are usually harmless little occurrences sometimes they can result in real missing persons cases. Serious situations that result in police reports for roughly 800,000 people under the age of 18 every single year!
How LEO Watch Trackers Are Providing Real-Time Help
Designed specifically to give parents an avenue to prevent their most precious assets from going missing, the LEO watch tracker offers a variety of features to keep parents in the know. The GPS tracking device provides parents with the latest in personal security by allowing the concerned parent to access where a child is using real-time GPS tracking technology. However, the stylish watches that come in multiple colors also are designed with a 911 panic button that when pushed will instantly alert authorities, live GPS locator, cell phone with two-way voice communication and of course is a working time keeper!
Parents can also choose to have the GPS watch strap locked for increased protection. This is done using state-of-the-art titanium straps that can only be broken using heavy duty bolt cutting equipment. The GPS tracker watch will also will send out an alert if a person or the child wearing the real-time tracking watch tries to tamper with the tracking device.
People looking to invest in the Leo watch tracker will have to wait patiently for the product release, as it is not expected to make its market debut until the beginning of the second quarter in 2013. Currently, famous child protection advocates such as Marc Klass, founding member of the Polly Klass Foundation, have been offering their endorsement of the personal tracking device because of the potential good the product will offer once it is available for purchase among parents.
Concerned families and smart companies are always looking for the tools to enhance personal safety and accountability. This is why affordable GPS vehicle tracking products such as GPS data loggers have been so incredibly popular recently. Although data loggers can offer many positive features, their are five (5) problems with the tracking devices that all consumers should be aware of before making an investment in the passive trackers.
Problem 1: GPS Data Loggers Provide Offer No Automotive & Asset Security
If a consumer wants to purchase a GPS data logger to improve auto-theft security they will be s*** out of luck because passive trackers have no way to provide real-time updates. What makes GPS data loggers more affordable is that they do not have monthly fees because they do not send live data. Instead, all locational data and travel history is stored upon the tracker for the user to download at a later time. That means if a person purchased a GPS car tracking device and placed it on their vehicle in hope that if the automobile gets stolen they can quickly recover the vehicle they are going to be walking to their next destination.
Problem 2: GPS Data Loggers Provide No Panic Button Option Feature
Those who invest in GPS hardware for personal safety related to monitoring seniors will quickly realize that GPS data loggers simply are not the answer. This is because passive trackers have zero ability to send out alerts. That means if a senior wearing a GPS data logger falls and needs assistance the tracker they have will not offer any panic button that can be used to call out for help.
Problem 3: GPS Data Loggers Provide No Geographical Fencing
Parents who invest in GPS trackers to monitor the activity of their special needs children usually do so to prevent any wandering or impulse running. A common behavior among kids with autism, impulse running can leave a distracted parent frightened, especially if a family lives near a busy street. With geo-graphical fencing though parents can be alerted the moment their kids walk out the front door. Unfortunately, GPS data loggers do not provide geo-fence alerts so parents better make sure all doors are locked if they want to protect their kids.
Problem 4: GPS Data Loggers Provide No Speed Alerting
GPS data loggers will store the maximum speed driven by a motorist per day, but parents extremely concerned with receiving live updates of unsafe driving practices by their teen drivers or companies looking to be certain drivers are following the rules of the road will find themselves disappointed. This is because GPS data loggers do not have the ability to provide real-time updates about the speed a driver is traveling. Speed alerts are a great feature that will send concerned parents or fleet managers a text message or email the very second a teen driver or employee is traveling at unsafe speeds. This will allow the parent or business to intervene before an accident potentially happens. By using a data logger the parent or business will have to wait until they download data to see speeding data.
Problem 5: GPS Data Loggers Have Limited Reporting Options
One of the reasons why many businesses call upon the use of a GPS tracker is for mileage documentation or some other form of daily driving reporting. However, since passive GPS trackers are not designed to read information from the on board diagnostic port of a automobile they cannot determine whether a driver is aggressively speeding, braking or leaving their vehicle in a idling mode. Since GPS data loggers cannot detect this information they also cannot offer reports on this data. Therefore, the trackers cannot provide overly detailed information related to complete vehicle activity and diagnostics.
One of the most common questions submitted by companies or everyday families seeking a GPS tracking device is how long the battery-life lasts on a real-time GPS tracker. Since many GPS vehicle tracking device users prefer the option of portability, having a solid gauge on battery-life is important to maximize tracking time. Although the process of determining how much battery-life a GPS tracker device used to be a total shot in the dark, a new feature on SilverCloud systems allows users to instantly access system battery-life percentage via the web-based monitoring platform.
When a SilverCloud GPS tracking user wants to review either historical or live vehicle tracking data they do so via the online mapping platform. Basically, the user goes to a web page and with a pre-created unique username and password is allowed access to their secure, private GPS monitoring data. Once they are logged into the program (either by computer, phone or tablet), the very first thing they will see is a car icon representing the vehicle(s) they are tracking. If the user moves their mouse over this car icon they will be provided with real-time data of the position of the vehicle, if that vehicle is stopped and the battery-life percentage of the GPS tracker. This will allow them to instantly see how much power the real-time GPS tracker has left!
Setting Low Battery Alerts
The great thing about SilverCloud GPS trackers is that they come loaded with a number of cool alerting features. These features include virtual fencing, driver speed and now low battery alerts. Although virtual fencing and speed alerts have become fairly common features on most real-time GPS tracking devices, the low battery alert feature is something that is more rare. However, the fact the feature is rare does not mean it is not extremely advantageous to those looking to track a driver. In fact, people that choose to use their GPS tracker as a portable solution find the low battery alert feature to be critical. This is because the user can receive instant notification once the GPS tracker device falls below 10% battery-life, giving the user knowledge that they should probably begin planning to retrieve the tracking device.
SilverCloud GPS devices can be permanently installed to the 12-volt electrical system of a target automobile, powered via the cigarette lighter port of a car or simply used as a portable solution. The multiple powering options are one of the ways that SilverCloud GPS is helping meet the needs of all families and consumers seeking a real-time tracking solution. However, it is the low-battery life alerts that are giving those utilizing the tracker device as a portable solution instant awareness of when they need to recharge their GPS tracking devices.
One of the most popular features of the SilverCloud real-time GPS vehicle management system is that the device has the ability to communicate with its users. What that means is the device can send out an alert or text message if for example a vehicle leaves a particular area or if the battery-life on the GPS tracker dips down to a certain level. The low battery alert feature is an amazing tool for those looking to use the tracking device as a portable solution and want to know when the system will likely stop reporting data. Low battery alerts can easily be set using the SilverCloud online platform and the alerts can be programmed to notify multiple contacts.
By going online any time, SilverCloud users can see where the battery life is of their device or they can simply have the real-time GPS tracker set to transmit an alert via text or email. But for those needing a portable tracking solution and need far greater battery life another option is to invest in the SilverCloud Overdrive. What makes SilverCloud Overdrive different from the original version of the famous GPS tracker is simple: battery life. SilverCloud Overdrive offers roughly 4x more battery power than its predecessor making the device ideal for law enforcement surveillance or any type of application that requires long-term battery life.
There are a lot of different options available when it comes to GPS tracking so those with questions or concerns about battery life should contact a vehicle tracking expert for more information.
GPS trackers are small devices that receive satellite signals from space resulting in highly accurate positional data for their users. This locational data can be used for numerous applications related to personal safety from teen driving management to vehicle fleet management. It is also the reason why so many police departments, fire departments, ambulance companies and other first responders all choose to equip automobiles with GPS tracking devices. With all of the positive things GPS systems offer the technology itself still has some limitations. These limitations include signals from orbiting satellites being unable to go through concrete and different forms of metal. However, that may all change if the claims from a company called Cambridge Consultants are true about development of a product that can determine locational data of a person or asset indoors, and this is something that could be critical to saving lives in rescue situations.
GPS tracking devices have been evolving and advancing ever since consumer grade versions of the units hit the market. Unfortunately, being able to determine with accuracy the position of an object or person indoors has been a hurdle GPS simply has struggled to clear. Looking to develop a solution capable of providing emergency personnel the ability to locate any person or asset located indoors, Cambridge Consultants has allegedly now accomplished that goal with a product that uses sensors and internal algorithms when GPS is no longer effective.
Using power-efficient circuitry and affordable sensors, the tracking device would be able to transmit with accuracy it's location inside almost any building or infrastructure. The new GPS tracker was also manufactured to be small enough in size for a person to wear on their belt or inside of a pocket/purse.
When asked about how the new GPS tracker could enhance safety, a rep for Cambridge Consultants explained how the tracking device could be utilized to help locate fire crews in smoke-filled homes or buildings. Abandon buildings and house fires can put firefighters in harm's way, but even in conditions where smoke and confusion are prevalent the GPS device could provide the locational data necessary to save lives.
Personal tracking devices that call upon various sources to determine positional data have been used in the past, but most of these trackers are using radio frequency, weak GPS signals or some form of Wi-Fi technology. However, with more smart phones being manufactured and GPS tracking technology advancing, many components have substantially dropped in cost. That means components such as pressure sensors, magnetometers, gyroscopes, cellular data modules and other items can now be combined with existing technologies to create a cost-effective tracking solution capable of monitoring a person or object inside of a building. Most importantly, this form of real-time GPS tracking will be financially feasible for small businesses and families once it debuts on the consumer market.
No timetable has been set when Cambridge Consultants will launch the new GPS tracker, but their is no doubt if the GPS personal tracker indeed is capable of meeting manufacturer claims that it will be a valuable tool. Hopefully, a tool that can boost safety and save lives.