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Hytera Awarded Multi Million Dollar Contracts in Dominican Republic

Hytera are the fastest growing radio country this year, they have opened offices all over the world and are taking market share from Motorola. When you look at their Hytera accessories, Chargers, repeaters, hand portables and base units they are of an excellent standard and quality. That is probably why the Dominican Republic was persuaded to use them for two big projects.

Hytera, a world leading solution provider of Professional Mobile Radio communications, was awarded two projects by the Ministry of the Presidency of Dominican Republic. In order to establish a nationwide emergency response network for National Emergency Care System and Security 9-1-1 (Sistema Nacional de Atención a Emergencias y Seguridad), Dominican Republic government selected TETRA (Terrestrial Trunked Radio) technology for mission critical communications, and launched two public tenders at the end of 2015; one is to cover two cities, Haina and San Cristobal, adjacent to the capital city Santo Domingo, with 5 sites and 528 terminals, while the other is to cover Santiago, the second largest city of the country, with 30 sites and 2,155 terminals.

The existing TETRA network in the Santo Domingo area was delivered also by Hytera as a result of a contract awarded by Dominican Republic’s Ministry of the Presidency in 2013. The project includes several components: the 911 system, a camera surveillance system and the communications infrastructure with its respective terminals which was awarded to Hytera. “The system in Santo Domingo offers reliable communication services to the public safety forces, and it is a very good testimony of Hytera’s solutions and supports,” said Fernando Camelo, regional director of Hytera international business.

“Dominican Republic government officials have spent a lot effort to choose the right technologies for its public safety forces. Obviously, TETRA has been widely adopted and proved. We are proud to be part of the initiative of building a united nationwide mission critical communication system for the country,” commented Ming Kam Wong, deputy general manager of Hytera international business.

The TETRA digital standard as a global open protocol provides secure, encrypted communications for mission critical operations as well as promoting a more efficient use of spectrum. More than 750 interoperability (IOP) certificates have been awarded to more than two dozen manufacturers by the TETRA + Critical Communications Association (TCCA), the governing body, globally, for the TETRA standard.

Source – http://www.businesswire.com/news/home/20160912005706/en/Hytera-Awarded-Multi-Million-Dollar-Contracts-Dominican

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Motorola Solutions Envisions Virtual Reality Transforming Public Safety

Virtual reality and augmented reality will creep into our lives slowly in the next 10 years, it has so many applications from gaming to business. Motorola have been leading the radio industry for many years and are taking the initiative with this technology, While this will take away the need for CCTV, radios, radio earpieces and headsets, it will add a more immersive, structured way of running events and festivals.

Motorola Solutions  is exploring a future where virtual reality will immerse a public safety command center supervisor in an incident scene. By using a combination of virtual reality and eye-interaction technologies to navigate through video and data feeds from multiple sources, incident responses can be quickly coordinated and information shared widely to help guide officers and protect people at the scene.

Motorola Solutions will show live demonstrations of the virtual command center on Aug. 15-16 at the Association of Public Safety Communications Officials (APCO) 2016, held at the Orange County Convention Center in Orlando, Fla. (booth #1337).

The virtual command center proof of concept uses eye-interaction technology from startup company Eyefluence, a Motorola Solutions Venture Capital investment, to envision the future of public safety.

A look at today’s smart public safety solutions

Today’s public safety command centers can integrate the Project 25 (P25) standards-based, interoperable ASTRO® 25 land-mobile radio (LMR) network for mission-critical communications with the power of LTE broadband and the latest in smart public safety solutions to turn data into intelligence.

Since 2009, Lake County, Fla. has been using Motorola Solutions’ ASTRO 25 LMR network as the core network for emergency interoperable communications for several counties across Florida. On Aug. 17, Greg Holcomb, Lake County public safety communications technology manager/E911, will join Motorola Solutions in a managed services panel discussion at APCO entitled “Systems Down: Best Practices for Eliminating this Status from Your Network Performance Logs” (see all Motorola Solutions presentations at APCO 2016 here).

“The Lake County core network and many connected sites on this P25 mission-critical communication system are managed by Motorola Solutions,” said Holcomb. “With their robust managed services offerings, the company ensures 24×7 availability, reduced risks and maximized performance for our public safety network.”

Motorola Solutions’ CommandCentral platform provides real-time intelligence throughout all phases of police work – from planning, to operations, to investigations. CommandCentral Aware aggregates video from several sources, allowing crime center analysts to view multiple feeds on one screen and share high-definition images of suspects, vehicles, license plate numbers and other critical information to responding officers in real time.

“Law enforcement agencies have access to data from multiple sources including 9-1-1 calls, live video feeds, social media activity, nationwide databases and more,” said Jim Mears, senior vice president, Motorola Solutions North America Sales. “Motorola Solutions’ CommandCentral platform captures this information and turns it into real-time intelligence that helps first responders resolve incidents quickly and even prevent them from happening.”

The CommandCentral platform will be showcased at APCO 2016, along with several of the latest mission-critical communication solutions from Motorola Solutions’ Innovation Design Center in Plantation, Fla. This includes the Si500 body worn camera andCommandCentral Vault digital management solutions, which automates and streamlines the processing of video from the point of capture to video management and review, and the LEX L10 LTE handheld device designed for the rigorous demands of real-world, front-line policing.

Introducing new mission-critical solutions at APCO 2016

Motorola Solutions is launching the new APX™ 8500 P25 all-band mobile radio, updated ASTRO 25 network features and the IMPRES 2 energy management system.

APX 8500 P25 all-band mobile radio: With Motorola Solutions’ new APX 8500 P25 all-band mobile radio, first responders can use a single mobile radio to exchange critical voice and data communications – such as text messages and GPS coordinates – with multiple agencies and jurisdictions operating on different radio bands. Radio updates can be made instantly without interrupting voice communications; the radio does not need to be brought to a shop, saving both time and money. When connected to the Motorola Solutions VML750 LTE vehicle modem (now available globally), the APX 8500 frees up radio channels by offloading data to LTE.

APX Personnel Accountability for ASTRO 25 trunked networks: The APX Personnel Accountability solution is now available for ASTRO 25 trunked networks (which enable efficient operation of large systems with a small number of channels) and continues to also be available on ASTRO 25 conventional networks (where users select communication channels).

Commanders using the APX Personnel Accountability solution can automatically perform tactical notifications and streamline roll call processes via a computer. They can automatically account for staff using APX radios at the scene of an incident. If a team needs to evacuate, commanders can instantly alert them through their radios and receive acknowledgements. Commanders can monitor radio battery life, identify radios and receive radio power down indications. If a radio is on the wrong channel, a commander can remotely switch the channel to the right one and ensure the entire team can communicate with each other.

ASTRO 25 Enhanced Geo Select: Geo Select provides hands free operation of APX radios when entering a defined region, or geofence, and this feature is now available even if the radio is no longer on the network. When entering a geofence, APX radios can automatically take action such as change channels, alert the user and change power levels. No manual intervention is needed.

ASTRO 25 Over-The-Air radio software updates: ASTRO 25 Over-The-Air Programming (OTAP) has been available for radio managers to remotely program APX radios. Now they will also be able to update APX radio software over-the-air for their entire fleet simultaneously over the course of a few days, without disrupting radio function in the field. With this new feature, there is no need to bring radios to the shop for software updates, saving both significant time and money.

IMPRES™ 2 energy system for APX radios: The new IMPRES 2 high-capacity, water-resistant batteries keep APX radios powered longer. When combined with the new IMPRES 2 charger, they deliver 60 percent more charging cycles than traditional lithium-ion batteries. The IMPRES 2 charger’s enhanced diagnostics provide usage data including a battery’s ability to hold a charge, letting users know when it’s time to replace it. The multi-unit chargers also feature customizable charging – batteries in service can be charged at 100 percent while those in storage can be partially charged to optimize battery life.

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MIT’s new method of radio transmission could one day make wireless VR a reality

VR is the Buzz word for this year, every technology company clambering to get their headset out on to the market. Much of the market needs to catch-up though, the power of home computing needs to improve and removing the inevitable extra cabling and wires that come with current headsets. Luckily this article is about the future technology of VR headsets, see what we can expect as this technology grows.

If you want to use one of today’s major VR headsets, whether the Oculus Rift, the HTC Vive, or the PS VR, you have to accept the fact that there will be an illusion-shattering cable that tethers you to the small supercomputer that’s powering your virtual world.

But researchers from MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) may have a solution in MoVr, a wireless virtual reality system. Instead of using Wi-Fi or Bluetooth to transmit data, the research team’s MoVR system uses high-frequency millimeter wave radio to stream data from a computer to a headset wirelessly at dramatically faster speeds than traditional technology.

There have been a variety of approaches to solving this problem already. Smartphone-based headsets such as Google’s Daydream View and Samsung’s Gear VR allow for untethered VR by simply offloading the computational work directly to a phone inside the headset. Or the entire idea of VR backpacks, which allow for a more mobile VR experience by building a computer that’s more easily carried. But there are still a lot of limitations to either of these solutions.

THE MOVR PROTOTYPE SIDESTEPS TETHERED VR ISSUES

Latency is the whole reason a wireless solution hasn’t worked so far. VR is especially latency-sensitive, along with the huge bandwidth requirements that VR needs to display the level of high-resolution video required for virtual reality to work. But the MIT team claims that the millimeter wave signals can transmit fast enough to make a wireless VR headset feasible.

The issue with using millimeter wave technology is that the signal needs a direct line of sight, and fares poorly when it encounters any obstacles. MoVR gets around this by working as a programmable mirror that can direct the direction of the signal to the headset even while it’s moving to always make sure the signal is transmitting directly to the headset’s receivers.

For now, the MoVR is simply a prototype, with the team hoping to further shrink down the system to allow for multiple wireless headsets in one room without encountering signal interference. But even as a proof-of-concept, it’s an interesting perspective on how virtual reality could one day work.

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Innovative radio technology keeps New Zealand’s Firefighters safe

We champion the advancement of communications within the emergency services, not only because it is an important part of their working day, but because they still have a long way to go before it is perfect. This news story comes from New Zealand and focuses on the fire service and is supplied by Motorola themselves.

Firefighters serving with New Zealand Fire Service will benefit from improved safety and communication while working in fire grounds through an innovative two-way radio solution.

The new solution from Motorola Solutions and Spark will enable the service’s 10,000 career and volunteer firefighters to stay connected to their colleagues in the field via reliable and robust voice communication.

Having attended around 73,000 incidents in the past year alone, New Zealand Fire Service needs the best tools for the job. The organisation will receive more than 4,500 new radios designed for use in the most severe fire ground environments.

A major feature of the solution is a cornerstone Motorola Solutions innovation, a remote speaker microphone that will be fully integrated within firefighters’ breathing apparatus. This will be combined with the radio’s convenient push-to-talk button, which enables firefighters to communicate easily and safely in the harshest conditions.

Paul Baxter, Chief Executive & National Commander of the New Zealand Fire Service, said,

“Communication is critical to safety on the incident ground, and much of that communication comes from the use of incident ground control (IGC) radio. That’s why we were so exacting in our requirements for these new radios.”

“The radios will help us to resolve radio interface issues with firefighters’ breathing apparatus while also delivering improved noise cancellation and battery life.”

By using a combination of single and multiband radios operating across both VHF and UHF bands, the solution aligns with the fire service’s vision of leading integrated fire and emergency services for a safer New Zealand.

“This radio solution enables us to move away from using a mix of models and frequencies and toward a nationally consistent standard that will make it easier to work with our emergency service partners,” Baxter said.

Murray Mitchell, Director ICT for the New Zealand Fire Service, said, “We wanted a solution that is safe, easy to use and doesn’t distract firefighters from their work during critical incidents.The design features incorporated in these new radios will help our firefighters work more safely and efficiently.”

Spark will provide in-country support including service management and a customer support desk.

Spark Digital CEO Tim Miles said: “Radios are life-saving tools for our emergency services, and great team communication can be the difference between a managed incident and a disaster. We are very proud to play a part in improving the on-ground experience for our Kiwi Fire Service heroes.”

Motorola Solutions Managing Director for New Zealand and Australia Steve Crutchfield said the solution drew on his company’s experience in providing tailored, mission-critical communications for public safety agencies all over the world.

“Firefighters depend on reliable and robust voice communications in emergency situations so they can concentrate on the job of protecting our communities and potentially saving lives,” Crutchfield said.

The radios are part of a five-year contract, giving New Zealand Fire Service operational and cost certainty throughout the life of the contract.

The contract also provides access provisions for related government agencies wanting to take advantage of the new radio technology.

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Ham radio: A last resort when phone lines fail

We at this blog believe in radio communications and will never let it die, understanding the importance that it still plays, and during the worst catastrophes, will be the best form of communication. This story about 9-11 adds proof to this statement.

If disaster strikes, there is a form of communication that can still get through: a ham radio.

When 9/11 hit New York City in 2001, for instance, ham radio operators provided a connection to the outside world.

One of those people was amateur radio enthusiast Bob Kyvig, formerly of White Bear Lake, who now lives in Centerville.

“The only communication out there on 9/11 was amateur radio,” Kyvig recalled. “The telephone lines were jammed and no one was going in or out.”

On the days following that horrific attack, Kyvig assumed the role of messenger, relaying messages from Manhattan to loved ones in the area by calling or knocking on their door. His house calls would go like this: “I am Bob; I am a ham operator. I just communicated with your loved one; they are fine and doing well and they will talk to you soon.”

When White Bear Lake sailor Gerry Spiess landed in Samoa on his historic solo voyage across the Pacific Ocean in 1981, he contacted Kyvig, who connected Spiess with his wife Sally.

When Hugo’s tornado struck in 2008, he and wife Jill remained on the radio as long as they could but had to abandon the “ham shack” as the storm approached. The tornado did $30,000 damage to their home, including Kyvig’s outside antennas.

A ham since 1968, long before Facetime, email or Skype, Kyvig was 20 when he took up the hobby while serving in the Navy. He was stationed in Hawaii and had childhood buddies serving in Germany and aboard the USS Milwaukee. The three met on the radio at least once a week without fail for more than 40 years, until the death of one of the men in 2015.

That connection to people is what Kyvig most enjoys. He chats on the radio to people he’s never met around the world.

“It’s a worldwide network of people enjoying fellowship with other hams,” Kyvig said.

The radio operator answers calls for help in areas of “health and welfare,” and was on Centerville’s first CERT (citizen emergency response team), which is now inactive. He serves as a severe weather spotter too, and gains “insights” as to what is happening around the world by chatting to foreigners.

“We talk about everything from fishing, to weather and local problems,” he said. “It’s very interesting because you find out so much about people across the world. And it’s not just the personal part but handling messages for help in disasters.”

He’s listened to astronauts aboard the space station and scientists at the South Pole. He has talked to people in Russia, New Zealand and most of Europe. For a long time, he kept a conversation going with a man in Norway who lived close to some of his relatives. Wife Jill also has her ham license and enjoys talking to other women, known as YLs or young ladies, across the world. “Lord knows what they’re talking about,” Bob said. “I leave the room.”

Ham buffs do have opportunity to meet at events called “eyeball picnics.” The Kyvigs traveled to a picnic in Branson, Missouri earlier this summer to socialize with other hams and match voices with faces.

Without getting too technical, Kyvig explained that radio signals are bounced up through the ionosphere. The signal goes up and down several times before it hits the final destination and you don’t control where it hits. People who want to contact Kyvig can tune into his call number: WA0ROH, assigned by the Federal Communications Commission (FCC), which regulates interstate and international communications. The agency requires operators to keep a log of who they talk to on an electronic spreadsheet.

“We could be talking to people the FCC thinks is a bad guy,” he said. “Because we can transmit all over the world without a phone line, some use it to their own means.”

Other countries have comparable agencies.

Each country has its own beginning call letters. The United States uses W, K and N.

“The concept is simple,” he added. “We use what Mother Nature has provided: airwaves. We plug a number in for a country and anyone can answer.”

A true party line, Kyvig said 30,000 people could be listening in on a conversation.

Jill proudly pointed out that Bob earned a master’s degree from The 3905 Century Club. It’s not the typical academic degree, but a difficult achievement nonetheless. “The degree was a challenge,” he said, which explains why only 68 radio operators have received the degree since 1967.

Bob inspired her to get her license, Jill said, and together they do public service events using ham radio.

Invented in the early ’20s, ham equipment is evolving, but affordable. Newbies can do it for about $300, he said. There are antennas on his roof, but mostly they are horizontal wires stretched between a tree and the house. Generator backup is used if there’s a power outage. He also keeps a mobile 12 volt transmitter that he can use in his truck to chat while he’s driving.

At one time, working knowledge of Morse code was a requirement to get an FCC ham license, but that was dropped, so more people are getting into it, he said.

When he’s not on the radio, Kyvig enjoys making furniture and fixing TVs. He retired from a career in computer operations about five years ago.

Source – http://www.presspubs.com/citizen/news/article_c147ab30-7c25-11e6-9028-679823bb75af.html

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How Headphones Changed the World

It is surprising how in a crowded, noisy environment you can still create your small world. This is one of the most amazing changes that have been made by headphones. Small devices with a big impact on the world are the only way to describe headphones. In the past, the only way to listen to music was through devices that allowed everyone to listen to music at the same time. With the introduction of headphones, you don’t have to bother everyone with your music; you can create your space and enjoy listening to what you like directly to your ears.

How headphones have changed over time

Early headphones were mainly used for communication purposes. The birth of headphones in early 19th century was purely for communication and professional uses. It is strange how the creator of headphones Nathaniel Baldwin didn’t have the musical concept in mind. The uses of headphones at this time were purely for professional uses by people in the army and also church coordination.

Discovery of stereo phones for music was a big break in the mid-19th century, the whole perspective of headphones changed from professional use and they were given a musical touch. The musical evolution changed the concept of headphones, and this gave birth to the stereo phone technology to cater for musical fanatics. This was when headphones specifically for music were created, but they were expensive.

Light weight portable headphones were discovered in the 1980s there was a big break after everything went mobile. The headphones now become lighter, and you could see youngsters carrying them around. The growth of the pop culture at this time might have had a huge impact on how people wanted to listen to their music and this made headphones grow more. The sound quality becomes better at this time.

Modern fashion statement headphones are now common to bring out personality and social standards. The headphones that we have now are bringing the fashion statement in mind. The unique design and the big brand names like Beat by Dre are bringing a new perspective on the way we view headphones. The technological advancement is sound quality is now improving due to latest technological innovations.

Benefits of headphones in the modern world

Good sound quality and faithfulness is one of the main benefits of headphones. We all agree listening to music through headphones feels good compared to listening through loudspeakers. The reason for this is quite listening simply. Music from headphones has no interference from external forces and especially if you are listening to music through quality headphones.

The concentration at work is now better with headphones. With the use of headphones, it is now possible to get peace of mind and keep up concentration whilst working. It is surprising how music takes us to a new world where we can be able to reflect and focus on the work we are doing. This is the reason why you will find people working in jobs that need a high level of concentration using headphones all the time.

Peace of mind and calming stress is a major reason why many people use headphones. Music is therapeutic, and it works wonders in relieving stress and restoring peace of mind. Listening to music through external speakers is good for entertainment but not necessarily for healing. There is something special about listening to music through headphones because it brings calmness and brings back peace of mind.

Privacy is one thing that many people seek in the crowded and noisy world. If you want to maintain privacy, then you can easily escape in your headphones and get the privacy that you need. People around you will understand that you need privacy and allow you to have your solitude.

Who uses headphones?

The uses of headphones are now limitless, and they go beyond just for the sake of entertainment and communication purposes.

Music lovers get lost in their headphones for hours listening to music without interrupting the rest of the world with the type of music that they love. Using headphones, music lovers can get the sound effect that they want from the headphones through sound effect settings.

Transcribers who translate audio content into text need headphones to be able to listen to what they are typing. This is one of the most common professional use of headphones. Other people like pilots, recording artists and also the military use headphones in their job.

You can find a whole ton of radio headphones at this amazing store headsetonline

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Army to Launch Another Competition for New Soldier Radio

In the modern world the army has to have perfect communications, from coordinating attacks to communicating with other platoons, on the battlefield it really could mean the difference between life and death. This article plans to find the next Military radio.

U.S. Army tactical radio officials plan to launch a competition for a new handheld radio next year that would give soldiers twice the capability of the current Rifleman Radio.

The Army currently uses the single-channel AN/PRC 154A Rifleman Radio as its soldier handheld data radio. It runs the Soldier Radio Waveform, which small-unit leaders use to download and transmit maps, images and texts to fellow infantry soldiers in a tactical environment.

If they want to talk to each other, they often rely on another single-channel handheld — the AN/PRC 148 MultiBand Inter/Intra Team Radio, or MBITR, which runs the Single Channel Ground and Airborne Radio, or SINCGARS, for voice communications.

The Army plans to release a request-for-proposal in 2017 for a two-channel radio that will allow soldiers to run the Soldier Radio Waveform, or SRW, for data and SINCGARS for voice on one radio, according to Col. James P. Ross, who runs Project Manager Tactical Radios.

The change will mean that soldiers will no longer need the 148 MBITR and be able to rely on the new, two-channel radio for both data and voice communications, Ross said.

“We know industry can meet our requirements. … We know it’s achievable,” he said.

The move represents a change in strategy for the Army since the service awarded contracts in 2015 to Harris Corporation and Thales for a next-generation version of the Rifleman Radio.

“We went out with a competition for the next generation of the [Rifleman Radio]. Two companies, Harris and Thales, competed,” Ross said. “We went through testing, and we were on the verge of being able to buy more of them when the Army said, ‘Our strategy now is two-channel.’ ”

The Army had planned an initial buy of about 4,000 Thales AN/PRC-154B(V)1 radios and Harris AN/PRC-159(V)1 radios, according to Army program documents for fiscal 2015.

“We will not be taking action on those,” Ross said.

The current Rifleman Radio was developed as part of the Handheld, Manpack, Small Form Fit, or HMS program. HMS radios are designed around the Army’s tactical network strategy to create secure tactical networks without the logistical nightmare of a tower-based antenna infrastructure.

It’s also a key part of the Army’s Nett Warrior system. It hooks into an Android-based smartphone and gives soldiers in infantry brigade combat teams the ability to send and receive emails, view maps and watch icons on a digital map that represent the locations of their fellow soldiers. The concept came out of the Army’s long-gestating Land Warrior program.

The Army purchased about 21,000 Rifleman Radios under low-rate initial production between 2012 and 2015.

Army officials maintain that are enough single-channel, handheld radios already produced under the low rate initial production that are sitting waiting to be fielded. The service plans to field another two brigade combat teams per year with the single-channel Rifleman Radios through 2019.

The Army will conduct testing of two-channel radios in 2017 and early 2018 and then down-select to one or two vendors sometime in 2018, Ross said. Operational testing is scheduled for 2019 and fielding will begin in 2020 if all goes as planned, he added.

For now, the Army intends to field four BCTs a year with two-channel handheld radios, Ross said.

Small-unit leaders would then be able to retire the MBITR radio from their kit — a weight savings of about three pounds, according to Army officials at Program Executive Office Soldier.

“One thing the PEO Soldier is very passionate about is weight — driving that weight down that the soldier carries,” said Lt. Col. Derek Bird, product manager for Ground Soldier Systems, which helps oversee the Nett Warrior program.

“If we can cut three pounds off a soldier by taking two radios and shrinking it to one … that is a big deal.”

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How Does GPS Tracking Work

GPS (Global Positioning System) is a network of 24 satellites placed in orbit for navigation purposes. It was invented in 1960 and positioned by the US Department of Defense for military work but later released to the public as well. GPS navigation system works 24 hours a day anywhere in the world, and is free to use. The system sends signals to navigation devices to calculate the exact location, time and speed of a vehicle, person, aircraft or water equipment. Today it’s used widely by drivers, trucking companies, and shipping firms to track their cargo and know the best route to use.

How GPS Tracking Works

There are at least four satellites available anywhere one stands on earth. All the satellites circle the earth two times a day and send signals to various areas. Any GPS receiver including mobile phones takes this signal information and calculates the user’s location.

How this method works involves calculating the difference between when the signal was sent and when it was received. This difference tells the receiver how far the satellite is, and the distance comparison of several satellites within the same area confirms the location on the electronic map.

The more satellites found within a receiver’s location, the easier it is to calculate speed, distance, and destination. At least three satellites are needed to calculate position, but a fourth satellite makes it possible to tell the speed, direction and estimated time when you are on the move.

Personal Tracking

Mobile GPS technology has made it possible to track people wherever they are. Today any phone can be tracked by the police or mobile service providers. Other mobile devices that help with tracking include jewellery such as watches, bracelets and even chips embedded in the skin.

Smartphones are also equipped with built-in GPS system that can provide the user with direction and navigation instructions. Most of these phones can tell you exactly where you are, including streets and attraction figures. They can alert you if you are going the wrong direction and give you the correct navigation.

Asset Tracking

It is so easy to track your cargo when it’s on the go. A tracking device or chip can be placed on the assets to know exactly where they are, the direction they are heading and when movement stops. Animal tracking devices are also commonly used to locate where cattle and wildlife are all the time.

Aircraft Trackers

GPS aircraft tracking is essential for both private and commercial planes. Though the primary agenda is safety and convenience, GPS works differently on the aircraft as compared to how it’s used in cars. Aircraft tracking enables traffic controllers to know the position of the plane and keep it safe when flying.

GPS also help the supervisors know when the plane will arrive and find it in the case of an accident. However, the greatest use of GPS tracker in aircraft is to ensure the pilot follows a particular path predetermined by the aircraft controller.

Vehicle Tracking

A GPS-enabled tracking device is placed on a vehicle to transmit data through cellular or satellite networks. This device will send the data to a chosen application such as NetTrack for the user to read. The tracking updates and information such as location, speed, direction and stop come in real-time.

GPS tracking system for vehicles enables people to track their cars when they are stolen, keep a tab on your business tracks and know where your child is with the car. It’s an easy and convenient way to keep track of vehicles, be it trucks, small vehicles or fleet of buses.

GPS and Two-Way Radio Integration

Two way radios are great devices used by campers, police force, and emergency dispatch for safety, tracking, and communication. However, they have shortcomings such as lack of real-time transmission, slow updates and being unreliable. Two way radio with GPS makers such as Garmin has integrated their systems with GPS capabilities. The GPS will help to know where someone is at all times even when the device is off, update locations in real time and store data for future use. It’s also handy in case of emergencies to get help and aid search activities.

UK Law

In the United States and most of the other developed countries, the use of GPS tracker by government authorities is limited. They must have a search warrant. Otherwise, any data found will not be admissible in court.

However, UK Law has no specific legislation on GPS trackers. The United Kingdom does recognize that some information is personal data, but it allows government surveillance without permission.

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A giant solar storm nearly triggered a nuclear war in 1967

We all know how important radio communications are and at a time before the internet and even digital communications, governments relied on RF communications that were susceptible to the suns solar storms, if you add that to the cold war nuclear tensions then we could all be living in holes now.

Cold War history is rife with close calls that nearly led to nuclear holocaust.

In September 1983, for example, sunlight reflecting off a patch of clouds fooled a Soviet missile-warning system into detecting the launch of five US intercontinental ballistic missiles that never were. A wary colonel in a bunker ignored the alarm on a 50/50 hunch.

Two months later, US forces staged “Able Archer 83” — a massive nuclear-strike drill on the doorstep of the USSR. Soviet commanders panicked at the show of force and nearly bathed America in thermonuclear energy. Once again, an act of human doubt saved the planet.

Now scientists have one more hair-raising event to add to the books: The “Great Storm” of May 1967.

“The storm made its initial mark with a colossal solar radio burst causing radio interference … and near-simultaneous disruptions of dayside radio communication,” a group of atmospheric scientists and military weather service personnel wrote in a new study, published August 9 in the journalSpace Weather.

Hours later, high frequency communications dropped out near US military installations in and near the Arctic — one of the closest places to station nuclear weapons and launch them at a Cold War-era Soviet Union.

“Such an intense, never-before-observed solar radio burst was interpreted as jamming,” the study authors wrote. “Cold War military commanders viewed full scale jamming of surveillance sensors as a potential act of war.”

A ‘Great Storm’

Earth’s magnetic field protects life on the planet by corralling the sun’s high-energy particles toward the planet’s polar regions.

If the sun happens to launch a cloud of solar particles directly toward Earth during a violent outburst, called a coronal mass ejection, it can trigger powerful geomagnetic storms.

This not only leads to beautiful auroras, but can also scramble wireless communications and disrupt radar systems.

While The Washington Post wrote up a story about the storm as “City Gets Rare Look at Northern Lights,” top US military commanders sounded the alarms in secret.

The Air Weather Service (AWS) — a relatively new branch of the Air Force — had warned military leadership about the possibility of a solar storm, but US commanders believed the Soviet forces were jamming NORAD systems designed to detect threatening planes and missiles.

As the Strategic Air Command warmed up the engines of bombers and taxied toward the runway, the decision to go airborne may have been kicked all the way up to the “highest levels of government,” possibly involving President Lyndon B. Johnson.

“Just in time, military space weather forecasters conveyed information about the solar storm’s potential to disrupt radar and radio communications,” according to a press release from the American Geophysical Union. “The planes remained on the ground and the U.S. avoided a potential nuclear weapon exchange with the Soviet Union.”

And this all happened at the peak of nuclear armament — when a record 31,255 nuclear weapons were deployed around the world. (Today there are roughly 7,200 nuclear armaments at hand.)

“Had it not been for the fact that we had invested very early on in solar and geomagnetic storm observations and forecasting, the impact [of the storm] likely would have been much greater,” study leader and UCAR atmospheric scientist Delores Knipp said in the release.

After the near miss, the researchers say the military learned to listen to its space weather forecasters, improve its abilities to see another looming “Great Storm,” and avert the first and perhaps final global nuclear exchange.

 

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Two Way Radio Hire : The Future of Business Communication

Imagine this, you’re in charge of the 30 volunteers working your son’s annual cross-country club event. With one week to go, you’re wondering how you’ll be able to communicate with them all, spread out across a 150-acre course – not to mention trying to pay for expensive communication devices on a limited budget.

OR…A security firm has just landed a lucrative contract at several convention centers spread across the United States, but needs a way to share important information with any or all of its officers at a moment’s notice.

The answer to all of these scenarios? Hiring a two way radio.

One of the biggest financial drains on any company is its investment in equipment that depreciates or becomes obsolete within the space of 3-5 years, regardless of the amount of money thrown at said assets.

With regard to communication equipment, some items- such as phones, computers and paging systems- must be purchased for use on a permanent basis. But unless Purchasing can reinvent the wheel, these purchases still represent money down the drain.

In addition, how does a company address business-driven fluctuations in staff, and the resultant security, safety, and customer service issues? Purchasing communication equipment that will be used for one week, then set aside for months afterward- only to be misplaced, damaged or stolen before it can be used again- is an expensive way to run a business.

How much better to work with a two way radio hire company; one that will not only provide the best service and selection, but also tailor state-of-the-art equipment to your organization’s specific needs.

There are few things more vital to an organization’s well-being and security than effective and efficient communication. Schools, public safety agencies, hospitals, the agriculture industry, stores, construction sites, and airports are only a few of the many entities that rely on rapid communication for the very existence.

Given the unstable state of the economy, equipment rental has become the best of all possible solutions for companies with shrinking budgets. Aside from the fact that rental expenses are tax deductible, the two way radios themselves are designed for ease of use, and built to withstand the most rugged of conditions.

A 2 way radio Hire offers the best warranties and service, as well as: State-of-the-art equipment. Systematic hardware and software updates. Multiple frequency capability. Calibration of frequencies to match your existing equipment. Local and/or coast-to-coast capability, depending on your business needs. Temporary repeater installation in buildings where dead spots normally occur. Next-day shipping to remote work sites. Zero maintenance cost. Volume discounts.

Two way radio has come a long way since its first use by police departments in the early 1930’s. In equal measure, the more recent transition from analog to digital signal represents a quantum leap forward in features, capability and efficiency.

two way radio gives everyone involved a solution that offers value for money and an affordable way to the problem of anti-social behavior. In fact after paying for the handset there is no rental or call charges. With robust and reliable two way radios being it has never been easier for business owners to stay in touch and make their premises as safe and free of trouble as possible.