Internet of things

CalAmp – Pioneering A Shift In The Connected Vehicle Sector.

The wireless communications sector is a dynamic business that necessitates ongoing adaptation on the part of producers, marketers, and customers alike. CalAmp has remained at the top of its market for almost 30 years by remaining agile enough to customize apps for clients on the go. CalAmp has established itself as a market leader in the mobile resource management (MRM) and machine-to-machine (M2M) arena. CalAmp connects clients to critical business information and turns it into usable intelligence for people, systems, and machines. CalAmp GPS devices are widely used in a variety of regional markets, including the United States, Canada, and the European Union

About CalAmp

CalAmp is a linked intelligence startup that helps individuals and organizations work more efficiently. They collaborate with the transportation and logistics, industrial equipment, government, and automotive industries to provide data that helps companies make better decisions. Their software, platforms, and smart devices enable them to track, monitor, and recover critical assets in real time, lowering costs, increasing productivity, and increasing safety. They have over 20 million products deployed worldwide and approximately one million software and service subscribers.

The Founding

The company is a provider of Internet of Things software applications, cloud services, data intelligence, and telematics products and services based in Irvine, California. Previously known as California Amplifier Inc., it was created in 1981 in Newbury Park, California, by Jacob Inbar and David Nichols, who met while working at Eaton Corporation’s microwave business. The company started by making microwave signal amplifiers and other equipment for satellite television and broadband communications.

Following a successful first half of the decade, California Amplifier’s financial strength declined in the second part of the decade. As the company experienced downturns in both of its business sectors, the revenue total recorded in 1996 became the highest of the decade. In January 1998, California Amplifier restructured its organization, forming three business units: satellite goods, wireless cable products, and voice and data products. In September 1999, the company made more changes when it merged its wireless cable and voice and data units into a single entity called wireless access products.

CalAmp, like many other businesses, has rebounded from the economic slump that began in 2008. Friedlander is pleased with the company’s unrestricted growth as the economy begins to warm.

Perpetual Growth

In an industry where the next technical improvement that alters the game is always on the horizon, companies like CalAmp must stay on top of these developments.

Friedlander recently explained that CalAmp has updated its hardware components for rail and Positive Train Control (PTC) compliance, as well as for FirstNet/B14, a communication server used by first responders across the country. Similarly, the company has improved its SaaS for mobile applications for customers with vehicle loans or fleet management.

Although the hardware is an important part of their services, CalAmp is also a full-service solutions provider, offering not only devices and industry-leading embedded firmware, but also a suite of market-leading software applications and a platform on which their customers may develop.

Jeff Gardner- CEO of CalAmp

Jeff Gardner, CalAmp’s dynamic CEO, has guided the business’s strategic evolution from a telematics device company to a leading software-as-a-service supplier of linked intelligence about vehicles, drivers, assets, and cargo. CalAmp has become the premier partner to market leaders in transportation & logistics, government & municipalities, insurance, and construction under Gardner’s leadership, enabling them to track, monitor, and recover vital assets with real-time visibility and insights—ultimately helping the world work efficiently so that individuals and corporations everywhere can proser.

Gardner was a member of CalAmp’s Board of Directors before becoming CEO, and he previously served as CEO of Brinks Home Security and President and CEO of Windstream. Gardner is known for bringing fast-paced enterprises to industry-leading success as an executive leader. To execute strategy, promote growth, and foster extraordinary, collaborative governance and world-class succession planning, he uses smart analysis, tough operational KPIs, consistent communications, and a passionate team approach.

Team YTS

TeamViewer – A German start-up to make significant progress in the Internet of Things (IoT)

Leave a Comment / Tech Story / By Annasha

The demand for IoT will not have a flat curve for any time as soon as progress in digital communication is expanding. With the advent of the internet followed by the massive revolution by digitalization, the entire idea and system of communication have transformed. Today, transferring data is the most important procedure for carrying out any kind of communication. And, that is where the concept of IoT marches in. Internet of Things (IoT) is a broad system that connects any kind of device with internet access. From a computer to a smartphone, from a smartwatch to a virtual assistant, everything is part of IoT. In a simpler word, it is a network like TeamViewer that doesn’t need human interaction to transfer signals or messages (data more precisely).

What is TeamViewer?

TeamViewer, a German-based start-up founded in 2005 has built proprietary software for carrying out tasks like remote controlling, desktop sharing, file transferring between two devices, etc. With the help of a web browser, one can have access to any equipment that is running the TeamViewer software. Tilo Rossmanith is the developer of the software.

The software is available for Chrome, iOS, Android, Windows RT, Linux, macOS, Microsoft Windows, Blackberry operating systems, etc. TeamViewer provides encryption mainly based on 2048-bit RSA private/public key exchange and AES 256-bit session encryption. The software also includes two-factor authentication, enforced password reset in case of any unfamiliar activities, etc.

About Tilo Rossmanith

Back in 2005, Tilo Rossmanith built the software for his personal purpose. But, by the end of 2019, TeamViewer was installed in more than 2 billion computers. The software received a huge response from around the world and somewhere enlightened the face of the nation. Tilo became famous after building TeamViewer and he is currently on the Board of Directors at TeamViewer GmbH.

TeamViewer and IoT

When the internet was invented it was expensive and out of reach for common people. The same rule applies to computers and smartphones as well. But, many companies are trying to manufacture smart devices that are affordable for the entire world. Eventually, the price for such fancy things has come down and today almost everybody owns a computer, a smartphone, etc. For example, you can find a desktop in supermarkets for the ease of billing more efficiently. This contributes to IoT and with such progress, the demand for TeamViewer increased significantly.

By the end of 2017, out of the billions of IoT devices around 37 million were connected through the network of TeamViewer. It was in 2010 that TeamViewer stepped out of Germany and went international with subsidiaries in Australia and the U.S. In 2015, Permira invested around $1 billion in the company, and eventually, it became a part of the uniform club. There are very few companies in Germany whose total worth exceeds a billion.

TeamViewer’s software is also used in space especially by the Space Station medical team. The communication is encrypted between the linked devices and ensures safety. The company says that ensuring security is the most important purpose of the company which also provides real-time status alerts, early insights, etc. Apart from remote operations, the software also provides remote assistance to solve an issue without the need for a technician. And, remote alarming helps the clients receive alert notifications given that one sets up predefined conditions.

TeamViewer in response to the COVID-19 pandemic

Since the service and product of TeamViewer both ensure fast connectivity and security, the demand for its products escalated amongst the pandemic. In February 2020, when the pandemic started spreading its root, the demand especially increased in China. The company expects that the profit would increase by a third at the end of this year.

Annasha

Annasha Dey is an NIT student, who apart from studying engineering is also a content writer. She has a great interest in photography, writing, reading novels, and travelling as well. She is a foodie who loves socializing and hanging out with her friends. She is also a trained Kathak dancer and a big fashion enthusiast. Dey also loves watching TV series, which includes F.R.I.E.N.D.S. and Big Bang Theory. To be a better writer she prefers to read more

9 main Areas in which IoT can Benefit from its use

Leave a Comment / Tech tips / By Deepshikha

IoT (Internet of things) has an ability to blend the two worlds that is the digital and the real world and can significantly inflate the scope of IT (information technology) and allows it to directly influence everything around us.

There are innumerable possibilities due to digital technology in the real world which leads you to observe and control things in it. They can allow us to rapidly improve the healthcare, organization, and functioning of the cities and communities in which we live. At the same time, IoT enables the building of completely new business models and automation of companies.

Where, in fact, are the real benefits of using IoT for society? There are 9 key areas in which IoT can benefit from its use as per essay help UK, here you go;

Also Read: Bridging the Gap- Success Story of IoT

Also Read: Robert E. Kahn: American Computer Scientist & the Co-inventor of Internet

Person

In humans there are two main IoT applications. The former is related to health, and the second is to increase human productivity, including the workplace. IoT can provide healthcare assistance using devices that constantly monitor patient performance and monitor compliance with recommended therapy. This will save on medical treatment in hospitals while improving the quality of life of patients. An example of an increase in productivity is the use of enhanced reality glasses, which are used for training or giving detailed instructions when performing complex repairs.

House

The application of IoT here is mainly related to domestic automation. For example, heating or cooling the heating before going home from work guarantees w comfort while saving costs. Also, our home can know when we sleep and turn off unnecessary items and adjust the temperature suitable for sleep. IoT can also be used in security systems – for example, analyzing camera data and signaling in case of danger.

Vehicle

The Internet of Things increases the use of cars, trains, trucks, and even airplanes. IoT can improve the way vehicles are designed, maintained, and serviced. Like, the same types of sensors that are already in use in car engines can also be used to diagnose car operation and identify future problems and service needs. Periodic maintenance after a mistake has already been made costs more than regular maintenance or repairs.

Office

Using IoT in office as well as at home can benefice with the security and energy efficiency. For security purposes, the high image recognition security cameras help office-building operators to monitor all the activities without having to patrol security guards or constantly monitor video cameras. The IoT can “understand” what the camera is shooting and decide whether to sound the alarm or not.

Trade

With the influence of information technology retail sales have changed significantly in the past few years and also increases online shopping facilities reported. The Internet of Things is likely to disrupt the market even more, but it also allows retailers to stay in touch with online stores with the provided tools. Soon, for example, Amazon opened state-of-the-art physical stores, where they use IoT instead of cash registers or booth staff. Customers enter the store, pick up what they need, and leave without waiting in line, and when they leave the store, the purchase amount is automatically withdrawn from the customer’s card.

Also Read: YUVAL TAL’S PAYONEER IS HELPING GROW FREELANCERS AROUND THE GLOBE

IoT under the name Industry 4.0 also plays an important role in the next production automation phase and describes the complete digitization of the production process, combining the digital and the real world in the enterprise. Another aspect of Industry 4.0 is its ability in the improvement productivity by monitoring and controlling all production groups and use the data collection. With this, IoT technology is at the center of a new wave of revolution that will lead to incredible changes in performance, such as steam engines and electricity.

Work site (mining and construction)

In the mining industry, self-driving vehicles can help streamline operations and reduce costs. The use of sensors in vehicles helps to monitor the machine conditions and to go for maintenance. Companies can go to maintenance as needed, rather than regular maintenance or repair in the event of a malfunction.

City

There are four areas in which cities can benefit from IoT and that is

Transportation
Resource management
Public safety and health and
Service delivery.

For example, there is tremendous economic potential in transportation in the use of the Internet of Opportunities, which adopts travel schedules based on real-time tracking data from the public transport system. IoT can also be used to improve air and water quality. Sensors can monitor for leaks or power outages, which will help eliminate problems faster and reduce damage.

Also Read: Automating the World: Story of George Devol

Transport

The Internet of Things has significant potential for innovation in both passenger and freight transportation. Here are a few examples;

IoT can be used to improve the routes of planes, airplanes or trains using real data sent by IoT sensors.
Container and ship shipments can also be improved by significantly reducing delays and losses.
In the UK, a project has already been launched using the “Internet of Things” to monitor the condition of train tracks.
The Internet of Things allows your physical assets to be a part of the information system, enabling it to track, calculate, connect, and collaborate in new ways.

Business

IoT will drive new business models between consumers and suppliers. Like, it helps you to keep your machines or industrial equipment with you and you can give them on rent rather than sale, as IoT helps you to monitor the performance of your machines. IoT installs sensory data which gives the manufacturer complete info about how much the machine is used thus help in perfect invoicing. It can also help you to install an hourly rate or annual contracts and can be upgraded on a periodic basis. This “as a service” approach will create a deeper relationship between the provider and the customer, making it harder for the competitive company to enter. Which will allow the manufacturer to invoice in terms of usage?

Also Read: Hotmail: One of the First Viral Hit on the Internet

IoT business users make the most of it by making some changes in its organization and system. They will have to invest in both technology and skills, processes, and work culture. It has become essential for businesses and businesses that flop to do so as compare to their competitors using IoT and succeed are likely to lag behind them. The Internet of Things has the prospective to transform not only businesses but also much of public service. For this to happen, however, we must be willing to experiment and apply new technologies. They can help us improve our competitiveness and quality of life, but they cannot find their place on their own. Technology is available, but in order to make the most of it, we desperately need imagination and courage to apply it in various areas of our lives.

Deepshikha