Business with IoT (Internet of Things)

 The Internet of Things (IoT) is enhancing human lives and simplifying operations for businesses and other organisations across a variety of industries. The Internet of Things (IoT) technology is improving everyday home items and sophisticated industrial equipment. IoT refers to a network of real-world items that are equipped with sensors, applications, and other data-exchange technologies.

There are more than 10 billion linked Internet of Things devices, according to industrial sources. By 2025, this number is anticipated to increase even further and reach 22 billion. This technology is starting to play a bigger role in our intricate Internet architecture.

 

The commercial potential for IoT technology is as follows: The development of new best practises, advancements in technology, and greater device manufacture have all contributed to the expansion of IoT technologies. Activities may be transferred from local devices to cloud computing solutions using software like ai technology and real-time analytics. Over the past 15 years, computing power has grown dramatically. The increasing popularity of smartphones, laptops, and tablets is evidence of the IoT market's rapid expansion.

 

Technology 5G With the introduction of the 5G network, connectivity has increased and new technological experiences, such virtual and augmented reality, are now possible. The use of IoT technologies to support agile operations and versatile productions has also been pushed by 5G connection. The usage of autonomous carts, automated assembly, networked logistics, packing and product management, and other areas are predicted to be made easier by this technological progress.

 

Energy Sector The energy sector as a whole has benefited from the IoT utilities, particularly in nations like Canada and the United States. By gathering vast amounts of data, a number of firms that specialise in smart metre deployments assist organisations in managing their grids. For the purpose of keeping an eye on diverse activities like smart home metres, power plants, and distribution networks, the Canadian energy industry is securing internet-connected sensors.

 

One company recently unveiled a cutting-edge family of power control gadgets. In a linked home, the technology enables centralised power control and management, tight equipment protection, and customised power control of the video, audio, lighting, security, and communication systems.

 

Using IoT Stack The IoT technology platform offers substantial market expansion potential. Smart devices make up the foundation layer, which is controlled by specialised suppliers and major manufacturers. Mobile network providers, motivated by global standards, cover the second layer of connection.

 

Platforms that use cloud computing take up the third tier. Both platforms make it easier to create cutting-edge apps and integrate smart devices. Applications for businesses are in the top tier. This layer is more likely to offer the greatest IoT business potential.

 

IoT technology has been viewed by businesses and service providers as the primary enabler to accelerate digital transformation and improve operational efficiencies. The market is expanding as a result of the growing usage of IoT technology across sectors including manufacturing, healthcare, and the automotive industry. The industrial revolution of intelligent connection is being fueled by IoT technologies.

 

IoT technologies have a tremendous deal of potential to enhance value addition in the future. In the upcoming years, sensor embedded technology that uses IoT devices to continuously monitor important parameters will increase and become extensively used. The benefits of this most recent IoT technology wave are more likely to be realised by businesses, making the IoT market both domestically and internationally more competitive.

 

Gadgeon is a full-service IT outsourcing provider with a strong reputation for its engineering and industrial IoT software design capabilities. We link devices, activities, and processes in order to generate economic value and transform businesses via the use of data. We effectively facilitated our clients' digital journeys as a reputable IoT software development business by providing essential digital services spanning from integrated devices to testing and test automation.

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GeForce Now on Browsers Upgrade

We know that to enjoy 1440p Or 2k quality at 120fps functionality, we had to download the specific Mac or Windows software, as the web version was limited to 1080p at 60fps. But Last year, NVidia released its RTX 3080 GeForce Now, which offered streams up to 2k resolution quality with 120frame rates on PCs and Macs. it also supports 4K HDR at 60 frame rates per second, which is not doubt a tremendous upgrade.

NVidia is expanding its GeForce Now game streaming service to accommodate 1440p resolution at 120fps (frames per second) in Chrome and Edge browsers. Members with the GeForce Now RTX 3080 tier will be able to use the latest browser gameplay options today by selecting 1440p resolutions on the GeForce Now online version.

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Another upgrade by Nvidia is a significant improvement in latency, and compatibility for the ray tracing option, the RTX 3080 tier remains one of the best game streaming services available today. By bringing these latency, performance, and resolution developments to Edge and Chrome, GeForce Now becomes much more accessible, especially on older devices, like Chromebooks, and even Xbox consoles that can access these services through the internet browsers. 

Lets talk about subscriptions.

The membership of NVidia’s highest RTX 3080 tier is $19.99 per month or $99.99 for a six-month (equivalent to roughly $16.5 per month).  NVidia is also releasing an improved web version along with six new GeForce Now features. These features will be announced very soon by NVidia.

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Evolution of computer

Before we begin, let us clarify that when we say computer, we mean calculating machine. Following the definition of computer, we will proceed through computer evolution in the timeline manner shown below.

3000bc :

The Chinese abacus is said to be the first computer. The abacus, also known as a counting frame, is a calculating tool that has been used since antiquity. It was used for centuries in the ancient Near East, Europe, China, and Russia before the Hindu-Arabic numeral system was adopted.

The 1600s:

This is the Gottfried Leibniz computer era. Gottfried Leibniz was a German mathematician who made significant contributions to computer development. Binary, an early calculator known as the Stepped Reckoner, and algorithmic information theory are among them; some of his ideas anticipated the Turing Machine concept, all of which are important concepts in the history of computer technology. His computer was capable of performing multiple mathematical operations with numbers ranging from 0 to 9.

The 1800s:

Charles Babbage is regarded as the "Father of Computers." He developed the analytical engine, which was a proposed mechanical general-purpose machine. It was described for the first time in 1837 as the successor to Babbage's difference engine, a design for a simpler mechanical calculator.

The early 1900s:

IBM's era of electromechanical machines. Programmable computers were created during this time period using binary digits 1 or 0, or true and false.

HP founded audio ossilator in 1939 as a sound effect generator for the WALT PICTURE MOVIE "FANTASI" in the period.

The 1940s:

During this time, the VACUUM TUBE computer was created. This is also known as the 1st Generation computer. The ABC was described in the Des Moines Register as "an electrical computing system" with more than 300 vacuum tubes that would "compute complicated mathematical equations" (but gave no precise technical description of the computer). The system weighed in at over 320 kg.

This era also saw the development of the HARVARD MARK 1, a room-size relay-based calculator used in WW2 to encrypt the Lorenz cipher (used by the Nazis).

1959:

From 1959 to 1965, the second generation computer was in use. This generation used transistors, which were less expensive, consumed less power, were smaller in size, more reliable, and faster than the first generation machines, which used vacuum tubes.

1971:

The "floppy disc," invented by an IBM team led by Alan Shugart, allows data to be shared between computers.

The 1980s:

Consumer Reports described Steve Jobs' introduction of the first Macintosh computer in 1984 as a "dazzling display of technical wizardry." The Macintosh, like the Xerox Alto, had a keyboard, a mouse, and a small 9-inch screen. The computer, which weighed 22 pounds and cost $2,495, was praised for its window and icon interface.

The 2000s:

Laptop computers became popular during this time period. Steve Jobs slid the first MacBook Air from a manila envelope in 2008, shocking the audience at Apple's Macworld with the laptop's thinness. The expertly designed laptop, measuring only 0.76-inch thick, forever changed the industry. Apple removed the CD drive and replaced it with a USB port and a headphone jack. The minimalistic device cost $1,799 at the time.

Today:

Today's mobile phones, which were once only used to make phone calls, are now fully connected and versatile devices that put the power of a computer in your pocket. Tablet computers, which lack a keyboard and a mouse, are today's most innovative computers. 

In today's world, computer technology is advancing at a breakneck pace. It is widely assumed that computers will control our world in the near future using AI artificial intelligence.

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TELUS Canadians' connectivity

When you consider that the second-largest nation in the world is 9.98 million square kilometres in size, this is no small accomplishment for TELUS, which was acknowledged as having the world's fastest wireless network in 2020. The corporation has yearly sales of CAN$16 billion.

Sustainability must be prioritised above all else in a nation that runs from the Atlantic to the Pacific. By connecting Canadians in need, committed to being a zero waste, carbon neutral corporation by 2030, and working "to create the future friendly, together," TELUS donates 5% of its income back to the community. TELUS was recognised as the most charitable corporation in the world for combining compassion with industry-leading technology to promote social change and extraordinary human outcomes.

More than 70% of Canadians will have access to TELUS' quick 5G network, which offers speeds of up to 1.7 Gbps, by the end of the year. According to estimates, 5G would generate 250,000 jobs and $150 billion in economic output in Canada over the next 20 years, which might be crucial for the country's budgetary recovery.

TELUS Principal Technology Architect/Network Softwarisation Lead at TELUS, is eager to explore how network softwarization and cloudification are defining the company's digital strategy. "If I had to define what TELUS provides in one word, I would say connectivity," he stated.

The definition of connectivity in the sector has changed from a straightforward physical connection to one in the context of linked societies and connected citizens, said Tizghadam. As a result, TELUS also offers Internet of Things (IoT), network slicing, smart cities, and agricultural and health-related technological solutions. The need for connectivity should now be ranked alongside demands for food and shelter in Maslow's hierarchy of needs, and TELUS is working to make sure that everyone who needs it is connected.

According to Nazim Benhadid, vice president of network infrastructure and virtualization at TELUS, "Digital transformation and automation open a world of possibilities that, combined with our strong culture and the dedication of our team members, allow us to spearhead innovation and deliver exceptional results to our customers."

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