#iotdevelopment iotsolutions iotsecurity

[nitor-infotech]

The internet of things (IoT) is simply a collection of physical objects that connect and share data with other devices and systems via sensors, software, and other technological gadgets.

With the growing role that IoT is playing in automation, it finds powerful applications in smart homes and smart cities!

[pyramidskilltech]

IoT in 2020: What's Next?

Takeaway: By 2020, IoT will enter a new phase of opportunity and will affect all aspects of our lives, from improving our pivotal industries to reducing our environmental footprints and enhancing our cities.

Back in 1997, Wired picked 2020 as the year humans were to officially arrive on Mars. Right now, we have self-driving cars and flying taxis in the wings, so we could almost make it there.

However, there are other important Internet of Things (IoT) developments predicted for 2020 that are just as eye-opening.

5G Wireless Technology

This fifth-generation cellular network technology (5G) gives us faster speeds, lower latency, and better connectivity than its predecessors (4G, 3G, and 2G.) Its unprecedented speed frees your network to stream more data, while its low latency improves network responsiveness

5G also allows connectivity on far more devices than did 4G, which means that IoT innovations, like driverless vehicles, will finally have a technology that can handle their needs.

The technology’s reduced power consumption also unleashes energy savings and cost reductions that will make IoT more widely used.

5G and blockchain are a perfect match according to Alan Haft, President of Trivver, an advertising exchange for Extended Reality (XR) environments. Haft said he sees a growing number of network operators, such as Orange and MTS Russia, layer their blockchains on 5G.

The improved wireless technology enhances node participation and decentralization, allows for shorter block times and increases on-chain scalability.

Adopters report that their 5G-blockchain combination improves the speed, capacity, and security of IoT sensory devices.

Edge Computing and Mesh Networking

Right now, we’re mostly centralized using select cloud providers like Amazon, Microsoft, and Google that do all the computing at their particular data centers. With edge computing, we can move our IoT data computing closer to the source of the data, which gives our computing greater security, improved latency, and more bandwidth, among other features.

2020 will also see the growth of mesh networking (a type of IoT computing that knocks out the internet altogether.) With mesh networking, transmission of IoT messages is done through a network topology of radio nodes, where each node transmits data to the next through either a flooding or a routing technique.

With the flooding technique, data floods all routers on the network, while with the routing technique, data hops from one node to the next until it reaches its destination.

Silicon Chip Innovation

IoT endpoint devices need processor chips with stronger memory capabilities and newer learning design than the low-power (mostly ARM architecture) silicon chips we have now.

Waiting in the wings for 2020 are more powerful chips that will reduce the power consumption required to run deep neural networks (DNN) and that will be able to support a range of new IoT capabilities.

Some companies plan to replace silicon altogether. IBM, for example, plans to release commercial computer transistors made from carbon nanotubes that will make transistors both smaller and faster.

Oxford University’s Government-funded project deliberately called the 2020 Processor — poised for the year 2020 — has super-small quantum processors ready for unrolling that will do things you can’t do with ordinary technology.

The IoT Future of 2020: General Trends

Back in 2000, futurist Paul Saffo warned that in 2020, we’ll be “living in an age of technologically induced creative destruction.”

We're far from that. Expect a year of technologically induced growth.

These are some of the trends:

Smart Cities

We'll have spent $135 billion by the end of 2020 for smart cities, according to a report from the International Data Corporation (IDC). The original smart cities were introduced by Europe, starting with Amsterdam in 2009, with the United States picking up the trail with its Smart City initiative in Columbus, Ohio, in 2017.

By 2020, smart cities may dot 100 cities in America, created through the confluence of public and private partnerships. Your typical smart city is one where mobile apps will allow you to do everything from avoiding traffic jams, to finding a parking spot, reporting a pothole, or warning pedestrians on an overflowing dumpster.

The underlying IoT devices make cities like Harlem, NY, or the South Side, Chicago, more sustainable and efficient, saving your city millions in dollars, opening up jobs and improving your quality of life.

In Europe, tertiary institutions plan to transform their university campuses and islands into smart communities. 2020 is the year where this smart city technology will be replicated on a larger scale.

More Appliances on the Internet Than People

Back in 2015, Ericsson Mobility Report predicted there would be 23 billion devices in use by 2020. Well, we’ve long surpassed that milestone with more than 26.6 billion IoT devices at the start of 2019.

Every second, around the world another 127 devices are connected to the internet around the world, per a McKinsey report. China, North America, and Western Europe make up 67% of the IoT-installed base.

Internet of Things appliances includes consumer appliances for smart homes and the humongous field of sensors and smart technologies for industries.

Shift to Industrial IoT

The year 2020 will see an intensified shift from consumer IoT to industrial IoT, where IoT will be used in fields that include the following:

Healthcare

You'll likely see more IoT innovations in healthcare than almost any other field. IoT-enabled devices reduce healthcare costs, increase patient engagement and satisfaction, unleash new methods for disease prevention and diagnosis, and improve treatment outcomes.

More specifically, IoT helps doctors monitor patients’ health, help healthcare institutions track medical devices and staff, and assist health insurance companies with detecting fraud claims, among other benefits.

According to Statista, there'll be almost 161 million healthcare IoT devices by 2020.

These include:

Remote     Monitoring — where special telehealth computer systems or software,     installed on mobile devices, send patient-generated health data (PGHD) to     healthcare professionals.

Wearables     — where devices worn by the patient monitor their daily activities and     health. These alert family members and concerned health providers and help     physicians keep track of their patients’ health. Wearables, such as     devices that monitor blood pressure and heart rate, can also be tuned to     remind patients of calorie count, appointments and the like.

Asset     Monitoring — where hospital equipment tagged with sensors are connected to     IoT devices. This helps healthcare institutions monitor medical equipment,     like defibrillators, and catch defects in real-time. Institutions also use     this technology to assess the real-time deployment of staff.

Retail

According to the retail magazine, Total Retail, the expansion of IoT technology in retail is expected to reach more than $35 billion (USD) by 2020. IoT innovations include the following:

A     wave of new generation applications and devices — helped by the     convergence of AI, Big Data and other innovative technologies like virtual     reality (VR), augmented reality (AR), and blockchain.

Better     data analytics — helped by innovations like edge computing and 5G that     will improve network responsiveness, connectivity, and speed.

Software-as-a-service (SaaS)     becomes the norm — A growing number of third-party providers will host     applications and make them available to customers over the Internet.

Voice     recognition — Projections show that by 2020 at least 50% of internet     search and IoT     devices will be conducted through voice recognition. Technology     includes smart speakers (e.g., Apple HomePod) and ML translations.     Voice support will also go multi-lingual, allowing you to search or issue     commands in more than one language.

Agriculture

Consider that the global population is expected to reach 9.6 billion people by 2050. That’s where IoT really makes a difference, chopping costs and saving time while helping us feed that many people. By the end of 2020, the adoption of IoT devices in the agriculture industry will reach 75 million according to a Business Insider Intelligence survey.

Smart farming innovations like sensors, robotics (e.g., drones), autonomous vehicles, automated hardware, variable rate technology are used for areas that include the following:

Precision     farming — where devices make farming methods more controlled and accurate     when it comes to raising livestock and growing crops.

Livestock     monitoring — where farm owners use sensory  IoT     applications to collect data on the location, well-being, and health of     their cattle.

Smart     greenhouses — where remote monitoring systems are used to protect valuable     plants from extreme temperature fluctuations.

Matt Peskett, a recognized horticulturalist in Surrey, England, said there’s a strong interest in IoT-enabled devices from agricultural machinery suppliers, notably John Deere, as well as from agri-food giants like Monsanto.

He believes companies such as these will intensify their IoT explorations in 2020.

And in Your Own Home?

By 2020, IoT devices for the home will soar in popularity, become more sophisticated and include the following:

Smart     door locks — Aside from remotely locking your door, you’ll also be able to     do other things like providing one-time only codes for visitors.

Smart     toothbrushes — Battery-free, powered toothbrushes with sensors that help     you (and the dentist) with your dental health.

Smart     kitchens — Kitchens that include incredible sensors, like those that let     us know whether a stove has been left on or utensils that can count     calories

Smart     thermostats — Devices that allow us to remotely turn our homes’ heating     and cooling systems on or off, which can lower the electric bill     significantly.

Delivery     drones — that deliver our orders faster and safer than any human could.

Devices will not only become more functional and safer (such as dryers that will warn you about dangerous accumulation of lint), but they’ll also save energy and reduce your bills. Small wonder that Statista estimates that during 2020, the number of connected devices worldwide will grow to almost 31 billion.

Iot Trends 2020: Social, Legal and Ethical

As IoT grows apace, there will be more social, legal and ethical issues. These include ownership of data and the deductions made from it; algorithmic bias; privacy; and compliance with regulations such as the EU General Data Protection Regulation (GDPR).

Research will focus on the following:

IoT     Governance — The need for a governance framework that ensures appropriate     behavior in the creation, storage, use, and deletion of information     related to IoT     projects will become increasingly important.

Mandatory     regulations for security — Conventions for network security that include     rooting out malware and fraud detection.

Enhanced     data security with auto-machine learning — Innovative methods for securing     data and preventing leaks and hacking. One such focus will be the blockchain.

Unified     integrated framework — A centralized platform that will contain the     diverse IoT     applications, frameworks, and protocols, where industry players work     together to share their solutions and to advance their respective fields.     For many, that platform is the blockchain.

Final Thoughts

By 2020, IoT will enter a new phase of opportunity. While not exactly putting us on Mars, smart IoT solutions will affect all aspects of our lives, from improving our pivotal industries to reducing our environmental footprints and enhancing our cities.

2020 is certainly a year to anticipate

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How the network edge will shape IoT applications?

The network edge is where the action is, with its ability to move processing power for data analysis as close to the user as possible, reducing network latency to absolute minimums. A new webinar looks at how the edge is changing and its importance to IoT applications such as autonomous drones, collaborative industrial robots, and smart video analytics. Importance of the edge IoT application workloads today reside in three general locations: The network core, encompassing public cloud and hosting as well as large-scale enterprise data centers; The “near-edge,” which includes micro-data centers closer to the endpoint as well as the emerging public network edge computing infrastructure; And the edge, which can exist on the device or machine itself or on servers or gateways that are physically adjacent. Increasingly, the edge and near-edge are merging, 451 Research says, with powerful edge servers and gateways providing terabytes of storage and large amounts of computing power. The near-edge infrastructure is rapidly becoming indistinguishable from the edge itself. When it comes to IoT, it is at the edge and near-edge where the majority of IoT processing is being done, and that percentage is only likely to rise as enterprises reassess how their workloads can be most effectively handled. Getting it done How is all this going to get done? It will require enterprises to take advantage of the best developer-driven companies when it comes to the IoT applications they designate and the data analysis they need to take full advantage of those applications. Being able to deploy servers quickly and tie them through the dedicated IoT network – specifically the IoT platform – will allow enterprises to make their IoT operations as flexible as possible. All of these elements come together in the IoT edge, which is clearly becoming the new frontier of computing, processing, and data analysis. As 451 Research points out, the type of processing that occurs at the IoT edge depends on several factors, among them: The type of data analysis that needs to be undertaken How quickly the results of that analysis are required How much data is generated in total, and how much of that might yield valuable insight Whether the data is likely to be analyzed on its own or integrated with data from other sources But the top task located at the IoT edge is data analysis, and increasingly that means analysis enhanced by the use of artificial intelligence and machine learning. Omni intelligent technology can offer Iot solutions, like a GPS tracker solution. Combined with the GPS global positioning system and GSM communication technology, our tracker can locate the accurate positioning of the remote target. Users can obtain tracker realtime position via multiple terminals(computer, mobile phone, App, WeChat).

[juneconnects]

IoT-based healthcare systems make remote monitoring of patients a reality. We deliver IoT healthcare solutions that will undoubtedly transform the way you run your hospitals.

Give us a call now to learn about harnessing digital power in your healthcare operations. WhatsApp: https://wa.me/919535555225

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𝐅𝐨𝐮𝐧𝐝𝐚𝐭𝐢𝐨𝐧 𝐈𝐨𝐓

Provides analytics of image, audio, and text inputs to recognize items and extract insights, for example, real-time events

[prolimglobal]

On a private cloud, MindSphere can take advantage of the complete range of industrial IoT capabilities. Read this blog to know more on how to deploy MindSphere on a private cloud.

[juneconnects]

Improve your business growth with end-to-end IoT solutions.

Our experts harness the power of leading-edge technologies across various sectors to enable digital transformation for the ever-shifting digital landscape. https://wa.me/919535555225

[pantechelearning]

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[pantechelearning]

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