AIoT or How Technology Will Shape our Future

Artificial Intelligence and the Internet of Things (AIoT) will dominate the technical facets of our lives in the long run.

With the introduction of Smart Watches, Virtual Assistants, and Smart Vehicles, one thing is certain: the future will be full of similar devices that will make our experiences easier, our environment more secured, and the gadgets we use more customized than ever before.

These technological advances will have a significant impact on a variety of industries, including healthcare, supply chain management, automotive, education, and others.

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The Advantages and Applications of IoT-Powered Supply Chains

As companies continue to diminish their activities down to just the core processes via outsourcing, supply chains continue to expand across the globe.

This involves the necessity to keep track of and manage a variety of assets and operations divided by large distances. To follow this trend and improve their performance, businesses are embracing IoT-powered supply chain management.

With the expanded importance of supply chains and warehousing to eCommerce and global trade, there’s never been a greater time to consider adding IoT capabilities to your logistics facilities.

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How to Manage IoT Data Security Risks

The requirements to secure the data on smart devices have entered a new phase and continues to grow beyond what modern capabilities can manage. Cybersecurity systems that guarantee the confidentiality, integrity, and proper use of data from smart devices are not enough for the growing scale of the IoT and IIoT. Innovation in technology is required to achieve the toughness necessary to protect against an era of ever-evolving cyber threats.

Smart devices are everywhere and are incorporated, from coffee machines to cars, into all aspects of our lives. Entire cities are becoming smart, as are factories, states, international retail, logistics, and all national important infrastructure sectors.

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How Big Data and IoT are Changing the Healthcare Industry

Lately, in the healthcare industry, innovations have been taking huge steps forward. Even though some people might think that the way the healthcare sector is adopting technology is just a sign that we are headed toward an AI takeover, the sector just welcomes advanced technologies as a way to streamline processes and provide better patient care.

Nowadays, we can control our health and well-being online, we can use our phones as reminders to take our medications on time, we can use some apps to measure our cardiac activity and so on. And the great news is that many apps can actually bring the best doctors to us through video appointments –within minutes, instead of weeks or months.

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How to Prevent Cybersecurity Threats in the Manufacturing Industry

Manufacturing is becoming more digitized as the industry is embracing automation to a higher intensity than ever before. The Industrial Internet of Things (IIoT) is bringing artificial intelligence, cloud computing, and robotics into factories. Cyber-physical operations can now mix all aspects of the supply chain, including operational systems and data systems, and are taking the place of old, siloed mechanisms.

Any factory that uses these technological innovations is recognized as a Smart Factory and it triggers what analysts call nowadays Industry 4.0. Smart Factories will benefit the manufacturing industry substantially, as digital technology can offer higher production performance, better quality products with minimal errors, and increased flexibility for working processes.

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The Convergence of IoT and Blockchain in the Manufacturing Industry

Nowadays, the manufacturing industry is seeing rapid growth and transformation. With the coming of numerous advanced technologies, companies are making significant investments in their future. To stay competitive, they are looking for innovative solutions that will bring processes automation, intelligent connections, and smart analytics.

Internet of Things and blockchain can have a huge impact on the entire industry. How can these two pieces of technologies work together in manufacturing to help simplify workloads and provide a more precise understanding of assembly processes? Let’s find out!

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How IoT Applications are Reshaping the Manufacturing Industry

The Internet of ThingsIoT – considerably influences our lives, from intelligent freezers and home automation systems to smart vehicles and smart buildings. Soon, IoT will unquestionably continue to steal the spotlight in the tech industry.

Many companies aim to improve their internal business operations, automate workflows, reduce costs. In this scenario, they make enormous investments in IoT solutions, with the main spendings from manufacturing, transportation, and utility industries.

Nowadays, manufacturing remains the biggest investor in IoT solutions. As with smart device connections, equipment, and production phases, the manufacturers can get a reduced human intervention, effective machinery maintenance, employee safety, and effective process management. This is why IoT solutions are so important!

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Leveraging AI and Digital Twins to Transform the Manufacturing Industry

Digital solutions are growing in capacity and they will continue to attract industry players with their wide variety of business applications.

Digital twin technology is a specific strategy that slowly marks out its importance as a solid business partner. Basically, a digital twin is a technology that generates the virtual representation of real-world objects, such as physical items, systems, or structures, typically in 3D, based on sensor-collected data.

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Manufacturing Digital Twin Technology & IoT – A New Era

We live in a digital era. Data is all around us and, at the manufacturing level, the vast amount of real-time information available offers new perspectives into processes. Smartly used, the data can provide a roadmap to continuous process progress and a drastic increase in production efficiency.

The significantly reduced cost of sensors and the growing computing capabilities have made IoT (Internet of Things) omnipresent, widely available and scalable.

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