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New Developments that are Shaping The Future of IoT

CIO Review Europe | Monday, May 01, 2023

Industries all over the world have embraced the Internet of Things. Instead of only being used by early adopters, the technology has substantially matured into the mainstream.

FREMONT, CA: Since its inception more than ten years ago, the Internet of Things (IoT) has advanced significantly. What began as a straightforward idea of connecting things to the internet with few applications and dubious security has developed into a complex network of interconnected systems and gadgets that are altering how we live and work. IoT has influenced practically every industry, from smart homes to industrial automation. 

IoT Trends and Predictions for 2023

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Manufacturing with IoT

IoT uses sensors, which can help management identify mechanical problems before they become serious. Problems are identified before technicians are sent to deal with them. Sensors are useful for people in charge of preventive maintenance. Smart manufacturing has made use of the Internet of Things. Owing to wearable technology, employees may see the workplace's safety and working circumstances.

New Technologies for Connectivity

In previous years, many businesses started offering NB-IoT services for IoT devices. It is projected that the trend will persist this year as well. For a range of use cases, manufacturers should also experiment with cutting-edge networking techniques. The advancement of 5G and satellite internet access may present OEMs with opportunities to produce new IoT solutions.

IoT Security

With growing standards and norms for product cybersecurity, IoT security is still a significant challenge. Businesses aspire to effectively incorporate IoT solutions for their customers. They are attempting to implement the concept of Security by Design, in which things are designed with security in mind from the beginning. Additionally, it is a part of each component, tier, and application at every point of the IoT journey.  Securing IoT networks and devices with a large number of endpoints is another technique. This will assist in spotting possible threats, defending against attacks, and quarantining infected devices.

Innovation at the Chip Level for IoT Devices

This year can witness specialised chips for IoT systems that use their unique benefits and use cases. These advancements have been greatly influenced by the adoption of edge computing and AI in IoT systems. The market is responding to organisations' need for more processing power at the edge by developing new architectures and instruction sets. By the end of 2023, specialised chips with low-power management of neural networks and AI systems are anticipated. Naturally, these changes will drive the further creation of AI systems that use the new chips.

5G Automotive Services

The adoption of 5G and the IoT is being fueled by the availability of more affordable devices as well as increased demand from businesses and consumers.  The idea of a global IoT network that can support a large number of connected devices will eventually be realised due to advancements like network slicing, private & dedicated networks, and 5G core. The introduction of 5G services has sped up the development of linked car technology. Many operators are attempting to launch connected car services as an addition to their customers' 5G plans. This is expected to enhance communication between vehicles, raise ADAS system situational awareness, and reduce crash rates.

AI and IoT

The proliferation of IoT devices has made it possible for organisations to get detailed data about their operations that were not previously possible. Information about a company's staff, productivity, service or product quality, and other aspects can be obtained in great detail. Businesses have started to develop and power their artificial intelligence models using this data. By implementing AI into their systems, businesses may streamline more processes and improve the quality of their products and services. Over the past year, several IoT solutions with edge processing capabilities have surfaced.

Businesses can use these technologies to bring AI closer to the sensors or actuators, reducing the need for connectivity and speeding up the decision-making process for the Internet of Things systems. Additionally, they have enabled the implementation of IoT solutions across a wider range of industries and purposes.

Digital Twins

One of the intriguing IoT trends for 2023 is the digital twin. Industries are adopting digital twin technology to diagnose, optimise, monitor, and regulate asset utilisation and performance, from engineering and production to the manufacturing landscape. Healthcare and pharmaceutical companies are using digital twins to forecast the outcomes of novel treatments or medications. Digital twins are another tool being used by the energy and power industries to streamline operations and lessen their carbon footprint.

Healthcare and IoT

Over the past few years, IoT has advanced into the healthcare industry with devices like voice assistants, connected medical equipment, and smart wearables. By the end of the following year, the market is predicted to reach $267 billion.

In the coming year, wearables are anticipated to grow smarter with built-in sensors that can more accurately measure various attributes. Additionally, sophisticated home sensors will be used to monitor patients' vital signs. According to Forbes, the concept of a virtual hospital where doctors can watch and care for patients remotely would gain popularity. End-to-end medical IoT remote monitoring still makes it possible to gain real-time actionable insights. With access to real-time patient data, medical personnel can make treatment decisions more promptly and wisely. Healthcare facilities may even provide at-home care to patients, lowering their service costs.

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