8 Key IoT Trends Shaping The Future Of Connected Devices

Futuristic technologies are enhancing the digital world, and as we steadily advance towards an ever-expanding network of things connected online, demand for Internet of Things (IoT) technology is rising quickly.  IoT trends are among the most potent ones currently in use, as they are essential to the development of many other technologies, such as machine learning (ML). With its adaptable integration with artificial intelligence (AI) and data analytics software, providing ground-breaking futuristic solutions, IoT has become a reality. 

IoT is basically an integrated network of physical objects connected well with sensors, software, and other technologies to communicate online with other devices and systems. These gadgets range from basic household goods to cutting-edge industrial equipment.

Globally, 9.7 Bn IoT devices were present in 2020, which is anticipated to almost triple to more than 29 Bn IoT devices in 2030. With almost 5 Bn consumer devices, China will have the most IoT gadgets by 2030. They will generate, disseminate, collect, and assist with the use of data in various ways. 

The key trends that will shape how we use and interact with these devices in 2023 are summarised below.

Trends That Will Boost Business Growth In 2023 

Security Practices With IoT 

IoT can help with better security practices by providing real-time data and analytics on potential security breaches. IoT devices can enable more efficient and effective monitoring of physical security measures such as surveillance cameras, motion detectors, and access control systems. They can provide real-time alerts and notifications to security personnel, allowing for quicker responses to incidents.

IoT can help with cybersecurity practices through improved data privacy and encryption protocols. IoT devices can be designed to automatically encrypt data, protecting it from unauthorised access, thus reducing the risk of a data breach.

Internet Of Healthcare Things

The Internet of Healthcare Things (IoHT) is a technological approach that involves connecting medical devices, wearables, and other healthcare-related tools to the Internet. With IoHT, healthcare providers can collect real-time patient data, optimise treatment plans, and enhance patient outcomes. 

According to a recent analysis by Grand View Research, the size of the worldwide Internet of Things in the healthcare market is anticipated to reach $861.3 Bn by 2030 and grow at a 16.8% CAGR over that time. As telemedicine becomes more prevalent, IoHT devices are becoming more affordable, making them easily accessible to healthcare providers and patients. 

IoT In Boosting Smart Cities & Smart Homes

IoT has already started to transform cities and homes, and it is expected that this trend will continue to grow in the coming years. IoT devices can enable more efficient and effective monitoring of physical security measures such as surveillance cameras, motion detectors, and access control systems. 

In smart cities, IoT can help manage traffic, reduce energy consumption, monitor air quality, and improve public safety. Similarly, IoT can transform homes into smart homes by connecting various devices and making them accessible and controllable through a single interface, such as a smartphone. 

IoT Edge Computing

Edge computing is the ideal strategy to combat the market expansion for IoT devices. The value of the global edge computing market was $22.85 Bn in 2021 before rising to $30.6 Bn at the beginning of 2023. The market is presently anticipated to grow at an astounding CAGR of 36.8% to reach a value of $190.1 Bn by 2028.

With growing usage, better performance, IoT integration, and increased security, edge computing has a promising future. Edge computing will continue to be a key component of data processing and analysis, enabling organisations to make choices quickly.

Digital Twinning With IoT & Metaverse

IoT components like sensors and actuators make it possible to gather data from physical objects and processes in real-time. The digital twin model can then be built and updated using this data to accurately reflect the situation in the world today. A fully immersive virtual world that is connected to the real world through IoT and other digital technologies is referred to as the metaverse. This idea is relatively new. 

Users may be able to see and interact with the digital twins of real-world items and operations in the metaverse. Overall, the use of digital twin systems in conjunction with IoT, the metaverse, and other technologies has the potential to unleash new heights of innovation and productivity in a variety of industries.

IoT Buddies Up With Futuristic Technologies (BigData, Data Analytics, AI & ML)

The essential elements of IoT — big data, AI, ML and data analytics — all aid organisations in making sense of the massive amounts of data generated by connected devices. 

AI in the IoT enables systems and devices to learn from the data they produce and use that knowledge to make predictions and decisions. ML can be used in the IoT setting to find patterns in data, forecast future results, and offer insightful information.  Data analytics is used in the IoT to glean important insights from the vast amounts of data generated by connected devices. Businesses may improve customer experiences, streamline operations, lower costs, and improve decision-making by analysing IoT data.

Governance With IoT

Governments can greatly benefit from using IoT as a mode of governance by encouraging efficiency, lowering associated costs, and improving transparency in the management of public services. 

IoT devices can be used to track environmental variables, including air and water quality, weather, and even agricultural production, providing useful information for making decisions. IoT sensors may gather information on calamities like earthquakes, floods, storms, and other natural disasters, sending out timely notifications and instantly activating emergency response systems.

IoT Connectivity (5G, WiFI 6, LPWAN, Satellite)

When it comes to IoT connectivity, 5G offers several advantages. It supports a higher number of devices per square metre, has lower latency, supports higher bandwidth, and provides better coverage compared to previous cellular networks. 

In the context of IoT connectivity, WiFi 6 supports a higher number of devices and provides increased coverage, which makes it suitable for IoT use cases in a home or office environment. 

Satellites can be used for IoT connectivity, mainly in areas where terrestrial networks are unavailable or unreliable. Although satellite connectivity has traditionally been expensive, advances in technology have made it more affordable for IoT applications.

Conclusion

As IoT solutions continue to spread across the globe, the future of IoT trends will unquestionably be important. Critical technologies, including 5G, blockchain, AI, and IoT cloud platform computing, among others, will considerably contribute to the expansion of global connectivity and IoT.