Top 6 IoT Trends to Drive Innovation for Business in 2023

By Veritis

Top 6 IoT Trends to Drive Innovation for Business in 2023

It’s arduous to remove the “Internet of Things” from a list of cutting-edge and paradigm-shifting technologies in a world dominated by ever-evolving connection technology and artificial intelligence. However, IoT trends may be among the most potent technologies currently in use, as it is essential to developing multiple other technologies, such as machine learning.

Firms must keep track of changes as the market landscape changes over the following years. Companies that think imaginatively about developing technology have some of the best business outcomes. Keeping an eye on these developments is necessary for developing concepts for novel applications and combinations of these technologies. Let’s discuss how IoT technology will develop in the future and the IoT trends that will influence global markets in 2023.

IoT is a network of real-world items equipped with sensors, software, and other technologies to exchange and transmit data with other systems and gadgets online. These devices cover the gamut of everyday domestic items to modern industrial tools.

More than 43 billion devices are anticipated to be connected to the internet in 2023. They will produce, distribute, gather, and aid in using data in various ways. Here is a summary of major themes that will influence how we use and interact with these gadgets in the upcoming year. The number of IoT devices installed globally is currently over 7 billion. That figure is anticipated to surpass 30 billion by 2025. This technology has an even more significant positive impact on the economy.

According to an observation made by Deloitte, the IoT industry will spend more than USD 1 trillion globally in 2023. According to a Finance Online report, at least 25 billion IoT devices will be used within the next seven years. 75% of all devices are anticipated to be IoT-based by 2030.

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A Snippet of the IoT World

How many people do you witness wearing smartwatches over analog or digital ones? Here is a simple example of IoT devices’ prevalence in today’s generation. Today, a smart watch is worn on almost every wrist and constantly moves host data from one device to another via an internet connection. Yet, for the average person, the volume of data gathered, tracked, and sent online today through these IoT gadgets is unfathomable.

High internet connectivity, the low cost of sensors for devices, and a reliance on smartphones to an extreme extent are the fundamental causes of the IoT’s explosive rise. However, the most marketable aspect of this technology is the convenience it provides to people. It takes little human contact or command transmission to finish predetermined activities, which is advantageous for that multitasking. As a result, IoT businesses are thriving in developed countries such as UK and US.

It makes you ask what more life-changing IoT trends that are being pushed by this technology now that these smart devices have become ubiquitous in our daily lives. What changes are being made in the sector to make room for this technology in the workplace?

So, let’s go through the six most recent business IoT trends that will soon take off, all owing to the advancements made possible by IoT applications and AI.

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Top 6 IoT Trends Will Fuel Business Expansion in 2023

Top 6 IoT Trends Will Fuel Business Expansion in 2023

Trend #1: AIoT – Artificial Intelligence and IoT Technology

Artificial intelligence and the Internet of Things applications are two technologies that work well together. Unsurprisingly, when they work together, they produce wiser results that businesses may investigate.

As was already noted, IoT devices produce a significant amount of data daily, and AI is a data-driven technology that thrives on these enormous data sets. AI software can develop its machine learning capabilities and create more innovative algorithms thanks to the live data transferred from IoT devices.

Trend #2: Edge Computing – Low Latency and Security

Edge computing underpins real-time applications. Edge networks handle information closer to the user and reduce network strain for all users by processing information locally rather than centrally.

Edge computing can improve data processing security and reduce the latency of IoT technologies. There are fewer opportunities for hackers to intercept IoT data analytics if it may be processed on an edge device rather than sent to a central server. All that is required is to exchange information with the edge device and then give the user their information back. Here, memory-based storage of IoT data analytics is not necessary.

Any circumstance requiring quick choices benefits from edge computing. This is especially true in situations involving safety and security. IoT edge computing can protect humans from harm by automatically preventing machines from working when someone is in a restricted area at a factory. Likewise, autonomous vehicles’ ability to make crucial real-time decisions can spell the difference between life and death on the road. For instance, some of the latest smartphones can detect car crashes that you are involved in and contacts emergency services. Decades ago, this instance would have sounded like it was straight from a Sci-Fi movie, but now, thanks to IoT, it is a reality.

Trend #3: IoT Connectivity – 5G, Satellites, Wi-Fi 6, and LPWAN

Wireless data rates have been the critical obstacle IoT networks have overcome in recent years. IoT strategy components, including sensors, edge computing, wearables, smart homes, and more, will advance as these technologies do. In addition, IoT solutions are now more practical because of recent infrastructure development for newer connectivity kinds. They include satellites, Wi-Fi 6, LPWAN, and 5G as connectivity IoT technologies.

A) 5G

Many Internet of Things solutions require the installation of connectivity infrastructure before various edge devices, sensors, or other devices can keep up and running. Mobile networks like LTE may be a viable alternative for some circumstances, such as outdoor settings. But bandwidth is a restriction with 4G LTE. However, the IoT data analytics processing required for IoT networks may be supported considerably more effectively by 5G networks, which are much quicker.

Whether it is a mobile network like 4G LTE or IoT cloud services, a solid connectivity infrastructure is required for IoT to operate without a hitch in a given setting.

B) Satellites

Satellites can occasionally provide electricity for IoT networks that are spread over different geographies. For instance, Traksat’s satellite-powered Internet of Things (IoT) devices let humanitarian workers report emergencies and promptly call for help, thanks to Globalstar satellites. Likewise, GPS data is promptly recorded and forwarded to a base for making rescue plans. A critical feature that is coming up in smartphones is that now the devices can initiate contact with LEO satellites should one lose contact with the cellular providers.

C) Wi-Fi 6

The bandwidth capacity of IoT technology is substantially increased for indoor environments by Wi-Fi running in the 6 GHz bands. A network of devices will be more reliable when it can communicate more quickly. Additionally, Wi-Fi 6 can be utilized in homes, which can be very advantageous for IoT strategy networks for smart homes.


A developing technology that works well for connecting devices that need little bandwidth and a bit rate over a broader region is low-power wide-area network connectivity. It’s a suitable option for IoT devices because it enables machine-to-machine communication. In addition, LPWANs are more economical since they use less energy. Therefore, LPWAN technology is a wise choice if you need to use many devices across a big area.

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Trend #4: IoT in Healthcare

IoT adoption and other significant digitalization initiatives are taking place in the healthcare industry. However, due to its ability to improve diagnosis and allow for more individualized treatment, the Internet of Things in business has the power to alter the sector altogether. Therefore, the Internet of Medical Things (IoMT), a subset of the more significant digital health notion, has emerged as a separate entity.

Hospitals all across the world have started to employ IoT in the following ways:

  • Smart diagnostic tools
  • Medical accessories
  • Gathering and analysis of patient data
  • Robotic surgeries
  • Monitoring systems to track patients and regulate storage conditions in labs

Trend #5: Smart Cities

IoT technology has a wide range of uses for creating networks for smart cities. One of the most critical challenges is traffic monitoring. It is possible to control better intersections for improved traffic optimization by monitoring traffic using sensors across the city. In addition, monitoring water levels can help alert residents to be current and potential floods and assist in detecting such events. Also, this information can direct further steps to stop future flooding.

There are several potential uses for smart streetlights. They serve as platforms for sensors to track traffic, monitor weather, host free Wi-Fi, and carry out surveillance. Moreover, these streetlights can be edge devices for digital street sign control. Even the light pole itself may be mounted with the streetlights.

Trend #6: Blockchain

The rising use of blockchain technology is one of the most recent IoT trends. Blockchain is a beautiful fit for IoT applications as they are likewise dispersed in nature. Moreover, it may help ensure data security in IoT devices, facilitates robust interaction between diverse network nodes, and ensures safe record-keeping.

Blockchain, a decentralized and distributed ledger technology, is beginning to dominate nearly all applications in banking, agriculture, finance, transportation, and other industries. These developments are conceivable when this technology is paired with another, such as the Internet of Things applications.


The future of IoT trends will undoubtedly be crucial in the coming years as the Internet of Things solutions continue to expand globally. The advancement of global connection and IoT will be significantly aided by crucial technologies such as 5G, blockchain, AI, IoT cloud platform computing, and others.

Veritis, the Stevie Award winner, is one of the top providers in IoT application development, as we can assist you in integrating your services and products with IoT. You can contact us so we can guide you in magnifying what you can radiate.

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