5 IoT Hardware Development Trends to Watch in 2021

Digital gadgets will keep going to shape several sectors in the upcoming year, as 2020 comes to an end and 2021 begins. As COVID-19 decided to hold the main stage, several themes are gaining traction, boosting IoT’s significance in 2021, ranging from data-intensive activities that leverage Internet of Things (IoT) gadgets (including self-driving cars or smart gadgets) to simple fitness and safety demands. 

Simultaneously, the IoT ecosystem remains heterogeneous with a plethora of existing technologies, connectivity options, as well as use applications. According to Forrester Research, segmentation will persist, and networking alternatives will be numerous rather than standardized.

Table of Contents:

  • Mesh Sensors (Nodes of Cordless Sensors)
  • IoT based agriculture technologies
  • Advance video monitoring tech
  • Sophisticated driving technologies
  • Modern trackers
  • Conclusion

IoT technology with online certification will be used for fundamental necessities, they will also be critical in attempts to improve the quality of customer service. Several IoT-based technologies will set the groundwork for enterprises to move forward and concentrate on more established areas like customer service and satisfaction. In this context, we will focus on five IoT-based technologies which will be seen in 2021 which are as follows.

Mesh Sensors (Nodes of Cordless Sensors) 

The gadgets of the future would be capable of following the specific mobility of the individual rather than just measuring heart rate, exercise, as well as sleep patterns. Mesh detectors come into play here. The system is made up of a cordless large number of sensors that can be embedded into clothing and collect an almost infinite quantity of data sources. An application can then use those pieces of information to estimate the body’s position in three-dimensional space. Cipher Skin, which is a mesh sensor manufacturer, takes just this technique with its BioSleeve sensors, which can be used for anything from therapy to high-intensity workouts.

IoT based agriculture technologies 

Greenhouse Digitization: With the Internet of Things (IoT) and detectors, greenhouses can be nearly completely computerized. Real-time information on greenhouse parameters, including temperature, illumination, soil composition, and moisture, can be automatically reviewed and controlled. Users can specify preferred criteria, and automated systems will adapt the ecosystem to meet.

Robot arms for harvesting: Agribots are now being employed to harvest crops, which is essential to fill the manpower shortage. Incorporating robotic arms as well as digital image processing, these robots can harvest fruits as well as vegetables, 24 hours daily each week. These robots with IoT certification can help organizations better manage the efficiency of the supply chain by determining when and how to harvest depending on pre-planned parameters.

Farm animals Tracking: Cattle can be fitted with IoT technology to detect and analyze their healthiness. Information on animal health, well-being, as well as movement can be collected using these systems. Detectors can easily recognize unwell animals, permitting farmers to isolate those animals from the rest of the group and minimize the spread of disease. These devices also help farmers save money on staffing by allowing them to make excellent use of their resources.

Advance video monitoring tech

The current state of video surveillance in GPS car tracking is a little out of date. Particularly when compared to static video surveillance and the possibilities it offers, such as face as well as to object identification. In the security market, techniques that give color photos in the night are gaining popularity. In adverse weather circumstances such as severe rain, snow, fog, or smog, how do sensors guarantee visibility? They produce photos using thermal imaging, which measures heat. Although smartphone communications systems are improving, their current capacity still does not allow for the usual streaming of video. In that case, 5G networks might be a game-changer. 

The potential of fifth-generation communications (with more bandwidth and reduced latency), which are currently being deployed around the globe, could give automotive video tracking a new lease on life. Irrespective of the season, climate, or any time of day, users want constant as well as reliable connectivity to their mobile video cameras.

Sophisticated driving technologies 

Eco-Driving is such a technique that aims at assisting organizations in better managing their fleets and ensuring the safety of their personnel. In essence, an Eco-driving system collects data on how the company’s drivers operate the company’s automobiles. The modern IoT equipment allows a corporation to see when users accelerate, brake forcefully, or drive irresponsibly, causing materials and components to break down. Eco-Driving has piqued the interest of insurance firms. Sensor data is being used for risk evaluations and accident investigations. Autopilots and intelligent road networks are two examples of technologies that will be available in 2021. 

Modern trackers 

The supervision of transportation is growing more complicated. It used to be sufficient to know a unit’s geolocation and activity history. The list of responsibilities has grown significantly in recent years. Organizations want to see the broader perspective and have complete control over their operations. As a result, current telematics technologies should not be considered distinct from other technologies, but rather as an integral element of the entire IT ecosystem. 

To supply customers with a broad array of data, trackers should be increasingly complicated. A contemporary tracker is a gadget that collects data from a variety of detectors and parts on an automobile. It should be able to communicate with other systems and function with the car. In response to IoT hardware makers, businesses want more complex and intelligent trackers that can collect data and connect smoothly into corporate infrastructures.


So, these were 5 IoT development trends tech enthusiasts should look out for in 2021. If you are someone who is planning to choose a career in the field connected to IoT these will be the best options. If you are still unclear about your choice, why not try talking with trained professionals. Global Tech Council is one such platform filled with trained experts. If you are planning to start your career in IoT this platform should be the platform for you.