IoT devices have significant economic value and represent a major shift in the technological landscape. These devices create connected ecosystems that share data, which improves efficiency, increases safety and drives innovation. Several IoT applications and implementations are changing how industries operate.

Technology that brings IoT systems to life

IoT devices contain many components that allow them to work properly and reshape industries. A 5G connection enables them to communicate with other devices from anywhere, including across product lines or acres of farmland.1 Edge computing enables IoT solutions to operate at the edge of a network rather than in a data center, promoting faster decision-making with reduced signal interference.

Along with an IoT system, users need a data analytics platform. These store and display data for easy viewing. If the device sends an alert, such as a faulty product or a sick-animal report, the user receives it via their computer, mobile device or similar technology. IoT devices need each component to provide comprehensive services that improve connectivity across industries.

How six industries are using IoT devices

While IoT devices are shifting many industries, six sectors, including manufacturing, architecture, security and monitoring, healthcare, power management and agriculture, stand out as seeing significant advancements and improvements over previous systems.

Manufacturing

IoT devices enable the manufacturing industry to gain greater control over supply chains and factory operations. Workers place IoT sensors on different machines, and they collect information to predict failures. Factory operators can then request maintenance before the actual shutdown, preventing significant downtime and lost revenue. The manufacturing industry loses billions of dollars due to extended downtime, so IoT devices can help companies save money.2

Another IoT application is AI-powered quality control, which detects defects as products enter the line. Workers and machines make mistakes, resulting in faulty products. Previously, errors went mostly unnoticed because these facilities are fast-paced and productivity-centric. However, IoT devices such as cameras and connected systems can detect issues in real time, improving the overall product quality. With fewer mistakes, consumers are happier with their purchases, and companies avoid brand damage due to product recalls or negative reviews.

IoT devices also create digital twins of factories. These virtual replicas provide a realistic view of the entire building, including machines, employee stations and operations. They update themselves in real time as data is fed in, providing executives with a consistent and accurate view of the inner workings.

Digital twins help managers adjust product lines to enhance productivity and efficiency, and create simulations that reveal opportunities for faster process automation.

Architecture

IoT devices improve the architecture industry in many ways, including the creation of intelligent buildings. IoT sensors optimize lighting systems, making them motion-activated so they only turn on when people enter the room. They also enhance HVAC systems by monitoring outdoor conditions and adjusting indoor temperatures to a comfortable level. Architects can program HVAC systems to operate only when people are present, conserving energy and prolonging the system’s lifespan.

Another IoT innovation is its impact on urban infrastructure management. These devices create smart traffic lights that monitor intersection wait times and pedestrian traffic to trigger light changes at the most efficient times. Architects can install sensors in street bins to monitor usage and alert when bins are full. This insight helps architects determine the optimal locations for public trash cans and when to send trash collectors during the day.

Security and monitoring

An additional use of IoT devices is in the security and monitoring sector. These devices serve as smart locks, monitoring entryways remotely and managing who is allowed through them. The locks use biometric authentication, typically through fingerprints or retina scans, to allow or prevent people from entering restricted doors.3 Digital keys are another type of smart lock that requires a code or a scan before letting someone into a building.

IoT devices also enable enhanced surveillance cameras. Beyond offering real-time video, they detect motion and can even utilize AI to recognize faces and report intruders. People can access the feed directly from their computers or mobile devices, allowing multiple checks throughout the day.

IoT sensors detect smoke and water leaks, alerting residents or building managers to floods and fires. If the building is unoccupied, these sensors can automatically alert emergency responders, reducing potential damage. IoT sensors limit the severity of hazards, ensuring safety and peace of mind.

Healthcare

The healthcare industry uses IoT sensors for many applications, such as remote patient monitoring. Miniature IoT devices are used in wearable patient sensors, enabling continuous monitoring after appointments or surgeries. These wearables allow doctors to see how the patient is responding to new medication or during recovery. They can also alert medical personnel if an urgent complication arises.

IoT devices also create smart hospitals. Healthcare professionals can attach them to wheelchairs or stretchers, allowing them to track assets throughout the building and prevent theft or misplaced equipment. They optimize staff workflows, providing data to enable faster, better-informed decisions and more personalized care for each patient. Devices automate environmental controls for sensitive medicines or vaccines, preventing expired products or spoiled formulas.

Power management

IoT devices also improve power management, especially for grid automation. Sensors help power companies monitor energy distribution in real time, preventing outages and managing consumer demand. IoT can determine where the grid needs the most energy and draw it from less-used areas, rather than generating excess power that overloads systems and causes more serious issues.

Sustainability is another area where IoT devices improve power management. The collected data enables grids to better integrate renewable energy sources, such as wind and solar. Advanced IoT systems can turn equipment on and off during peak times, reducing unwanted power consumption.4 These devices allow grids to preserve energy and produce less pollution, enhancing overall sustainability efforts and making the power management industry more eco-friendly.

Agriculture

IoT devices improve the agricultural industry in many ways. They allow for data-driven cultivation that maximizes crop yields. Soil sensors measure soil water content, helping farmers make irrigation decisions about crops. Drones provide farmers with a more accurate view of their fields, and automated irrigation systems conserve water throughout the growing process and reduce strenuous work.

According to the United Nations, around 70% of available water goes to the agricultural industry, so using IoT sensors to conserve it as much as possible is crucial.5

IoT sensors also help farmers monitor their livestock. Agricultural professionals attach biometric sensors, such as tags or GPS trackers, to animals. These devices send information like the animal’s health, current location and overall well-being. The data can prevent extended illnesses and sustain healthier livestock. If predators are nearby, farmers can monitor the livestock’s locations and send sheepdogs or shepherds to round them up before they are attacked. More livestock is then available for sale at the end of the season.

The beauty of IoT devices

IoT devices create interconnected ecosystems that power several industries, including manufacturing, architecture, security and monitoring, healthcare, power management and agriculture. Professionals in these industries can use them across a wide range of operations. Along with AI, these devices help users make informed decisions and enhance productivity.

The future of the connected world lies in IoT devices, and developers will continue to enhance sensors until they reshape even more industries.

Notes

1 5G Technology, Explained at WPI.
2 How Predictive Maintenance Supports Resilient Manufacturing at Forbes.
3 Biometrics - ITSAP.00.019 at Government of Canada.
4 The Impact of IoT on Industrial Power Management at Sunbelt Solomon.
5 UN World Water Development Report at UNESCO.