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IoT Analytics: 3 IoT Sensor Technologies to Keep an Eye On

IoT Sensor Technologies
There are sensors everywhere. Our hospitals, retail malls, and places of employment all have them. They are a crucial component of the Internet of Things and incorporated in smartphones (IoT). The use of sensors has a long history. Infrared sensors have been around since the late 1940s, while the first thermostat was launched in the late 1880s. The Industrial Internet of Things (IIoT), which is an offshoot of the IoT, is expanding the use of sensors.
In short, sensors are tools that notice and react to environmental changes. Several other types of inputs are possible, including light, temperature, motion, and pressure. Sensors produce useful data, which they can exchange with other networked devices if they are connected.
Three IoT Sensor Technologies to Pay Attention to were identified by Global Chief Insights Magazine.
  • Pressure Sensors
  • Light Sensors
  • Temperature & Humidity Sensors

1. Pressure Sensors:

The force necessary to prevent a fluid from expanding is measured by pressure sensors in gases and liquids. These IoT sensors, which can be found in a variety of sizes and shapes, are among the most often used ones since industrial applications have embraced this new networking initiative wholeheartedly.

These kinds of sensors are the foundation of our gas and energy infrastructure because we couldn’t monitor system pressure without them. Your data is ready to display on your computer screen after you connect an IoT module to one of these.

2. Light Sensors

Light sensors, also referred to as photoelectric devices or photo sensors, are more widely used than you may imagine. These passive photoelectric devices transform photons, the unit of light energy, into electrical energy (electrons).

We think, yes?

However, these devices are more than just their basic design. Light sensors, like pressure sensors, are widely utilised in brightness control, security, and even agriculture. They can be employed for a variety of tasks.

3. Temperature & Humidity Sensors

Just like our top two recommendations, temperature and humidity sensors are commonly utilised and well-liked. Typically, they are packaged together in pre-built IoT modules. Temperature sensors are used to monitor temperature changes and, on the one hand, measure the amount of heat energy in a source. Contrarily, humidity sensors gauge how much water vapour is present in the environment of different gases.

In industrial environments where machinery must function at a specific temperature for extended periods of time, temperature monitoring is a common use case.

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