IoT Sensors

Empowering Connectivity and Insights with IoT Sensors

Revolutionary Technology

Why Take Advantage of IoT Sensors?

IoT sensors serve as the foundation of any IoT ecosystem by providing devices with the wireless ability to collect data, analyse it, and take informed actions based on the information collected.

The sensors themselves are pieces of hardware capable of detecting changes in the given environment while collecting data. These capabilities characterise IoT sensors as important connectors between the physical and digital world. By detecting variables like pressure, motion, temperature, and more, IoT sensors help managers make real-world changes based on analytic sources.

Dashboards & Analytics

To translate data into insights we can build a custom set of dashboards to display your key information usually in real time. Critical Indicators,  condition changes and other data coming from your sensor, can be displayed in an interactive way providing you control to make the correct decisions. Our experienced team can setup the right views, data outputs and automations to maximize the value of your investment in sensor technology.  We feel if you can measure it, you can impact it for the better. 

What Sensors Are Available?

Where are Sensors Being Used?

Empowering Connectivity and Insights with IoT Sensors

ROI

The ROI of IoT Sensors

The Direct ROI

Our experience and vast network in the technology industry makes us a perfect fit to act as your partner. We specialize in connectivity, but our knowledge extends far beyond, equipping us to lead any IOT initiative.

The Indirect ROI

Our clients often need a complete solution involving hardware, setup and security. We source and provide provisioning services to our clients, simplifying their deployments.

IOT Solution

How Much Does an IOT Solution Cost?

Experienced Device experts

Your Trusted Partner in IOT

We exist across many connected domains offering solutions and technology that solve business problems for our customers.  Our Sensor portfolio is expanding daily, if you don’t see the solution you are looking for please inquire with our team.  Let’s discuss your options to leverage Sensor technology and meet the business challenges both current and future.

Temperature Sensors

A temperature sensor is used to measure heat energy so that it can detect any physical changes in temperature and translate these variations into usable data for the end-user. A temperature sensor is used to measure heat energy so that it can detect any physical changes in temperature and translate these variations into usable data for the end-user.

Water Quality Sensors

Mostly used in water distribution systems, these sensors monitor water quality and can detect any unwanted variables. For example, a total organic carbon sensor (TOC) measures organic elements in the water to do just that, while a conductivity sensor is an important water quality sensor typically used in industrial processes to identify dissolved compounds by reading ionic
concentrations.

Proximity Sensors

Proximity sensors detect the presence or absence of objects and convert that information into a signal which can be read by an electronic device. You’re probably already familiar with proximity sensors in vehicles, especially when reversing your car, which will notify you when you come too close to another object.

Air Quality Sensors

Air quality sensors can detect the presence of various gases and monitor air quality. Their ability to detect hazardous, combustible, or toxic gases make them valuable in manufacturing, mining, oil, and laboratory settings.

Pressure Sensors

These devices sense pressure and convert it into an electric signal in an amount dependent upon the level of applied pressure. These are ideal for processes that can only function within an optimal range of pressure as the pressure sensor can notify managers about any fluctuation problems. In the manufacturing and maintenance of heating and water systems, pressure sensors make it easier to detect any detrimental changes.

In Smart Cities

A temperature sensor is used to measure heat energy so that it can detect any physical changes in temperature and translate these variations into usable data for the end-user. A temperature sensor is used to measure heat energy so that it can detect any physical changes in temperature and translate these variations into usable data for the end-user.

In Smart Buildings

Mostly used in water distribution systems, these sensors monitor water quality and can detect any unwanted variables. For example, a total organic carbon sensor (TOC) measures organic
elements in the water to do just that, while a conductivity sensor is an important water quality sensor typically used in industrial processes to identify dissolved compounds by reading ionic
concentrations.

In Smart Agriculture

Proximity sensors detect the presence or absence of objects and convert that information into a signal which can be read by an electronic device. You’re probably already familiar with proximity sensors in vehicles, especially when reversing your car, which will notify you when you come too close to another object.

In Industrial Settings

Air quality sensors can detect the presence of various gases and monitor air quality. Their ability to detect hazardous, combustible, or toxic gases make them valuable in manufacturing, mining, oil, and laboratory settings.

Analysis

Air quality sensors can detect the presence of various gases and monitor air quality. Their ability to detect hazardous, combustible, or toxic gases make them valuable in manufacturing, mining, oil, and laboratory settings.

Design

Air quality sensors can detect the presence of various gases and monitor air quality. Their ability to detect hazardous, combustible, or toxic gases make them valuable in manufacturing, mining, oil, and laboratory settings.

Prototyping

Air quality sensors can detect the presence of various gases and monitor air quality. Their ability to detect hazardous, combustible, or toxic gases make them valuable in manufacturing, mining, oil, and laboratory settings.

Testing

Air quality sensors can detect the presence of various gases and monitor air quality. Their ability to detect hazardous, combustible, or toxic gases make them valuable in manufacturing, mining, oil, and laboratory settings.

Production

Air quality sensors can detect the presence of various gases and monitor air quality. Their ability to detect hazardous, combustible, or toxic gases make them valuable in manufacturing, mining, oil, and laboratory settings.

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