Illustration of connected devices in a wireless iot solutions.

Complete wireless IoT solutions for multiple industries

El-Watch’s wireless IoT solutions can be employed in endless ways; we simply started developing a handful of solutions and gradually expanded from there. Currently, we provide sensors for monitoring conditions, consumption, and performance in buildings, industries, agriculture, and transport. Our sensors increase efficiency, enhance safety, and promote sustainability in all these fields.

At El-Watch, we specialize in optimizing sensor solutions for various purposes. We offer more than 50 types of sensors, all of which are easy to install and use. Once connected, they immediately reduce your expenditures. Our wireless IoT solutions are designed to make operation automation and predictive maintenance as effortless as possible.

Product brochure

Find the perfect sensor solution

We offer over 50 different sensor types. Explore the possibilities in our product brochure.


Wireless IoT solutions are beneficial for industrial automation, but more so, we like to focus on predictive maintenance. Monitoring machines and equipment enables your company to operate at optimal capacity without the risk of equipment overwork or machine breakdown.

In short, predictive maintenance entails constant surveillance to predict when your machines and equipment need maintenance. This enables you to safely run your operation at maximum capacity and minimize upkeep expenses. Unnecessary maintenance leads to a massive waste of resources, which is what we like to prevent.

Our customers employ predictive maintenance in a wide range of industries. For example, one lumber supplier boosted their production by nearly 50 percent by investing in our sensors. Another timber corporation avoided a costly machine breakdown by installing El-Watch monitoring solutions.


Neuron Vibration RMS

The Neuron Vibration RMS measures vibration level and surface temperature every two minutes. The sensor has an embedded magnet at the back for easy installation. Temperature measurement is done through the magnet.


Building automation is a hot topic these days, not just because it unlocks the enormous saving potential in daily building operations but because it promotes sustainability. Automated HVAC considerably lowers energy and maintenance costs.

At a multi-tenanted commercial property that spans approximately 60,000 square meters, the slowdown of boilers, coolers, and fans during off-hours resulted in a yearly energy reduction of about 35 percent.

Read more in our article about the gains you get from investing in wireless temperature sensors.

A building’s ventilation system uses heat exchangers for repurposing the energy from exhausted air, which is then used to heat the intake air. With temperature sensors installed, the heat exchange rate will be securely monitored for performance deviation.


Neuron Temperature IP67

The Neuron Temperature IP67 is a small and compact sensor for measuring temperature and suited for a wide range of applications. 

Imagine if the same principles are applied in all building systems, ensuring that water, air, lighting, electricity, and safety are kept at optimal capacity.

Research shows that building automation can lower your energy consumption by 24 percent or more. It is also found that temperature management improves workplace productivity, which can increase your revenue considerably in the long run.


Safety is essential in most industries, and agriculture is no exception. Overheated electrical systems cause 70 percent of all fires on farms. Our wireless IoT system detects rising temperatures in power distribution cabinets before fire erupts.

The El-Watch fire detection system is entirely wireless, easily managed in our app, and can be customized to every farm’s requirements. In addition to fire detection, our temperature monitoring, humidity sensors, and power management systems will make any farming operation more sustainable.

For one, proper crop management leads to improved crop conditions which significantly reduces plant waste. Secondly, better-controlled plant growth enables farmers to use fewer pesticides, which hugely benefits the environment.

Find out more: How wireless sensors enable a sustainable manufacturing industry

Modern agriculture, with its robots and high grade of automation, doesn’t differ much from process industries. Hence, predictive maintenance should be a top priority for farmers seeking a more predictable workday and optimum health of assets and crops.

Your El-Watching future

As mentioned, there is no end to the application possibilities of wireless IoT sensors. They are an integral part of smart cities development and Industry 4.0. Likewise, IoT sensors improve healthcare and improve sustainability worldwide.

We at El-Watch started in one corner of the wireless sensor industry and worked our way outwards. Today, we supply companies of all sizes with wireless IoT monitoring. Our engineers have developed solutions for restaurants, farmers, and factories.

We are especially proud of the predictive maintenance and increased efficiency we provide and generate in the industrial sector. Among our current clients are some of Norway’s largest timber corporations and planing mills, as well as the world’s most energy-efficient smelter plant.

If you can’t find solutions or sensors in our catalog that meet your needs, don’t hesitate to contact us. We are eager to help, and our engineers don’t shy away from challenges. So, tell us what you need, and we’ll do our best to provide technology or solutions that’ll cut costs, strengthen safety, and improve your company’s sustainability.

Ready to try wireless sensors?

Please contact our Sales Manager for some good advice and a nice sensor- chat.

FAQs about Wireless IoT Solutions

1. What are wireless IoT devices?

    Wireless IoT devices are gadgets and sensors that connect to the Internet of Things (IoT) without the need for physical wiring. These devices use various wireless communication technologies to transmit data to other devices or cloud-based platforms. Examples include smart thermostats, wearable fitness trackers, and industrial sensors. Wireless IoT solutions enable these devices to operate flexibly and efficiently, making it easier to deploy and manage IoT systems in various environments.

    2. What are the leading types of IoT wireless technology?

      The leading types of IoT wireless technology for industrial applications include Wi-Fi, Bluetooth Low Energy (BLE), LoRaWAN, and 5G. Wi-Fi is widely used for high data rate applications and seamless integration within factory settings. BLE is suitable for short-range, low-power communication and is often used in equipment monitoring. LoRaWAN provides long-range, low-power connectivity, which is ideal for remote asset tracking and environmental monitoring. 5G offers ultra-reliable, low-latency communication essential for real-time control and automation in industrial IoT deployments. Wireless IoT solutions utilize these technologies to enhance operational efficiency, predictive maintenance, and safety in industrial environments.

      3. What are the central types of IoT platforms?

        The central types of IoT platforms include device management platforms, connectivity management platforms, and application enablement platforms. Device management platforms focus on managing and monitoring IoT devices, connectivity management platforms handle the communication between devices and networks, and application enablement platforms provide tools and services to develop IoT applications. Wireless IoT solutions typically integrate these platforms to offer comprehensive and seamless IoT deployment and management.

        4. What are IoT solutions?

          IoT solutions are integrated systems that combine IoT devices, networks, platforms, and applications to achieve specific business objectives. These solutions can be tailored to various industries, such as manufacturing, healthcare, agriculture, and smart cities, to improve efficiency, safety, and decision-making. Wireless IoT solutions, in particular, provide the flexibility and scalability needed to implement IoT systems without the constraints of physical wiring.

          5. What is IoT software?

            IoT software includes the applications, platforms, and tools that enable the development, deployment, and management of IoT systems. This software facilitates data collection, analysis, and visualization, allowing businesses to gain insights and make informed decisions. Wireless IoT solutions rely heavily on robust IoT software to ensure seamless communication between devices and efficient data processing.

            6. Which technologies can connect multiple devices without wires?

              Technologies that can connect multiple devices without wires include Wi-Fi, Bluetooth, Zigbee, LoRaWAN, and cellular networks like 4G LTE and 5G. These technologies provide various ranges, data rates, and power consumption profiles to suit different IoT applications. Wireless IoT solutions utilize these technologies to create interconnected systems where devices can communicate and share data seamlessly, enhancing the overall functionality and efficiency of IoT deployments.


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