Sensor nodes for various applications
Sensor nodes are compact, self-contained devices that integrate multiple sensors, data processing capabilities, and communication features into one compact package, serving as autonomous sensing and data collection systems capable of collecting real-time sensor data and transmitting it back out.
Today, sensor nodes play an increasingly crucial role in data-driven decision-making and automation. By collecting and transmitting wirelessly transmitted data, sensor nodes allow remote monitoring, control, analysis of environmental conditions or operational processes – as well as being cost effective solutions for large areas or distributed systems, as they can easily be deployed into Wireless Sensor Networks (WSNs).
SENSOR NODE DESIGN
ES Systems is an industry leader when it comes to creating advanced sensor node solutions. Utilizing our expertise in sensor technology and data processing, we design cutting-edge sensor nodes tailored specifically to each of our client’s individual requirements – keeping them ahead in their respective industries.
Product Highlight
Key Features
Sensor nodes are widely utilized for applications including environmental monitoring, industrial automation, smart cities and IoT systems.
Deployed across diverse environments to collect and transmit vital data regarding temperature, humidity, pressure, motion etc.

Our sensor nodes offer wired & wireless communication, depending on your specifications.

Compatible with various wireless communication protocols

Easy to integrate into any network infrastructure

Highly accurate and precision-built to your specification
Market Applications
Frequently Asked Questions
A sensor node serves to collect data from various sensors, process it and transmit it wirelessly. They are self-contained devices which enable real-time monitoring of environmental parameters, industrial processes, or any other relevant information in real time. Their versatility also makes them indispensable in various industries and IoT systems as they play a pivotal role in data-driven decision-making processes.
A smart tunnel monitoring system would be an example of a sensor node. In such an arrangement, multiple sensor nodes would be placed throughout the tunnel infrastructure and connected with sensors like air quality, temperature, humidity, smoke, and traffic sensors to collect data for real-time monitoring of various parameters including early detection of hazardous conditions, optimizing ventilation systems, and increasing overall safety and efficiency within its environment.
A sensor is an individual device used for capturing environmental measurements like temperature, pressure, humidity, light or motion in its surrounding environment and turning that data into electrical signals for further processing or analysis.
Sensor nodes, on the other hand, are more comprehensive systems combining multiple sensors, data processing abilities and communication features into one unit. Sensor nodes not only collect sensor data but also store, process and transmit it wirelessly – often including microcontrollers, memory, power management modules or wireless communication modules as additional components.
Sensor nodes can be deployed in various ways depending on the specific application and requirements, with random and deterministic-based deployment being the most common ones.
- Deterministic-based deployment: Sensor nodes can be strategically placed at predetermined locations within an environment. This method is commonly used in environmental sensing and industrial applications where specific areas or equipment need continuous monitoring.
- Random Deployment: In this approach, sensor nodes are distributed across a wide area or network, often seen in applications like smart cities and agriculture, in order to provide comprehensive coverage and gather data from multiple points.
- Mobile Deployment: Sensor nodes can be mounted on movable platforms or vehicles to monitor dynamic environments or mobile assets. This method is utilized in applications such as fleet management, wildlife tracking, and mobile sensing for environmental studies.
- Ad Hoc Deployment: In certain scenarios, sensor nodes may be deployed temporarily or on an ad hoc basis for specific events or monitoring campaigns. This allows flexibility in deploying nodes as needed and is commonly seen in disaster response, temporary infrastructure monitoring, or research projects.