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LoRaWAN EU868
Long-range wireless connectivity using LoRaWAN EU868 at 868 MHz.
Smart Wireless Sensing Node – Three-Quarter Front View
Features & Benefits
Core capabilities and practical value for deployment.
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Dual MCU Architecture
STM32 + ESP32 dual-MCU architecture.
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Multi-Interface Connectivity
Analog, Digital, I²C, UART, SPI and CANBUS interfaces.
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RTC & Onboard SD Card
Real-time clock and onboard SD-card data storage.
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OTA Firmware & Custom Development
OTA firmware support with custom development capability.
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Robotics & Machinery Integration
Designed for integration with robotics and agricultural machinery.
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Long Battery Life
Battery life specified as greater than 18 months.
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IP67 Protection
IP67-rated enclosure for demanding agricultural deployments.
Included Capabilities
Customer Benefits
Technical Specifications
Detailed technical data for evaluation and system integration.
Controller & Interfaces
| MCU | STM32 + ESP32 |
|---|---|
| Interfaces | Analog, Digital, I²C, UART, SPI, CANBUS |
| Real-Time Clock | Yes |
Wireless Communication
| Communication | LoRaWAN EU868 |
|---|---|
| Frequency | 868 MHz |
Power & Environmental
| Battery Life | > 18 months |
|---|---|
| Power Options | Battery and Solar-Powered Operation |
| Protection | IP67 |
| Enclosure | Customizable for Indoor and Outdoor Use |
Software & Integration
| Firmware Update | OTA Supported |
|---|---|
| Custom Development | Supported |
| Dashboard & API | Customizable Dashboard and API Integration |
| Robotics Integration | Robotics and Machinery Integration |
Applications
Select an image to view the full-resolution version.
Soil Monitoring
Wireless acquisition of soil parameters for agricultural monitoring and field decision support.
Microclimate Monitoring
Distributed monitoring of crop microclimate conditions for indoor farming and open-field deployments.
GPS & Mobile Scouting Robots
Sensor-node integration for GPS-enabled scouting platforms and mobile agricultural robots.
Smart Irrigation & Fertilizer Management
Wireless sensing infrastructure for data-driven irrigation and fertilizer management workflows.
Livestock Monitoring
Environmental sensing for livestock facilities and animal-comfort monitoring applications.
Field Trials & Research Data Acquisition
Flexible wireless data acquisition for agricultural research, field trials and experimental deployments.
Available Configurations
Configuration-specific availability and pricing.
Standard Sensing Node
LoRaWAN-enabled sensing node for modular agricultural sensor integration and wireless field monitoring.
EUR 0.00Documentation & Downloads
Firmware Releases
Version and hardware compatibility information for supported products.
3.1.0Added OTA reliability improvements
2026-09-06SensorMate Plus Rev. BstableSupported releaseSoftware, API & Developer Resources
Adaptive AgroTech Web IoT Cloud Platform
Web-based IoT cloud platform for monitoring connected sensing nodes, viewing environmental measurements and managing deployed agricultural IoT devices remotely.
Available through technical supportCompatibility & Ecosystem
Products, accessories, gateways and software designed to work with this product.
LoRaWAN Gateway & Bridge
The Smart Wireless Sensing Node uses LoRaWAN EU868 communication and can connect through a LoRaWAN Gateway & Bridge for remote environmental monitoring and data forwarding to connected IoT systems.
View ProductMulti-Channel LoRa/WiFi Transmitter
The sensing node can be integrated into a broader wireless sensing architecture using LoRa or WiFi communication for connected agricultural monitoring systems.
View ProductMulti-channel Data Logger
The sensing node can be used alongside a Multi-channel Data Logger where additional external data logging or integration with other sensor channels is required.
View ProductScientific Publications & Research
Publisher-hosted papers linked through DOI and publisher URLs.
FIRST-PAGE PREVIEW
Featured Publication
Greenhouse Automation Using Wireless Sensors and IoT Instruments Integrated with Artificial Intelligence
Redmond R. Shamshiri, Ibrahim A. Hameed, Kelly R. Thorp, Siva K. Balasundram, Sanaz Shafian, Mohammad Fatemieh, Muhammad Sultan, Benjamin Mahns, Saba Samiei
IntechOpen, 2021
This chapter presents wireless sensor and IoT-based approaches for greenhouse automation and real-time environmental monitoring. It describes distributed wireless sensing nodes, LoRa-based communication, cloud-connected data collection and integration of multiple sensors for monitoring greenhouse conditions. The presented architecture supports reliable environmental data acquisition and integration with intelligent automation and decision-support systems.
Publisher PageTechnical Support
Support for product selection, deployment, integration and continued operation.
Discuss your deployment
Share your application, sensing requirements, environment and expected integration scope with our engineering team.
Contact Adaptive AgroTechSupport Options
- Installation and commissioning
- Calibration and repair
- Remote diagnostics
- Training and integration
Which communication technology does the sensing node use?
The brochure specifies LoRaWAN EU868 at 868 MHz.
Which controllers are used?
The node uses a dual-MCU architecture based on STM32 and ESP32.
Which interfaces are available?
Available interfaces include Analog, Digital, I²C, UART, SPI and CANBUS.
Does the node support local data storage?
Yes. The brochure specifies an RTC and onboard SD card.
Can it be integrated with robots and machinery?
Yes. Robotics and machinery integration is explicitly listed as a key feature.
Does it support OTA firmware updates?
Yes. OTA firmware support is listed, along with custom development capability.
Is the enclosure suitable for outdoor deployment?
Yes. The brochure specifies an IP67-rated enclosure and customized enclosure options for indoor and outdoor use.
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