Achieve wide-area monitoring without the need for power supply work! Energy-saving wireless mesh network.
Equipment and environmental monitoring using a 920MHz wireless mesh network.
Do you have any of these concerns? - I want to collect equipment data within the factory, but wiring work is difficult. - I want to monitor scattered equipment collectively. - I want to obtain data from areas where radio waves are hard to reach. - I want to grasp equipment abnormalities in real-time. - I want to integrate with existing cloud or higher-level systems. - I want to automate temperature and humidity management. These challenges can be solved with the LPWA 920MHz mesh communication IoT service "Low-Power Wireless Mesh Network." ■Features ✓ Easy to implement without wiring work No large-scale communication wiring work is required due to wireless communication. ✓ Wide-area communication with 920MHz band mesh network Wireless devices automatically relay each other and select the optimal communication route. ✓ Real-time abnormality notifications Collected data is stored on the IoT platform on AWS. ✓ Supports a wide range of sensor connections Can connect to various external sensors.
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basic information
■ What is NetNucleus LPWA? NetNucleus LPWA is a wireless mesh network-type IoT platform that achieves low-power, long-range communication using the 920MHz band. Through multi-hop communication, where wireless devices (nodes) relay data to each other, it automatically selects the optimal route according to the communication environment, enabling stable data collection even in challenging environments such as factories with poor visibility, vast warehouses, and outdoor equipment. Additionally, since each wireless device is battery-operated, there is no need for power installation or LAN wiring. You can easily start equipment monitoring or environmental monitoring simply by installing the sensors. ■ Structure of NetNucleus LPWA It consists of "nodes" that form the mesh network while acquiring sensor data and a "gateway" that collects data from the nodes. ■ Certified under the Security Labeling System "JC-STAR" This product complies with Level 1 of the "JC-STAR" system, which evaluates the security compliance of IoT devices. It has been confirmed to meet certain security standards, allowing you to use it with confidence.
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Please feel free to contact us with any questions or requests for estimates. Our products and services are sold to companies, organizations, and corporations.
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Applications/Examples of results
- Operation/abnormal monitoring of factories and manufacturing equipment - Temperature and humidity/environment management of warehouses and facilities - Temperature management for food and HACCP compliance - Remote monitoring of social infrastructure and outdoor equipment - Heatstroke countermeasures in hot environments From June 2025, heatstroke countermeasures in hot environments will become a legal obligation, requiring on-site workers to visualize heat risks and detect abnormalities early. On the other hand, the introduction of IoT in outdoor settings poses significant challenges in securing power, wiring, and communication infrastructure. By connecting this product with a wristband that monitors workers' health, factory equipment data (such as temperature, pressure, and flow) and workers' heat stress data can be managed within a single system. This will reduce the burden of daily inspection tasks while enhancing safety measures for workers.
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We will provide optimal solutions that contribute to our customers' businesses through our "extensive experience and achievements accumulated over many years" and "high technical capabilities" in the fields of embedded and LSI design.
