Products
C1_Dev_v1.1 STM32-based LoRa Board

The C1_Dev_v1.1 is a high-performance STM32-based development board that seamlessly integrates LoRaWAN technology. At its core, it boasts the muRata chipset CMWX1ZZABZ-091, which has gained widespread recognition in the IoT realm for its exceptional capabilities. This module is a powerhouse, featuring the SX1276 transceiver from Semtech, a robust STM32 microcontroller, and a dedicated LoRaWAN stack. […]

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Open IoT
SunGuard: LoRaWAN-Enabled ARG Station with Integrated UV Sensor

A rain gauge station equipped with a UV (Ultraviolet) sensor is a weather monitoring system designed to measure and record both precipitation (rainfall) and the intensity of ultraviolet radiation from the sun. It is helpful for various applications, including weather forecasting, environmental monitoring, and agriculture. The Rain Gauge Station – Model generates real-time data to […]

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Open IoT
ARG Station: Empowering Efficiency with LoRaWAN Technology

The Rain Gauge Station – Model generates real-time data to help in flood warning, reservoir management, and any other application that calls for timely rainfall information. When there is a chance of flooding, the information from the Rain Gauges helps emergency management experts make decisions that can save both lives and property. These stations are […]

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Products
ULP LoRa v2.1 Board

ULPLoRa v2.1 is an impressive ultra-low-power development board that seamlessly combines the capabilities of an Arduino Pro Mini with the RFM95 LoRa radio module. This innovative board is built around the robust ATMega 328P chipset and employs the RFM95 radio module to enable LoRa connectivity, making it an ideal choice for IoT and wireless communication […]

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Cyber security
Secure Lora v1.0

Security issues are common in any communication system. Several critical security flaws are present in the case of Lora's communication. To prevent this, we must monitor the same as the first stage. Chirpstack provides an API to capture the live frame, which includes uplink and downlinks. Using these captured frames, we can analyse the security […]

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