• Ultra low power  – LoRaWAN end devices are optimized to operate in low power mode and can last up to 10 years on a single coin cell battery
• Long range  – LoRaWAN Gateways can transmit and receive signals at a distance of 10 kilometers in rural areas and up to 3 kilometers in dense urban areas.
• Deep indoor penetration  – LoRaWAN networks can provide deep indoor coverage and easily cover multi-story buildings.
• License free spectrum  – We do not need to pay a license for the use of the frequency spectrum to implement a LoRaWAN network.
• High capacity  – LoRaWAN Network Servers can handle millions of messages from thousands of Gateways
• End-to-end security – LoRaWAN ensures secure communication between the end device and the Network Server using AES-128 encryption.
• Firmware updates over the air  – Firmware can be updated remotely for a single end device or group of end devices.
• Low cost  – Minimal infrastructure, low cost end nodes and open source software.
• Certification program – The “LoRa Alliance certification program” certifies end devices and gives end users the confidence that the devices are reliable and compliant with the LoRaWAN specification.

Sensors

Sensors or nodes : These are the final devices that send and receive information to the Gateway.

Temperature / Humidity | Temperature | Soil Moisture | Air Quality | Pulse / Flow | Proximity / Contact | Presence / Detection / Motion | Level | Pressure | Spill | Electric current | Radiation | Noise | Meteorological Station | Inputs / Outputs | ModBus | Multi-Interface | Controller | Auxiliary

Gateways

They are in charge of receiving and sending information to the nodes.