Skip to main content
#Connectivity

Protocols and Connectivity

Compatibility with common technical protocols and transport media, including LoRa and NB-IoT lighting links.

device_hub

Interfaces available by product and deployment

Connects hardware, software, equipment and platforms through open standards without replacing what works.

The ecosystem's telemetry bus

Each device reports to the platform through its medium: 4G/Ethernet, NB-IoT, LTE/WiFi or EV charging, always over MQTT.

Devices AITHA IoT and derivatives Platform AITHANEX 4G / Ethernet · MQTT NB-IoT · MQTT LTE / WiFi · MQTT OCPP · MQTT External integration OCPP backends · APIs · interoperability AITHANEX · CONNECTIVITY AND PROTOCOLS

Compatibility at a glance

Standards available by product; per-device detail is in each technical datasheet.

MQTT

Telemetry to your platform

Modbus RTU/TCP

Industrial and field equipment

EV charging 1.6 / 2.0

Electric vehicle charging

DALI / Zhaga

Luminaire controls

LoRa

Lighting node networks

NB-IoT

Point to point without a concentrator

4G/LTE · Ethernet · WiFi

Uplink based on the installation

BLE

Local configuration

Platform connectivity and available media

Platform connectivity documentados

  • MQTT, HTTP, HTTPS and REST API.
  • Modbus RTU/TCP, CAN Bus and RS485.
  • DALI from the Zhaga connector on Lux AITHA LoRa and Lux AITHA IoT.

Connectivity to match the deployment

  • 44G/LTE, Ethernet and WiFi depending on product.
  • LoRa for Lux AITHA LoRa and NB-IoT for Lux AITHA IoT.
  • WebSockets when the case requires it.

Identification and access

  • BLE for local configuration.
  • RFID and NFC depending on product.
  • EV charging 1.6 and 2.0 for electric vehicle charging.

Selection based on architecture

An uplink for Lux AITHA LoRa lighting

Router AITHA IoT LoRa concentrates Lux AITHA nodes and sends data over 4G, Ethernet or WiFi to AITHANEX or your systems.

An uplink for Lux AITHA LoRa lighting

Do you have specific integration requirements?

We define the appropriate protocols and transport methods for your architecture and operating context.