LwM2M Lab Kit

OMA LwM2M Client Running in a Raspberry Pi 3

Components

1. OMA LwM2M Object/Resource Editor

9. Local Leshan LwM2M Server

LABKit

Implement LwM2M Client in a Raspberry Pi 3. 6
The Raspberry Pi board is connected to two sensors: relay 4 & temperature 5.
The value of these sensors are controlled and observed by the:
- Option A
  - LwM2M Leshan Server
- Option B
  - Microsoft Azure IoT Hub Note: this option is still under development

Grove Sensors 4, 5

The Grove sensors are very easy to use and well documented in terms of the interfacing with different platforms. Each sensor is given a unique ID; as defined by IPSO Alliance.
The IOTEROP team has implemented all the IPSO Alliance objects on their SDK and registered in the database of sensors.

Binary 10

The binary contains (LwM2M Client + Relay sensor + Temperature sensor) code, is available here

Leshan LwM2M Server 7

The LwM2M Server is provided by the Eclipse Foundation, Leshan LwM2M Server.
The code for these two sensors was integrated in the proprietary LwM2M SDK provided by IOTEROP.

LwM2M Objects/Resource Editor 1

Please familiarise with the following instructions:

Setup Yotta. Tool to build software for C-family language: http://yottadocs.mbed.com/#installing
Get ready to build the code for the mbed client (using Yotta) https://github.com/ARMmbed/mbed-client-quickstart

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Using an Arduino LwM2M library in the ATmega which manages a wakaama client executed in the AR9331.
- The Wakaama client is managed through a command line prompt
Installing Wakaama LwM2M Client in the AR9331 using LininoIO to manage the peripherals.
- GPIO/ADC/PWM/I2C ports are connected directly to the ATmega.

Please refer to https://github.com/HOP-Ubiquitous/OMA-ArduinoYun to view the code and guidelines.