Developing an IoT System FIWARE Based from the Scratch
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The document outlines a project led by Jose Benitez to develop an IoT system using Fiware from scratch, connecting devices via various IoT protocols to a cloud platform. It details the configuration steps for an instance in Fiware Lab, including security settings, Docker installations, and device configurations for Intel Edison and Raspberry Pi. The final goal is to visualize real-time data through a dashboard like Freeboard.io.
Developing an IoT System FIWARE Based from the Scratch
- 1. Developing an IoT System FIWARE based from the scratch
- 2. About me: Jose Benitez Cofounder and CEO at Secmotic Project manager, FIWARE developer, IoT Lover Telecommunication Engineer (electronic & computer)
- 3. Objective Connect 2 devices using different IoT Protocols to a cloud Intel Edison Ultra lightwieght 2.0 (UL2.0) Raspberry Pi Lightweight Machine to Machine (LWM2M)
- 4. Tools • A Cloud. In our case: FIWARE LAB • FIWARE Generic Enblers • Orion Context Broker • IDAS (LWM2M & UL2.0) iot Agents • Dashboard for represent data • Freeboard
- 5. Architecture Instance in FIWARE LAB IDAS
- 6. Theory: What is this again..? Intel Edison Ultra lightwieght 2.0 (UL2.0) Raspberry Pi Lightweight Machine to Machine (LWM2M)
- 7. Steps 1. Instance in FIWARE LAB: Creation of an instance, configuration of security groups, static IP allocation 2. Instance configuration: access via ssh, docker installation 3. Configuring the architecture with docker-compose 1. The docker-compose.yml 2. Configuring the containers (orion, mongo, iotagent#1, iotagent#2) 4. Configuring the devices 1. Configuring the intel edison to use UL2.0 and its sensors 2. Configuring the raspberry to use LWM2M with waakama 5. Connecting the devices to the cloud and see the real time changes 6. Data visualization via Freeboard.io DONT GET LOST! IF YOU HAVE DOUBTS, STOP ME!