iot-devices

macchina.io EDGE is a powerful C++ and JavaScript SDK for edge devices, multi-service IoT gateways and connected embedded systems.

The open edge framework for lightweight IoT devices

Open-source server and dashboard to control IoT devices in a local home network

Availability monitoring and alerting for IOT devices

A python-based secured IoT WebSocket to handle multiple clients simultaneously.

A simple architecture to one complete environment of a IoT System.

Code for PerCom Workshop paper title 'Edge2Guard: Botnet Attacks Detecting Offline Models for Resource-Constrained IoT Devices'

Firmware for ESP8266/ESP32 and IoT devices

Signatures for IMC'20 paper on scalable detection of IoT devices in the wild

The Azure IoT Device Simulator (.NET 5) implements a broad part of the features included in the Azure IoT Device SDK (C#).

This project is based on Microsoft Azure's feature: IoT Hub. This project is all about sending telemetry messages to devices like raspberry pi and get back their topological info through a VM (Virtual Machine).

Azure IoT Device Simulator implementing many of the features of the Azure IoT Device SDK.

Make building IoT devices easy.

A server/client approach to face recognition. Aims to be fast, secure and iot friendly. Uses dlib.

Code for paper: 'Edge2Train: a framework to train machine learning models (SVMs) on resource-constrained IoT edge devices'

IoT Platform

A collection of custom Home Assistant devices working with arduino/MQTT

The HIAS Contextual Data Interface is HIAS Core component that stores contextual data generated by the HIAS network and exposes it to authenticated data consumers via a REST API. HIASCDI is a Python implementation of a CEF/FIWARE NGSI v2 Context Broker.

This project aims to demonstrate how we can use ESP32 with Azure IoT Hub and implement OTA features through the platform.

Azure IoT Device Simulator (.NET 5) integrating IoT Plug and Play (IoT PnP) capabilities. The simulator allows referencing DTDL v2 models and the telemetry, properties and commands will be created dynamically.

Here on this repo you can find documents and the project I used on my Diploma thesis.

The Azure IoT Device Simulator (.NET 5)-DPS implements a broad part of the features included in the Azure IoT Device SDK (C#) (D2C/C2D and M2C/C2M). Furthermore, the simulator implements device provisioning based on Azure IoT Hub Device Provisioning Service.

Repository of the ECML PKDD 2021 tutorial title 'Machine Learning Meets Internet of Things: From Theory to Practice'

A Brief Documentation On the Internet of Things 🚀⚡💻

This project is to make an application that helps alleviate the issues faced by visually impaired people. We have built a visual aid with the help of IoT devices and cloud resources that identifies obstacles in the IoT devices line of sight and warns the user about its presence. This application while being very simple in its idea will prove to be of utmost importance for the users. The user should have access to an IoT device with a camera and speaker in it. This device captures images from the camera and sends it across the network, where a trained ML model identifies the objects in this image and returns these labels. The labels are further fed into a model that converts text to speech and the final caution warning is played on the IoT’s speaker to help the user. This application has a payment portal and requires a humble fee of 0.02 ether which is required in order to use the services.

A small web service that acts as a proxy for a Matrix homeserver. It receives a simple message and does a retransmit to a Matrix homeserver. Very useful for IoT devices who can not handle the Matrix api due to resource restrictions.

My goal is to build a smart hub for Internet of Things (IoT) using a full stack web application framework such as spring boot.

Azure IoT Device Simulator (.Net Core 3.x version) implementing an important part of the features of the Azure IoT Device SDK.

A novel architecture to register records of IoT Devices to Hyper-ledger Fabric