20 projects using contiki-ng RTOS
Contiki-NG is an open-source, cross-platform operating system designed for next-generation IoT devices, focusing on dependable, low-power communication. It provides a full, RFC-compliant IPv6 networking stack and supports modern industrial standards such as 6LoWPAN, 6TiSCH, RPL, and CoAP for resource-constrained hardware.
An implementation of the Time-Slotted Channel Hopping (TSCH) MAC protocol over LoRa physical layers using the Contiki-NG RTOS. It features a modified Contiki-NG kernel to support the longer timeslots required by LoRa modulation and includes support for the Orchestra scheduler and RPL routing.
ELISE is a Software-Defined Networking (SDN) framework for Wireless Sensor Networks (WSNs) built on Contiki-NG. It features a Python-based controller with reinforcement learning capabilities, TSCH scheduling, and support for the Cooja simulator and FIT IoT LAB platforms.
A specialized implementation of Q-Learning based Time-Slotted Channel Hopping (QL-TSCH) for the Contiki-NG RTOS. It focuses on optimizing scheduling protocols for low-power wireless sensor networks, providing custom MAC layer configurations and support for the Cooja simulation environment.
A Reinforcement Learning (RL) based scheduling protocol implementation for Time-Slotted Channel Hopping (TSCH) within the Contiki-NG operating system. It provides modified system files to enable intelligent scheduling in IEEE 802.15.4 networks, specifically targeting the Cooja simulation platform.
An IoT-based monitoring system for datacenters that tracks rack environmental conditions and worker biometric signals. Built on Contiki-NG for TI CC2650 microcontrollers, it utilizes a hybrid CoAP and MQTT network architecture with a Java collector and Grafana dashboard.
A complete IoT home automation system for smart heating using the Contiki-NG operating system and CoAP protocol. It features a sensor-actuator network integrated with a Java-based cloud application built on the Californium framework for remote monitoring and control.
An intelligent wireless sensor network designed for monitoring and controlling regolith transport on the Moon. Built on Contiki-NG, it utilizes CoAP and MQTT protocols to manage sensor data while addressing extreme lunar conditions and dust hazards.
An IoT application for smart orchard monitoring and management based on the Contiki-NG operating system. It features a network of CoAP-enabled sensors and actuators, a border router for cloud connectivity, and a Java-based backend for data processing and control. The system is designed to be simulated in the Cooja environment, allowing for extensive testing of network topologies and automated irrigation logic.
SmartOrchard is an IoT-based orchard management system utilizing Contiki-NG for low-power mote devices and a Java-based cloud application. It features a network of CoAP-enabled sensors and actuators for monitoring environmental conditions like soil humidity and air temperature, and controlling greenhouse systems.
A dedicated driver for the Semtech SX128x series of LoRa transceivers, specifically designed for the Contiki-NG operating system. It enables the use of the TSCH (Time-Slotted Channel Hopping) protocol over LoRa for low-power wide-area network research and applications.
A specialized device driver for Semtech SX127X LoRa transceivers designed for the Contiki-NG operating system. It features specific optimizations for the TSCH (Time-Slotted Channel Hopping) protocol and provides a portable SPI-based interface for various embedded platforms.
A firmware suite for Time-Slotted Channel Hopping (TSCH) testbeds based on the Contiki-NG operating system. It provides client and server modules for OpenMote-B hardware to automate data collection and transmission analysis using UDP.
An STM32Cube expansion package providing drivers and middleware for the S2-LP low-power sub-1GHz transceiver. It features Point-to-Point communication examples and a full 6LoWPAN stack based on Contiki-NG for IoT networking. The software supports various STM32 Nucleo boards and X-NUCLEO expansion shields.
MoteSync is a wireless sensor network project designed for detecting the epicenter of a sound source. It utilizes the Contiki-NG operating system and targets Zolertia hardware, specifically the Remote-revB platform with CC1200 radio drivers.
A simulation project for the Minimal Scheduling Function (MSF) protocol within the Contiki-NG RTOS environment. It implements node and root roles using the TSCH MAC layer and 6top protocol for autonomous schedule management in 6TiSCH networks.
A Python-based visualization tool for RPL networks running on Contiki-NG. It extracts routing and neighbor table data from a border router's HTTP server to generate interactive network topologies and SVG graphs.
A comprehensive suite of intelligent solutions for smart city challenges, including anomaly detection, fake task identification, and network attack simulation. It utilizes the Contiki-NG RTOS for wireless sensor network simulations and various machine learning algorithms for data analysis.
This project provides an implementation of the EAP-NOOB (Nimble Out-of-Band) authentication method and CoAP-EAP protocol for secure bootstrapping of IoT devices. Built on the Contiki-NG RTOS, it enables secure association of appliances with user accounts using out-of-band communication channels.
A repository containing network simulations and RPL protocol implementations for the BIL401 Computer Networks course. It utilizes the Contiki-NG RTOS and Cooja emulator to explore DODAG structures, border node communication, and routing optimizations based on RSSI and hop count.
ContikiPy is a suite of Python scripts designed to automate Cooja simulations, parse logs, and generate plots for the Contiki-NG and Contiki-OS environments. It simplifies the workflow of extracting results from simulation logs using YAML configurations and integrated data processing with Pandas.