Constrained Application Protocol (CoAP) is a specialized web transfer protocol for use with constrained nodes and constrained networks in the Internet of Things, as defined by IETF RFC 7252. CoAP adopts a REST model making it easy to learn and easy to adapt to HTTP. coaps:// is a related protocol, where "s" stands for a secure layer using DTLS. Learn more at coap.technology.
Implementation of CoAP Server & Client in Go
Toolkit is a IoT protocol client CLI for IoT developer and learners. CoAP、MQTT And NB-IoT protocol are currently supported. It supports colors, autocompletion, internationalization(chinese, english and german…) and multi-platforms
CoAPnet is a high performance .NET library for CoAP based communication. It provides a CoAP client and a CoAP server. It also has DTLS support out of the box.
This repo contains CoAP protocol for ESP-12E
Mule CoAP Connector is a Mule extension that enables Mule 4 applications to implement IoT services and/or IoT clients that use the CoAP protocol.
A tiny simple library for using CoAP protocol over NB-IoT modem SIM7020E
Repository for an IoT security project implementing Moving Target Defense (MTD) through CoAP protocol randomization to mitigate spoofing attacks and enhance adaptive security.
PhD Work of a CoAP application for IoT Class (2020).
Proof of Concept for a CoAP-based Share Drive Application
The CoapServer Connector adds CoAP server capability to Mule Enterprise Service Bus. Used by Mule 3 applications to implement IoT services.
Factory Control and Alertness for Risk Evalutation- IoT project Menchini,Settimelli
The CoapClient Connector adds CoAP client capability to Mule Enterprise Service Bus. Used by Mule 3 applications to access IoT services using the CoAP protocol.
The back-end and front-end service for PTAI project.
IOT Data Preparation Pipeline tested on FIT I0T Test Bed
Demonstrates popular IoT protocols in Java
Collecting, analyzing and forecasting sensory data from esp32 sensory devices.
Constrained Application Protocol (CoAP) is an application protocol for Internet of Things(IoT) and uses UDP for communication. This project aims to evaluate the performance of CoAP by using FlockLab.