Difference between COAP and MQTT protocols
1. Constrained Application Protocol (COAP): The constrained application protocol is a client server-based protocol. With this protocol, the COAP packet can be shared between different client nodes which are commanded by the COAP server. The server is responsible to share the information depending on its logic but has not acknowledged it. This is used with the applications which support the state transfer model.
2. Message Queuing Telemetry Transport (MQTT): The message query telemetry transport protocol is a communication-based protocol that is used for IoT devices. This protocol is based on the publish-subscribe methodology in which clients receive the information through a broker only to the subscribed topic. A broker is a mediator who categorizes messages into labels before being delivered.
Difference between COAP and MQTT protocols:
|Constrained Application Protocol
|Message Queuing Telemetry Transport
|It uses Request-Response model.
|It uses Publish-Subscribe model
|This uses both Asynchronous and Synchronous.
|This uses only Asynchronous
|Transport layer protocol
|This mainly uses User Datagram protocol(UDP)
|This mainly uses Transmission Control protocol(TCP)
|It has 4 bytes sized header
|It has 2 bytes sized header
|Yes it uses REST principles
|No it does not uses REST principles
|It does not has such support
|It supports and best used for live data communication
|It provides by adding labels to the messages.
|It has no such feature.
|It is used in Utility area networks and has secured mechanism.
|It is used in IoT applications and is secure
|Effectiveness in LNN is excellent.
|Effectiveness in LNN is low.
|Communication model is one-one.
|Communication model is many-many.
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