Mesh networking is a network structure based on the mesh topology that we discussed in Chapter 2, Understanding and Designing IoT Networks where each device on the network acts as ... Read MoreRead More
RPL is a routing protocol that’s used for powering low-power and lossy networks, such as the use cases we have highlighted for IoT networks. It is based on the IPv6 ... Read MoreRead More
Many protocols usually lie on network infrastructure, but for this book, we will be covering two of the most popular communication technologies that are based on IoT: IPv6 and RPL. ... Read MoreRead More
Allocating resources effectively is an important consideration when building IoT networks because often, we will face constraints in the resources that we have to build them. In this subsection, we ... Read MoreRead More
Long-range IoT networks constitute the foundations of a low-power wide area network (LPWAN). In these networks, end nodes in the form of devices that have low power consumption are connected ... Read MoreRead More
In designing an IoT network, deciding whether to use short- or long-range connectivity protocols is a straightforward but crucial decision. Both have their advantages and disadvantages and deciding on this ... Read MoreRead More
In Chapter 3, Integrating Application Protocols we learned how to form IoT networks, understanding the fundamental components that constitute them and how we can connect them to establish the respective ... Read MoreRead More
In this chapter, we have learned the fundamentals of application protocols for IoT networks, particularly those that are commonly used for IoT, including MQTT, HTTP, CoAP, and XMPP, and understood ... Read MoreRead More
We can now start having the MQTTX act as the subscriber and publisher: Download and install MQTTX from the official website at https://mqttx.app/. Open MQTTX and click the + button ... Read MoreRead More
