Mesh networks are being given a long and serious look for IoT-based applications as they provide exceptional reliability, adaptability and energy efficiency. They are making a difference today in numerous industries by connecting devices to other devices through the cloud. When it comes to the need for resilient connectivity for people, devices and communities, they provide some very clear advantages over the wi-fi status quo. The article that follows describes some of these advantages and provides use cases in a number of different verticals.
Mesh networks are a robust, reliable option for connecting devices and users in ways that Wi-Fi networks can’t match, allowing new connectivity possibilities outdoors. They offer a handful of impressive advantages that organizations are putting into action worldwide.
Advancements in mesh network technology are finding fascinating new applications in various industries, positively impacting safety, health and more.
WHAT IS A MESH NETWORK?
A mesh network comprises a grid of connected nodes, some of which are wired to the system and others that are powered with no wired connection. Data is transferred between nodes in “hops,” with each one halving throughput, which is the rate at which information is sent.
Mesh networks have several advantages over Wi-Fi. For example, they experience fewer dead zones because all the nodes are interconnected. This means that mesh networks are essentially self-healing, as well. If an outage or cyberattack cuts off one node, the network can reroute data around it and go through other nodes.
Mesh networks are also more power-friendly. Since everything is interconnected, devices don’t need extra-strong signals because there is no need to connect to one central access point
