“Now,” before we make our point, will you please answer us a question? Do you know what the annual sales performance of the automobile industry has been since the year 2016? If not, we must tell you that it has been wavering between 75 to 80 million units for the last some years.
Though the sales of products that add “some” value to human lives often increase with time, the auto industry is not showing any promising growth for the last few years. Have you ever tried to find the reason behind it? If not, we must inform you that the annual sales in the auto sector have “mainly” dropped due to the lack of innovative features in the cars.
Nowadays, you must be aware that buyers don’t just factor in 4 tires and a steering wheel when putting “their” hard-earned money on an automobile. In addition to that, they look for futuristic features in the vehicle using which “they “can connect and interact with their car. But the question is, “how can you integrate that in a four-wheeler, right?” Well, that’s where the Internet of Things comes in. So, what is it, and how can you inject this technology into your automobiles? For that, you need to first learn about IoT Connectivity Protocols.
Do you know what it means and what it entails? If not, we will have an in-depth discussion “about” it in the next section of this blog. But before that, let’s see:
What is the Internet of Things?
In layman’s terms, you must perceive that the Internet of Things “associates” with a speedily growing network of connected objects which can collect and exchange data among each other in real-time to process specific tasks using sensors. Take, for instance, cars, lights, refrigerators, and thermostats; you can connect all of them through IoT.
In other words, you can also grasp the Internet of Things “as” a connection of myriads of devices like sensors, actuators, electronics, gateways, and platform hubs that interact and share data with “each other” over a wireless network. And do you know what the best thing about IoT is? They operate without any human intervention. Moreover, as far as the IoT Connectivity Protocols is concerned, some four-wheeler manufacturers make the most of it to revolutionize the way individuals interact with their possessions.
Can you explain one famous use case of the Internet of Things?
Yes, why not! Suppose that you own or operate a giant logistics company. In that case, the chances are high; you would have a “large” fleet of trucks and other vehicles. “Now,” if you implement the IoT technology in your lorry, it will be easier to manage your fleet. For example, you can incorporate weight measurement, location tracking, and other essential sensors in your assets to monitor the various data you need.
Remember, the amount of data collected from the sensors of all trucks gets stored into a cloud-based application and then processed through several analytics programs to organize it into a comprehensive visual format. Now you may ask, what is its use for logistic agency operators, right? Well, it helps them monitor multiple parameters for their lorries when they sift through the acquired information from the truck sensors.
Some of the benefits that an IoT-driven fleet management system can bring to a logistic company owner are:
- The real-time location monitoring of the trucks
- Its performance statistics like fuel and mileage
- The weight tracking of the freight in the vehicle
- Route management
- Time and Driver management, and
- The tracking of traffic conditions on the road
Now, let’s glance at:
5 IoT Connectivity Protocols that every auto manufacturer should learn now
1. MQTT
It is “one” of the simple and lightweight IoT Connectivity Protocols, i.e., suitable for constrained systems and low network bandwidth. In this type of package, you can easily pass a username and password, but the issue is it doesn’t support extra security.
2. CoAP
This protocol got designed based on the REST model and is appropriate for constrained networks and devices like microcontrollers. Do you know why? Well, it’s for the simple reason that it operates with minimum resources in the network or device.
3. XMPP
The most important thing you must know about XMPP is that it uses the XML text format for communication purposes and runs over Transmission Control Protocol or TCP. However, this IoT Connectivity Protocol doesn’t function very fast and makes “use” of polling to check for updates when required.
4. AMQP
First of all, do you know what AMQP stands for? If not, we must tell you that it is short for Advanced Message Queuing Protocol which is most apt for communicating transactional messages between various servers.
5. WebSocket
You can interpret this set of rules as a full-duplex communication channel that runs over a Transmission Control Protocol connection. Remember, this IoT protocol defines a ws: // and wss: /// prefixes in which the former refers to WebSocket and the latter to a WebSocket Secure connection.
On a concluding note!
We hope you learned a battery of things so far, be it the definition of the Internet of Things, how it can contribute to fleet management, or some IoT Connectivity Protocols. So, if you found this content handy for your business purpose and want to get excellent IoT Connectivity solutions now, please don’t delay making a call to the optimal IoT solution provider in the USA. Also, read about Leading Blockchain Companies In India.
