What is meant by IoT-enabling technology?

Introduction

IoT relies heavily on standard protocols and networking technology. However, some of the primary enabling technologies and protocols of IoT include RFID, NFC, low-energy Bluetooth, low-energy wireless, low-energy radio protocols, and LTE-A. In contrast to a uniform network of systems, these technologies allow the particular networking capabilities required in an IoT system.

In addition, wireless sensor networks, cloud computing, Big data analytics, embedded systems, security protocols and architectures, communication protocols, online services, Mobile Internet, and Semantic Search engines are among the other technologies that allow IoT. In order to know more about these technologies, we suggest you enroll in the IoT Training Institute in Delhi. Such training will make you efficient in this technology and help you stand out from the crowd.

Different IoT-Enabling Technologies

List down below are the different IoT-enabling technologies available in the industry.

●     Wireless Sensor Network (WSN)

A WSN comprises dispersed devices with sensors that monitor environmental and physical parameters. However, this technology involves end nodes, routers, and coordinators. However, end nodes have multiple sensors attached to them, and you may send the data to a coordinator through routers. The coordinator also serves as the bridge between WSN and the internet. As an example, WSN includes the following:

1. Weather monitoring system
2. Monitoring system for indoor air quality
3. Measuring soil moisture devices
4. System of surveillance and health monitoring

●     Cloud Computing

It gives us the ability to access apps as utilities over the internet. Here, the term "cloud" refers to anything that exists in remote areas. However, cloud computing users may access any resource, such as databases, web servers, storage, device, and any program, from anywhere over the internet. Moreover, it provides services like;

1.    IaaS (Infrastructure as a Service)

It offers online services such as actual computers, virtual machines, servers, networking, storage, and data center space on a pay-per-use basis. However, Google Compute Engine, Amazon Web Services, and Microsoft Azure are the major IaaS providers.

Web hosting, virtual machines, and so on.

2.    PaaS (Platform as a service)

Provides a cloud-based platform that includes everything needed to enable the whole life cycle of developing and deploying Web web-based (cloud) applications. Without the cost and complexity of purchasing and managing the underlying hardware, software provisioning, and hosting. Hardware, operating systems, and libraries are examples of computing platforms. It serves as a platform for the development of apps. App Cloud or Google App Engine.

3.    SaaS( Software as a Service)

It is a method of distributing apps as a service through the internet. Instead of installing and maintaining software, you can access it over the internet, liberating yourself from the complexities of software and device maintenance.

However, SaaS applications are sometimes known as web-based software on demand or hosted software. These apps can handle security, availability, and performance while running on the service of a SaaS provider.

●     Big Data Analytics

It is the process of researching large amounts of data, often known as big data. However, data collection whose volume, velocity, or diversity is too large and difficult to store, govern, analyze, and evaluate using usual databases.

Moreover, you may collect big data from various sources such as social network videos, digital photographs, sensors, and sales transaction records. In addition, there are several processes involved in big data analysis:

1. Cleaning of data
2. Munging
3. Processing
4. Visualization

●     Communication Protocols

They are the foundation of IoT systems, allowing network connectivity and application integration. However, communication protocols enable devices to communicate information via a network. However, you may frequently use several protocols to describe distinct parts of a single connection. Here, a protocol suite is a collection of protocols designed to interact together; when implemented in software.

You may use these technologies for data encoding and addressing systems.

Conclusion

Hopefully, you may find this article informative. We have compiled the top 4 IoT-enabling technologies available in the industry. These technological solutions are expanding to a great extent to meet the customer's demand.