In the olden times, letters were the medium that connected people with their distant dear ones. And later on, the growth and evolvement of digital facilities gave the world the opportunity to connect with their distant ones in real-time. Now, I think it’s clear to you what Real-time Communication is.
Real-time Communication (RTC) is telecommunication that can be in any mode (voice, video chat, etc.), where the exchange of information takes place right away, with minimal latency. Real-time communication includes a broader range of tools and services that helps us connect with others in real time.
Evolution of Real-time Communication
In the early 1900s, the American masses were introduced to Real-time Communication with the development of the Public Switched Telephone Network. This bought a radical change in long-distance communications. A transcontinental telephone line was debuted, for the first time in history, in 1915. This enabled interactive conversations between those who were separated by 3000 miles and more as if they are in the same place. Real-time Communications got revolutionized during the 20th century, with the coming of high-speed internet, mobile phones, and other smart devices. In 2011, Google released an open-source WebRTC project, which was a significant milestone for RTC technology.
Real-time Communication Tools
Real-time communication tools are something that is unavoidable in our daily lives. There are plenty of real-time communication examples around us, and the most obvious among them is our mobile phones. The Voice-Over-IP (VoIP) apps that route calls via the internet, like Skype, are also considered as RTC. Live video streaming, instant messaging, social media, screen sharing platforms, etc., are some other notable examples of real-time communication.
How Real-time Communication work?
In Real-time communication, data is transmitted from a source to a determined receiver, but it doesn’t get stored in between at any point. There are two modes of RTC data transmission, Half Duplex, and Full Duplex.
- Half Duplex: The data transmission takes place bi-directionally on a single circuit or carrier, but not simultaneously.
- Full Duplex: The data transmission takes place bi-directionally on a single circuit or carrier, simultaneously.
The next in Real-time Communication
Real-time communication is the sole reason that people have found various new ways to interact with each other through digital tools. One of the prime technology that allows interactive video streaming is WebRTC. An RTC tool that delivers latency that is low enough, makes it possible for the viewers to see the live-streamed content and react to it. The e-sports and live commerce are already becoming a matter of common thing in the lives of people.
Real-time communication has its deep roots in various sectors of the world. Within these past years, people have accustomed to real-time communication, to note in the field of education and telemedicine. Soon the RTC will strengthen its roots in the finance sector and OTT services.
In order to improve RTC features like voice bots and speech analytics, Real-time communication is getting paired with deep learning and neural networks. It is machine learning and RTC that brings more clarity to both video and audio real-time conversations. A lot more progress is expected in Real-time communications.
How Enfin can help you in WebRTC App development?
First of all, it is the 12 years of service experience Enfin has that makes it the best in this industry. The Enfin WebRTC developers have a deep knowledge of Real-time communication technologies. We ensure the creation of scalable, secure, and high-quality solutions, cost-effectively. As experts in WebRTC development, we’re here to guide you to the top in the competitive field of Real-time communication. Contact us now, and our developers will get back to you within 24 hours to discuss your future solutions.
Make your ideas a reality.