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Real-time multimedia communication is not just a new way how businesses communicate. Businesses should consider it the latest tool helping organizations spur growth by delivering efficient interactions within the company as well as with outside parties. WebRTC standards are playing a significant role in the proliferation of real-time communications by enabling simple browser-based communications.
Whether a company wants to enhance its communication capability with its suppliers, retailers, customers, consultants, or remote employees, they can use a browser-based communication app. In a browser-based solution, users do not have to download any other application.
When using a browser-based solution, users have access to real-time multi-media communications when using device that has a browser, including an Android or iOS smartphone or tablet. The open-source WebRTC standards make it possible for software developers to develop secure audiovisual communications apps that offer secure, intuitive, and efficient communications solutions.
MegaMeeting is a leader in the WebRTC realm, providing users with cutting-edge multimedia communications on mobile devices. This page will explore how we use WebRTC, as well as what businesses should do to gain all the benefits of WebRTC-based communications.
WebRTC is a set of open-source web-based technology that facilitates real-time multimedia communications between various parties without the need for users to download additional plugins. Every API that is needed for this technology to function is built into supporting browsers, which includes Google’s Chrome, Apple’s Safari, and Firefox.
The basics of this technology remain the same on both personal computers and mobile devices, like Android and iOS smartphones and tablets. This means that, at the most basic level, WebRTC communications in mobile devices are very much the same as those in laptops and desktops.
WebRTC uses three main APIs to achieve real-time multimedia communications via a mobile browser. The three primary APIs include:
getUserMedia – Historically, developers had to rely on third-party plugins, such as the famous Flash player and Silverlight to capture video and audio from their devices. However, with HTML 5, applications can capture audiovisual data from devices using JavaScript APIs. The getUserMedia API interfaces with the system, enabling browsers to access a mobile device’s microphone and camera to capture sound and video.
RTCPeerConnection – As the first of two main WebRTC APIs, this particular API is responsible for the actual WebRTC commotion. The API ensures efficient and smooth streaming of data between the devices in the web meeting or webinar. Without expounding on all the details of how RTCPeerConnection works, this API enables the peers (attendees) in a web meeting to make a connection.
After making the initial connection, RTCPeerConnection also facilitates bitstream between the peer browsers. In other words, it allows the sending of audio and video data in real time. In a nutshell, the API manages the entire peer-to-peer communication cycle between two browsers within that one single interface.
RTCDataChannel – The RTCDataChannel is the second main WebRTC API. This API is responsible for forming communications channels to exchange the app data between peers. This API is responsible for the actual transfer of data between the peers in a web conference.
The three aforementioned APIs make up the core WebRTC standards. Keep in mind that within every API, there are protocols that describe how every API should function. Moreover, there are security APIs that encrypt the data exchanged between the peers, ensuring that a web meeting is not only efficient, but safe and secure. Whether you are using a video conferencing Android app or a video conferencing iOS app, these are the APIs that make WebRTC possible on mobile devices.
The user experience of the attendees of webinars and web meetings is based on the ability of the online meeting software to adapt to the various mobile device screen sizes. Whether you use web meetings to offer support or internal meetings, you can rest assured that the attendees will use differently sized screens to access the webinar or web meeting, as is dictated by their Android or iOS device.
As such, the online meeting software should be able to adapt to all the screen sizes, while seamlessly providing a feed to all the attendees. While most modern smartphones use large bezel-less screens, some people still use small-screened smartphones, like the iPhone 5 with a 4-inch screen. As such, the web meeting software you choose must accommodate the full spectrum of screen sizes.
MegaMeeting web conferencing is adaptable to a wide variety of screen sizes. Whether your mobile users are using a large screen such as a tablet or a small screen, they always get a stellar user-experience. This is true whether the video conferencing is taking place on an Android mobile device, or on one utilizing iOS. When you enter your video conference, Android or iOS, you’ll have a good experience.
By design, WebRTC adapts to the available network bandwidth at every end-point. The RTCPeerConnection API helps in setting up and maintaining the peer connection, while helping to deal with intermittent packet losses. However, the onus is upon application developers to enhance the ability of their app to recover from packet losses. MegaMeeting has been designed to deal with data packet losses in such a way that users to do not experience any meaningful deterioration in audio and video quality.
Moreover, the online meeting software developer is responsible for determining the signal processing on their app. As such, the software developer is responsible for deciding how a user’s browser or application (the endpoint) locates and establishes a network socket connection with the other endpoints to provide bi-directional data transmission capabilities.
To gain all the benefits of web conferencing on mobile devices, companies should opt for web conferencing software that has optimized signal processing. This ensures the data transfer to and from all endpoints are smooth.
It is essential to note that not every user might want to use the highest resolution in their video feed, even when it available. If a user is using expensive mobile data, they might wish to use a lower quality video resolution to reduce their cost. The software, therefore, should allow users to choose the maximum resolution for their video feed. This is important to have for companies that use web meetings to engage customers.