Live dealer games offer an immersive experience and convenience. They feature dealers who can interact with players in real time, making the experience seem more authentic. Many live dealer game options exist, including roulette, blackjack, and poker. However, little is known about the technology behind this game. This guide will explain all you should know about WebSocket technology and its role in live casino games.
What is WebSocket technology?
WebSocket protocols allow real-time client and server communications over a long-lived connection. Simply put, it makes two-way interactive communication between a server and your browser possible. Many of the latest online casino games recommended for players are built with this technology. How does it work in gaming? The technology is particularly helpful not just in live dealer games but also in multiplayer games. It allows players to communicate with each other in real time and with the game server.
This is possible because its bidirectional communication lets the server push updates and game states in real time. The technology enhances the entire experience by ensuring that all the players see what is happening in the game simultaneously. Specifically, live dealer games use real-time communication between the game server and players to make the game experience much smoother. Unlike traditional HTTP protocols, this works through continuous connections to reduce latency and improve data transmission.
Why is it important?
If online games do not use WebSocket technology, they will be left with the HTTP protocol. Let’s compare both to clarify why WebSocket is important for live dealer games. For one, WebSocket is a full-duplex protocol. A duplex protocol allows data to be sent and received simultaneously, which is why it is useful for real-time applications such as gaming or chatting. On the other hand, HTTP is a half-duplex protocol, meaning it can only allow data to flow in one direction at a time.
WebSocket connections stay open as long as the server or the client does not terminate them. On the other hand, HTTP requires a new connection every time there’s a request. This, sadly, leads to slower performance because both sides have to wait until the new connection is established. Also, WebSocket performs better when it comes to frequent requests. It is designed to handle multiple responses from one request while the connection is open, reducing the need for various requests and improving efficiency. This does not mean that HTTP is not useful.
Some applications do not require bidirectional communication or real-time updates. This protocol may be better for such applications because it is easy to implement and stateless. Additionally, Socket offers enhanced security measures. It uses Transport Layer Security for end-to-end encryption, which makes it compliant with modern security best practices. Also, WebSocket integrates with serverless architectures without needing computing platforms. This means there is no need for traditional server management, and developers can build scalable applications.
Other popular uses of WebSocket technology
WebSocket technology is more common than you know. You can find it in multiple software programs you’re familiar with that use the technology. One example is Slack, the team collaboration software many companies use to share information with their staff or chat with each other, similar to WhatsApp Web, another software that uses this technology. Other notable use cases include Trello, online trading platforms, Zoom, X, GitHub, Uber, and online gaming platforms.
Most of these platforms require bidirectional communication. For instance, online trading platforms must receive real-time updates on market trends, stock prices, and trade executions. Without this technology, it won’t be easy to make proper decisions. The same applies to Zoom, which requires video conferencing. The meeting host and other meeting members should be able to communicate in real time, ensuring that video and audio are shared bidirectionally. X also uses this for life updates on posts for real-time interactions. GitHub is similar because it needs this technology for collaboration and version control.
This technology is expected to continue to improve online gaming in the future. It will reduce latency, enable real-time communication, and enhance user experience. It may also be integrated with advanced technologies to improve performance. Experts also believe it will prioritize security more in the future, offering more robust security measures.
Photo credit: The feature image is symbolic and has been done by Gerd Altmann.
