Many people believe that live casino dealers work from home — but that’s not true. Let’s take a closer look at how everything actually works in practice.
All live broadcasts are streamed from specialized studios equipped with advanced technology to ensure high-quality video and sound. The process is supervised by a professional team — from technicians to lighting operators — who maintain order on the set and handle the studio’s setup and décor.
Dealers don’t just shuffle cards: each studio has monitors that allow them to follow the game flow and interact with players in real time.
Here are some key aspects of live casino operations:
It’s important to note that video transmission always involves a delay. The latency depends on the type of game: in poker it must be minimal, while in slower games like the Wheel of Fortune, a longer delay is acceptable.
Different data transmission protocols are used:
Only after all these processes are set up does the actual streaming begin. For players, it looks like a simple casino broadcast — but for operators, it’s a complex system that requires constant, daily coordination.
Dealers don’t just shuffle cards: each studio has monitors that allow them to follow the game flow and interact with players in real time.
Here are some key aspects of live casino operations:
- Set and equipment: Gaming tables and other elements are real and of high quality. The only exception is the background, which may be replaced by a chroma key (green screen).
- Adaptive Bitrate (ABR): This feature affects video quality and streaming speed. Although multiple streams can be configured for different quality levels, ABR automatically adjusts to the user’s internet connection.
- Frame Rate (FPS): Streams are broadcast at 50−60 frames per second, providing smooth motion. Lower frame rates are used only for pre-recorded content.
- Optical Character Recognition (OCR): This technology allows players to see the cards without manually focusing on them, enhancing the overall user experience.
It’s important to note that video transmission always involves a delay. The latency depends on the type of game: in poker it must be minimal, while in slower games like the Wheel of Fortune, a longer delay is acceptable.
Different data transmission protocols are used:
- WebRTC: Provides a delay of around 500 ms — ideal for card games, though it’s more complex to scale.
- HESP: Offers about 1 second of latency and is easily scalable through CDN, suitable for most formats.
- HLS and DASH: Deliver high video quality with a 3−7 second delay, which works well for large audiences.
Only after all these processes are set up does the actual streaming begin. For players, it looks like a simple casino broadcast — but for operators, it’s a complex system that requires constant, daily coordination.