What your system needs to run smoothly
Browser-based social casino games work across most modern devices. These specifications ensure you get the full experience without technical limitations or performance drops.
Core platform requirements
Your device handles all processing locally through the browser. No downloads, no installations, no storage impact. The platform adapts to available hardware but works best when these baseline conditions are met.
Operating system compatibility
Any desktop or mobile OS released after 2018 supports the platform without modification. Windows, macOS, Linux, Android, and iOS all work identically.
- Windows 10 or later
- macOS Catalina or later
- Ubuntu 18.04 or equivalent Linux distribution
- Android 9 or later
- iOS 13 or later
Hardware baseline
Graphics rendering happens in the browser using WebGL. Most integrated graphics chips from 2017 onwards handle the load comfortably.
- Dual-core processor at 1.8 GHz minimum
- 4 GB RAM for desktop, 2 GB for mobile
- Integrated graphics with WebGL 2.0 support
- Display resolution of 1280×720 or higher
Network connection
Initial load requires 8–12 MB download. After that, gameplay uses minimal bandwidth for state synchronization and event updates.
- Minimum 2 Mbps download speed
- Latency below 150ms for real-time features
- Stable connection without frequent drops
Screen and input
Touch and mouse inputs both work. Landscape orientation on mobile provides better visibility for multi-panel interfaces.
- Minimum viewport width of 360 pixels
- Touch support for mobile devices
- Keyboard and mouse for desktop interaction
Which browsers work
Modern evergreen browsers auto-update to maintain compatibility. Versions listed below represent the oldest supported releases. Anything newer works without issue.
Chrome
Version 88+
Firefox
Version 85+
Safari
Version 14+
Edge
Version 88+
Performance expectations
Frame rate stays locked at 60 fps during standard gameplay on recommended hardware. Animations remain fluid even during simultaneous events across multiple game elements.
Load times depend on connection speed but typically complete within four seconds on broadband. The platform caches assets locally after first load, reducing subsequent startup time to under two seconds.
Ellard Beneke
Platform engineer who optimized rendering pipeline to maintain consistent frame timing across variable hardware configurations.
Tjaard Stoltz
Systems architect responsible for WebGL implementation and asset compression strategy that reduced initial payload size.