Browser Games That Actually Work
We spent two years building games that run smoothly in any browser without downloads or complicated setup. Each one focuses on a specific mechanic—slots, poker variants, wheel games—so you can see how the logic works and what keeps players engaged. These aren't polished products, but they show real implementation choices.
Slot Variations
Three different reel configurations with varied volatility models. Each uses different symbol weight distributions and payout structures to show how changing math affects player experience over hundreds of spins.
Wheel Games
Spin mechanics with different segment arrangements and probability curves. These demonstrate how visual presentation affects perceived fairness even when the underlying math stays consistent across sessions.
Card Mechanics
Simplified poker and blackjack implementations focusing on decision trees and hand evaluation logic. Built to show how game state management works when players make sequential choices that affect outcomes.
See How It Runs
This demo shows a functional slot game with real reel mechanics and payout calculation. Click through a few spins to see how the symbols align and how different combinations trigger different results. No signup required.
Why these examples matter
Most casino game tutorials stop at basic randomization. These demos go deeper into the mechanics that actually affect player retention—things like near-miss psychology, volatility tuning, and how visual feedback changes perceived value.
A student from Oslo used the wheel game logic to build a promotional tool for a retail app. Another adapted the card evaluation system for a tournament bracket generator. The core mechanics translate beyond gambling when you understand how they work.
- Full source code access with detailed annotations explaining every decision point
- Performance optimization examples showing 60fps maintenance across devices
- Visual feedback patterns demonstrating how animation timing affects engagement
- RNG implementation that passes standard distribution tests