How we use C#
Casual games live or die on how input feels. We write gameplay code that samples touch paths precisely, reacts within a frame and keeps rules separate from visuals, so difficulty can be tuned without touching rendering code.
Progression systems such as unlockable levels and per-level records are data-driven: designers adjust numbers in configuration files rather than asking for code changes. Profiling on low-end Android phones is part of every milestone, because a game that stutters there loses its players.
What we build with it
- Gameplay systems: input, rules, scoring
- Level progression and unlock logic
- Editor tools for designers to tune levels
- Save systems for offline play
Toolkit
- Unity
- .NET
- Input System
- Unity Profiler
- NUnit
How we keep C# code healthy
- Game rules tested without rendering
- Frame time measured on entry-level devices
- Object pooling to avoid garbage collection spikes
- Level data kept in versioned configuration
Questions about C#
Do you make games with ads or purchases?
We build what the design calls for. Our own arcade title Ice Carve is fully offline, with no ads and no accounts.
Can you work on an existing Unity project?
Yes, starting with a review of the project structure and performance on target devices.