A game that runs beautifully on a high-end PC can stutter, overheat, or crash on the devices your players actually use. Platform-specific optimization ensures your game hits its performance targets — frame rate, load time, battery consumption, and thermal limits — on every platform you ship for. At Kreonit, we take games from “playable” to “polished” across mobile, PC, and console.
Why Platform Optimization Is Non-Negotiable
Performance problems kill retention. A game that drops below 30fps loses 40% of its players within the first session. App Store ratings tank instantly when players report overheating or battery drain. Console certification requires hitting strict frame rate and load time targets. Optimization isn’t polish — it’s prerequisite.
What We Optimize
| Platform | Key Targets | Common Bottlenecks |
|---|---|---|
| iOS/Android | 60fps, <3s load, low battery drain | Draw calls, texture memory, shader complexity |
| PC | 60-144fps+ across GPU tiers | CPU bottlenecks, VRAM usage, shader compilation |
| PlayStation 5 | 60/120fps, <2s load via SSD | PS5 SSD streaming, Activity Card integration |
| Xbox Series | 60/120fps, Quick Resume | Memory layout, Quick Resume state management |
| Nintendo Switch | 30/60fps docked & handheld | GPU memory, docked/handheld resolution scaling |
Our Optimization Process
Performance Profiling
We use platform-native profilers (Xcode Instruments, Android GPU Inspector, PlayStation Razor, Xbox PIX, Unity Profiler) to identify exact bottlenecks — CPU, GPU, memory, and I/O — before writing a single line of optimization code.
Rendering Optimization
Draw call batching, LOD system implementation, occlusion culling, dynamic resolution scaling, shader optimization, and GPU instancing — the core toolkit of rendering performance.
Memory Management
Texture streaming, asset bundle optimization, addressables configuration, and memory pooling to hit platform memory budgets without sacrificing visual quality.
Load Time Reduction
Asynchronous loading, asset compression, streaming world geometry, and platform-specific I/O optimization — turning 30-second load screens into 3-second ones.
Frequently Asked Questions
How much can optimization improve frame rate?
Results vary by game and starting state, but 30–100% frame rate improvements are common on our optimization projects. Games that had never been profiled often have major bottlenecks in just 2–3 systems that account for the majority of performance loss.
Do you work in Unity and Unreal?
Yes. We optimize both Unity and Unreal Engine games, plus custom engines. Our optimization approach is engine-informed — we leverage engine-specific tools and APIs rather than applying generic fixes.
Can you help with console certification performance requirements?
Yes. We’ve helped games pass first-party technical requirements (TRC, TCR, LotCheck) relating to performance, including frame rate compliance tests and load time requirements.
Do you optimize for low-end mobile devices?
Yes — and this is often the highest-value optimization work for mobile games. We implement scalable quality settings, minimum spec targets, and dynamic quality adjustment so your game runs on the broadest possible device range.
Related Services
- Lighting and Optimization — visual quality optimization alongside performance
- Backend Development — server-side optimization for multiplayer and live-service games
- Mobile App Marketing — reach more players after you’ve optimized for their devices
- Adaptive Difficulty — pair performance scaling with gameplay scaling
Performance is a feature your players notice immediately. Contact Kreonit today and let’s make your game run beautifully on every device your players own. Get in touch →
