Thorough profiling and reporting
Comprehensive profiling, detailed reports with accurate estimates.
Game Performance Optimization
Advanced optimization techniques to make your game run smoother and faster across all platforms.
We specialize in CPU and GPU optimization, memory reduction, and refining engine and gameplay code for a smooth experience across platforms. From platform adaptation through to hitting your performance targets and certification success—we deliver.
What we do
CPU Optimization
Gameplay logic, AI, networking, and engine-level code refined for maximum performance.
- Gameplay logic, heavy “tick” updates, AI optimization
- Blueprints and scripted code reworking
- Long loading time, content decoupling and streaming
- Network multiplayer code, bandwidth optimization
- Performance-heavy UI widgets and UI in general
- Animation, VFX, physics, audio optimization
- Multithreading and memory caching
- Engine-level performance issues
- Third-party libraries, plugins optimization
GPU Optimization
Rendering pipelines, shaders, and graphics systems tuned for smooth frame rates.
- Shaders complexity reduction
- LOD system and geometry optimization
- Occlusion culling implementation
- Scene complexity, amount of rendered actors, VFX
- Light sources count, location, and setup
- Graphics pipelines optimization
- Texture resolution and formats
- Post processing optimization
- Dynamic resolution setup
- Scalability and quality setup
Memory Optimization
Reduced footprint, eliminated leaks, and optimized asset streaming.
- Loaded but unused resources
- Streaming logic setup
- Unnecessarily high texture resolution
- Too detailed animations, meshes, sounds
- Memory leaks, inefficient allocators, excessive or wrong memory buffers
- Inefficient memory consumption by gameplay code
- Scripting languages or blueprints memory overheads
- Levels cooked but never used in a build
- Compiled and linked but unused plugins and libraries
- Wrongly delivered debugging symbols
Our work
Our expertise
Custom performance analysis framework
Proprietary in-house tools—deeper insights than standard profilers.
Iterative approach
Measuring impact after each change, prioritizing biggest gains.
Parallel dev and functional QA
Optimization engineers alongside QA—ensuring improvements don't break gameplay.
Process Breakdown
01
Profiling and analysis
Comprehensive profiling, bottlenecks identified, detailed recommendations.
02
Optimization planning
Prioritize by impact vs. effort. Roadmap tackling biggest gains first.
03
Implementation sprints
Iterative work, regular builds, measurable targets for CPU, GPU, or memory.
04
QA validation
QA alongside optimization—no broken gameplay or instability.
05
Final verification and handoff
Testing across platforms, full documentation, maintenance recommendations.
Related Solutions
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Get in touch today.