OOX Limited

Platform
Porting

Platform porting services help teams bring existing games and interactive applications to new devices and operating systems without rebuilding from scratch.

Instead of rewriting your product entirely, we adapt your existing architecture to new environments while maintaining performance, stability, and user experience. Our platform porting approach focuses on technical optimization, compatibility, and deployment readiness.

 

Rapid prototyping helps teams validate ideas before committing to full production. Instead of building everything upfront, we create functional prototypes that test core mechanics, UX, and technical feasibility.

Our rapid prototyping services focus on building playable, interactive builds fast. This replaces assumptions with measurable insights, reduces risk, and helps teams make confident product decisions early.

Whether you’re developing a game or an interactive mobile application, rapid prototype development ensures you invest in what works.

Types of Platform Porting We Offer

Mobile Porting

We adapt games and apps for mobile environments, optimizing performance, UI scaling, and system compatibility.

Cross-Platform Porting

We help transition interactive products between mobile, desktop, and multi-platform ecosystems while preserving system stability.

Unity Porting Services

Specialized Unity porting services including plugin adjustments, build configuration updates, and platform-specific optimization.

 

Porting to iOS

Our game animation services are structured specifically for Unity-based pipelines, ensuring smooth blending, optimized rigging, and engine-ready integration.

Porting to Android

Our game animation services are structured specifically for Unity-based pipelines, ensuring smooth blending, optimized rigging, and engine-ready integration.

App Porting Services

We support interactive app porting from one ecosystem to another while maintaining functionality and user experience consistency.

 

What Will You Get

Cross-Platform Performance

Our platform porting services ensure stable frame rates, efficient memory usage, and smooth interaction across target devices.

Platform Compliance

Preserved Product Integrity

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We Develop For

iOS Applications & Games

Optimized builds for iPhone and iPad devices with performance validation and compliance checks.

Android Applications & Games

Scalable porting solutions that adapt to Android’s wide range of devices and performance levels.

Cross-Platform Interactive Products

 Porting structured for products expanding beyond a single ecosystem into multi-platform deployment.

Our Team

Our platform porting team includes Unity developers, system engineers, QA specialists, and technical artists experienced in cross-platform development.

We combine structured testing, profiling, and optimization to ensure every port performs reliably in real-world conditions.

Frequently Asked Questions

What are platform porting services?

Platform porting services involve adapting an existing game or application to run on a different operating system or device environment. This includes performance optimization, compatibility adjustments, and platform compliance preparation.

In most cases, yes. Platform porting services are typically more cost-effective than rebuilding a product from scratch, provided the original architecture is structured and maintainable.

Timelines depend on complexity and platform differences. Smaller mobile porting projects may take a few weeks, while larger cross-platform transitions may require several months.

Yes. We have strong experience in Unity porting services, including handling build pipelines, plugin compatibility, and performance optimization.

Can you optimize performance during porting?

Yes. Performance profiling and optimization are core parts of our platform porting services to ensure smooth functionality across devices.

Yes. We prepare builds for App Store and Google Play submission, ensuring compliance with platform requirements.

Often yes. We evaluate the architecture and determine feasibility based on technical constraints and performance requirements.