Programming Technologies
The development of modern software requires a carefully selected technology stack that ensures high performance, reliability, and flexibility for both desktop and mobile solutions. We build products that work stably across popular processor architectures and scale easily for different tasks.

Programming languages and frameworks for desktop solutions
C++
Advantages:
• Maximum performance and precise resource control
• Support for multithreading and low-level hardware APIs
• Ability to finely optimize performance-critical code
Limitations:
• Complex and time-consuming development and maintenance
• Higher risk of memory management errors

C# / .NET (WPF, WinForms)
Advantages:
• Fast and convenient native development for Windows
• Rich ecosystem of ready-to-use libraries and components
• Excellent support for complex user interfaces
Limitations:
• Mainly focused on the Windows platform
• Higher memory consumption compared to C++

Python
Advantages:
• Easy to learn and fast to write code
• Ideal for analytics, prototyping, automation
• Vast library ecosystem for data processing and machine learning
Limitations:
• Low execution speed for compute-intensive tasks
• Not designed for high-performance GUI without additional frameworks

JavaScript / TypeScript + Electron / Node.js
Advantages:
• Cross-platform desktop app development
• Rapid interface creation using web technologies
• Large community and many ready-made solutions
Limitations:
• Increased memory consumption
• Larger final app size when using Electron

Qt (C++)
Advantages:
• Cross-platform support (Windows, Linux, macOS)
• Rich set of tools for building complex GUIs
• High performance
Limitations:
• Large dependency size
• Steeper learning curve

Programming languages and frameworks for mobile solutions
Kotlin / Java (Android)
Advantages:
• Full access to Android SDK features
• Native performance and flexibility
• Excellent documentation and official Google support
Limitations:
• Longer build and debug cycles compared to cross-platform frameworks
• Need to adapt for device and OS version fragmentation

Swift / Objective-C (iOS)
Advantages:
• High performance and safe code (especially with Swift)
• Full integration with the Apple ecosystem
• Rich set of native interface-building tools
Limitations:
• Limited to Apple’s ecosystem
• Objective-C requires extra effort for legacy code support

Flutter / React Native
Advantages:
• Single codebase for iOS and Android
• Fast creation of modern interfaces
• Extensive plugin ecosystem
Limitations:
• May not provide native-level performance in graphically complex scenarios
• Sometimes requires native modules for specific features

C / C++ (NDK, low-level modules)
Advantages:
• Maximum performance with minimal resource usage
• Suitable for creating cross-platform libraries and compute-heavy modules
Limitations:
• Complex debugging and maintenance
• Higher risk of memory management errors

Processor architectures supported
Our solutions are designed to run on the most common processor architectures:

• x86 / x86-64 (Intel, AMD) — standard for desktop systems (Windows, Linux, macOS)
• ARM / ARM64 — standard for most mobile devices and modern Mac systems
• Apple Silicon (M1, M2) — full ARM64 support for the latest macOS devices

We focus on multithreaded data processing, energy efficiency, and high stability even on devices with limited resources.

Graphics and interface technologies
• OpenGL / Vulkan / Metal — for rendering graphics where high performance is required
• WebGL, Canvas, SVG — for flexible interfaces in browser-based or hybrid solutions
• Material Design, Cupertino, custom UI frameworks — for interfaces aligned with platform standards

Network technologies
• WebSocket, UDP, HTTP(S) — for real-time data exchange
• TLS / SSL — to secure traffic and protect data
• ZeroConf / mDNS — for automatic device discovery in local networks

Reliability, Code Quality, and Care for Your Project
We don’t just use modern technologies — we know how to use them right. Our work focuses on clean architecture and code, adherence to secure development standards, and ensuring that every component is optimized and ready for scaling.

Upon request, we provide source code with detailed comments so that you and your technical team can easily maintain and extend the project. We care about code readability, transparency, and security, delivering solutions that are robust, reliable, and protect your data.

By combining proven technologies, modern approaches, and deep development expertise, we create software that delivers results — reliable, efficient, and tailored to your needs.