Desktop application development for demanding environments.
Offline-first tools, performance-sensitive software, and system-integrated desktop applications - built with native quality.
Desktop application architecture
Six layers from native shell to auto-updates - purpose-built for offline performance and OS integration.
- 01
Shell & Chrome
Application window, menus, and native OS integration
- 02
Renderer Process
Web or native UI layer rendering components
- 03
IPC Bridge
Secure communication between UI and backend processes
- 04
Local Data
Embedded databases and file system storage
- 05
System APIs
Hardware access, notifications, and OS services
- 06
Update & Distribution
Auto-updates, code signing, and installer packaging
Shell & Chrome
The outermost layer defines the application window, title bar, menus, tray icons, and native OS chrome. This is where your app registers with the operating system - file associations, protocol handlers, and system notifications all originate here.
- Electron
- Tauri
- WPF
- Qt
Renderer Process
The renderer paints pixels on screen - either via a Chromium web view or a native UI toolkit. Modern desktop apps often use web technologies for rapid iteration while maintaining native performance through GPU-accelerated compositing.
- React
- Svelte
- C#/XAML
- QML
IPC Bridge
Inter-process communication connects the UI to backend logic running in a separate process. This security boundary prevents renderer exploits from accessing system resources directly, while enabling fast bidirectional data flow.
- IPC
- MessagePort
- Named Pipes
- gRPC
Local Data
Desktop apps store data locally - embedded databases for structured queries, file system APIs for documents, and key-value stores for preferences. This enables full offline functionality with optional cloud sync.
- SQLite
- LevelDB
- File System API
- IndexedDB
System APIs
Direct access to hardware peripherals, clipboard, printing, Bluetooth, serial ports, and OS-level services. This is the layer that separates desktop apps from web apps - unrestricted system integration.
- Node.js APIs
- Rust FFI
- Win32
- Cocoa
Update & Distribution
Code signing ensures authenticity, installers handle first-run setup, and auto-updaters deliver patches silently. Distribution covers app store submissions, enterprise deployment, and delta update mechanisms.
- electron-updater
- MSI
- DMG
- Squirrel
Desktop-grade performance
The benchmarks we target for every desktop application - fast launches, low memory, and buttery-smooth interaction.
Launch Time
Optimized cold start with lazy module loading
Memory Usage
Efficient resource management for desktop
Offline
Full functionality without internet connection
Native Feel
Hardware-accelerated rendering
What we build
Desktop applications for scenarios where web apps fall short - offline, hardware, performance, and deep system integration.
Offline Business Tools
Data entry, reporting, and full operational capability without internet connectivity.
System-Integrated Apps
Deep OS integration - file handling, printing, clipboard, and system tray presence.
Data Analysis Suites
Heavy computation with local processing - spreadsheets, scientific data, reporting engines.
Hardware-Connected Software
USB, serial, and Bluetooth device control - lab equipment, scanners, peripherals.
Cross-Platform Desktop
Single codebase for Windows, macOS, and Linux without sacrificing native feel.
Kiosk & Point-of-Sale
Full-screen locked-down terminal applications for retail and public-facing displays.
Technology stack
We choose the right framework for each project - cross-platform when breadth matters, native when performance is non-negotiable.
Frameworks
UI
Database
System
Distribution
Testing
We also build
Explore next
Need desktop software that works offline?
Describe your use case - we'll recommend the right framework and deployment strategy.