App (iOS/Android) Tech Stack
Focused on performance, compatibility and experience, we leverage native, cross-platform and hybrid development frameworks, along with device adaptation for both platforms and low-level performance tuning, to build stable and smooth mobile applications anytime, anywhere.
Native · High Performance
With Swift and Kotlin as the core native development languages, it deeply calls low-level mobile system APIs and offers strong graphics rendering and permission handling with excellent runtime performance. Suitable for games, AI social and other heavily interactive apps; the downside is separate codebases for iOS and Android, resulting in higher development and maintenance costs.
Cross-Platform · High Efficiency
Mainstream frameworks include Flutter, React Native, Uni-App and KMP. One codebase outputs installers for both iOS and Android, greatly reducing effort and development cycles with highly consistent UI across platforms — a mainstream choice for overseas projects and small-to-medium commercial apps.
Hybrid · Fast Iteration
A Hybrid approach that nests H5 pages inside a WebView container. It reuses front-end web development resources and iterates business features quickly; suitable for e-commerce and content products; performance bottlenecks appear in animation-heavy, highly interactive scenarios.
Compatibility · Broad Adaptation
Covers a vast range of Android models and multiple generations of iOS versions, with UI adaptation for different screen resolutions. It solves Android ecosystem fragmentation, ensuring the vast majority of user devices can install and smoothly use the App.
Performance · Deep Optimization
Focusing on installer size reduction, memory leak management, lag optimization and rendering performance tuning, with degradation strategies for mid-to-low-end models, ensuring stable operation on devices of different configurations.
Delivery · Complete Closed Loop
Covers the entire process of requirement analysis, UI design, coding development, multiple rounds of testing, app store listing and version iteration, providing complete App delivery services.
Native · High Performance
With C++, Rust and Objective-C as the core native development languages, it deeply calls low-level operating system APIs and offers strong graphics rendering and hardware scheduling with excellent runtime performance. Suitable for tools, games and professional client software; the downside is separate codebases for Windows, macOS and Linux, resulting in higher development and maintenance costs.
Cross-Platform · High Efficiency
Mainstream frameworks include Electron, Tauri, Qt and Flutter. One codebase outputs installers for Windows, macOS and Linux simultaneously, greatly reducing effort and development cycles with highly consistent UI across platforms — a mainstream choice for commercial desktop clients and small-to-medium PC software.
Hybrid · Fast Iteration
An Electron-style hybrid approach that nests H5 pages inside a web container. It reuses front-end web development resources and iterates business features quickly; suitable for admin systems, office and content products; performance bottlenecks appear in animation-heavy, highly interactive scenarios.
Compatibility · Broad Adaptation
Covers multiple versions of Windows, macOS and Linux, with UI adaptation for different hardware configurations, solving system version fragmentation so that the vast majority of computers can install and smoothly run the PC client.
Performance · Deep Optimization
Focusing on installer size reduction, memory leak management, lag optimization and rendering performance tuning, with degradation strategies for high- and low-spec computers, ensuring stable operation on devices of different configurations.
Delivery · Complete Closed Loop
Covers the entire process of requirement analysis, UI design, coding development, multiple rounds of testing, installer packaging and signing, and version iteration, providing complete PC client delivery services.
Native · High Performance
With HTML, CSS, JavaScript and WebGL as the core native technologies, it deeply leverages the browser's low-level graphics and rendering capabilities and supports 3D scenes, visualization and highly interactive pages. Suitable for game H5, digital showrooms and interactive large-screen projects; complex business scenarios place high demands on front-end coding skills.
Cross-Platform · High Efficiency
Mainstream frameworks include Vue, React, Three.js and Uni-App. One codebase can adapt to PC and mobile H5 terminals, greatly reducing development effort and cycles with consistent interfaces across platforms — a mainstream choice for standalone sites, campaign pages and B2B systems.
Hybrid · Fast Iteration
An SSR/SSG hybrid rendering approach that reuses componentized web development resources and iterates page features quickly; suitable for e-commerce standalone sites, informational websites and marketing campaign pages; performance bottlenecks appear in very large 3D or extremely high-concurrency scenarios.
Compatibility · Broad Adaptation
Covers multiple browser versions and terminal devices, with responsive UI adaptation for different screen resolutions. It solves browser ecosystem fragmentation, ensuring the vast majority of devices can smoothly access the web application.
Performance · Deep Optimization
Focusing on resource compression, first-screen loading optimization, memory leak management and rendering performance tuning, with degradation strategies for low-end devices, ensuring stable and smooth page operation across terminal environments.
Delivery · Complete Closed Loop
Covers the entire process of requirement analysis, UI design, coding development, multiple rounds of compatibility testing, deployment and version iteration, providing complete web project delivery services.
