Mobile development
Swift
A native programming language for the Apple ecosystem. Suitable for complex iOS products, deep integration with device features and high performance.
Kotlin
The main modern language for native Android development. Used for applications that require close platform integration and flexible support for Android devices.
Flutter
A cross-platform framework for iOS and Android apps using a shared codebase. Effective for many business applications and MVPs.
Backend
PHP
A mature server-side technology for websites, online stores, CMS platforms and web systems, with a large ecosystem and widely available infrastructure.
Laravel
A PHP framework for building CRM, customer portals, APIs, portals, SaaS and other systems with custom business logic.
Symfony
A component-based PHP framework for long-lived, architecturally complex projects that require a clear structure and a scalable development team.
Python
Suitable for AI, data processing, automation, OCR, APIs and some web applications. The specific framework depends on the task.
Node.js
A server-side JavaScript platform for APIs, integrations, real-time features and applications that benefit from using one language on both frontend and backend.
Frontend
JavaScript and TypeScript
The foundations of interactive web interfaces. TypeScript adds static typing and makes large projects easier to maintain.
React
A library for complex interfaces, customer portals, dashboards and applications with many interactive states.
Vue.js
A framework for flexible web interfaces, suited to individual modules as well as full applications.
CMS and e-commerce
WordPress
Suitable for content websites, corporate projects, blogs, catalogues and manageable SEO structures, provided the theme and plugins are well designed.
WooCommerce
An online store solution for WordPress. Suitable for small and medium-sized e-commerce projects with a reasonable amount of custom logic.
Data and infrastructure
• PostgreSQL;
• MySQL or MariaDB;
• Redis;
• Docker;
• Linux;
• Nginx;
• background task queues;
• object storage;
• cloud or private infrastructure.
How we choose a technology stack
We assess:
• product type;
• business logic complexity;
• expected load;
• device requirements;
• security;
• integrations;
• existing infrastructure;
• development budget;
• support costs;
• scaling plans.
• CTA: Choose technology for your project