Portfolio

Yandex Market Publicator - система массовой автоматической публикации товаров

Customs CRM - интерактивное решение для таможенных деклараций

Prime Fix - вебсайт для архитектурного агентства

Solid.DWS - система автоматического замера габаритов и взвешивания посылок

CosmoCourier B2B - логистическая система грузоперевозок полного цикла

Solid.Classificator - intelligent API service for product and service classification code matching

The project is a high-performance cloud-based API service designed to automatically identify the most relevant product and service classification code based on a product name, textual description, or HS (Harmonized System) code. The primary objective was to reduce the time required for classification code identification while minimizing errors in electronic document management, accounting systems, and government information platforms. The solution is built on a modern search architecture leveraging advanced indexing and semantic search technologies. Key features of the platform include: - Classification code search by product or service name; - Matching based on free-text descriptions; - Search using HS codes; - Semantic query analysis; - High-speed processing of large datasets; - REST API integration with third-party systems. The platform utilizes publicly available classification code directories published by the State Tax Committee of the Republic of Uzbekistan. Each record is processed, structured, indexed, and stored within a specialized search database. Project implementation included: - Indexing of the complete classification code catalog; - Generation of vector embeddings for every product and service entry; - Development of a semantic search engine; - Creation of a scalable API for external integrations; - Optimization of search performance and result accuracy. By utilizing vector search and natural language processing technologies, the platform evaluates not only exact keyword matches but also semantic similarity between queries and catalog entries. This approach enables highly accurate results even when users provide incomplete descriptions, alternative wording, or non-standard terminology. The resulting solution provides fast, accurate, and scalable classification code matching capabilities, significantly improving operational efficiency and simplifying integration with enterprise and government systems.

Liliani Mix&Storage - frontend development of intelligent agricultural platform

The SolidTech team participated in the development of the frontend layer for Liliani Mix&Storage, an innovative cloud-based platform designed to optimize grain storage, analysis, and management processes within the agricultural sector. The primary objective of the project was to create a high-performance user interface capable of working with advanced calculation models, geospatial data, and analytical tools used by agricultural enterprises and farming operations. The platform provides a comprehensive set of intelligent tools for decision-making and operational optimization. Key platform features include: - Generation of optimal grain blending formulas to maximize product value and profitability; - Real-time monitoring of grain storage quality indicators through a centralized management dashboard; - Analysis of crop and storage parameters based on operational data; Interactive satellite map visualization of agricultural fields; - Online planning and placement of grain storage bunkers directly within field areas; - Configuration and editing of field boundaries using geospatial data; - Automatic calculation of optimal routes for agricultural machinery within selected sectors; - Visualization of analytical data and calculations through interactive maps and dashboards. As part of the project, a modern frontend architecture was implemented using advanced web technologies, ensuring high performance when processing large volumes of geospatial information and complex analytical calculations. Special attention was given to user experience, map interaction tools, data visualization, and intuitive workflows tailored to agricultural professionals. The result was a powerful cloud platform that enables agricultural businesses to make more informed decisions regarding grain storage, logistics, and commercialization, ultimately improving operational efficiency and profitability.

Taxfree Uzbekistan - an internal information system for Tax Committee

As part of the Soliq Tax Free government initiative, the SolidTech team provided a full range of frontend development services and performed the integration of specialized equipment for processing biometric passports issued by more than 180 countries worldwide. The primary objective of the project was to build a reliable and high-performance internal platform that would automate the verification and processing of foreign citizen data within the Tax Free program. The system was developed using modern technologies including TypeScript and React. Special attention was given to code quality, application performance, and long-term maintainability. The project architecture follows a modular approach, providing a clear and scalable structure that simplifies future development and technical support. Key project deliverables included: - Development of a modern employee-facing user interface; - Integration with internal government services and APIs; - Implementation of a modular frontend architecture; - Performance optimization and workflow enhancement; - Configuration and integration of biometric document processing equipment; - Development of passport data validation and processing mechanisms. A significant milestone of the project was the integration of the Regula biometric scanner driver. This integration enabled real-time reading, recognition, and processing of biometric passport data, significantly increasing operational efficiency while minimizing manual data entry and human error. The project was successfully delivered by the SolidTech team in compliance with the high standards of reliability, security, and software quality required for government information systems.

Xalq Global - Mobile app

As part of the project, a modern cross-platform mobile application was developed using Flutter Framework, ensuring stable performance on both Android and iOS devices. The primary objective was to digitalize international shipping processes, simplify customer interactions, and automate key business operations. The application features a well-designed architecture, high performance, and an intuitive user interface focused on delivering a seamless customer experience. The application provides the following functionality: - User authentication via one-time SMS code or password-based login; - Interactive shipping cost calculator with support for different delivery methods, tariffs, and additional expenses; - Creation and management of delivery orders; - Real-time parcel tracking throughout the entire logistics chain; - Tracking of international and local tracking numbers; - Realtime customer support chats with service operators; - Push notifications for order status updates and important events; - Invoice payments through popular payment providers including Uzum, Click, and TBank; - Payment history and transaction management; - User profile management, warehouse addresses, and personal information settings. To ensure reliability and scalability, modern mobile development practices were implemented, including modular application architecture, centralized state management, REST API integrations, online payment systems, and realtime event processing. Special attention was given to data security, application performance, and user experience. Comprehensive testing of business workflows, user interfaces, and third-party integrations was conducted throughout the development lifecycle. The project involved the following teams: - Project Management and Business Analysis Team; - Mobile Development Team; - UX/UI Design Team; - Quality Assurance and Testing Team. The result was a fully featured mobile solution that enables customers to access all key delivery services within a single application, significantly reducing manual operations and improving the overall customer experience. The project was successfully delivered by the SolidTech team, leveraging extensive expertise in logistics, e-commerce, and fintech software development.