Video analytics for offices
AI video analytics for automated office cleaning
We have developed a computer vision system for the automatic detection of trash in office and public spaces. The solution analyzes camera feeds, accounts for the presence of people and the specific characteristics of different zones, logs events in a web interface, and automatically notifies cleaning staff.
AI Agent for Developers
Developing an AI agent for the GrafTech corporate knowledge base
A project to develop an AI agent that advises developers on internal project architecture and source code based on a corporate knowledge base. The system retrieves relevant information from documentation, policies, and repositories, generating answers with links to the original sources.
Turnkey corporate website
Corporate website development for a customs and logistics complex
Development of a corporate website for a large customs terminal: a new visual concept, a multi-level service structure, an administrative dashboard, inquiry forms, and a responsive interface to showcase a complex logistics business.
AI for Warehousing
Development of a computer vision-based warehouse logistics monitoring system
We have developed an intelligent system for a warehouse complex that automatically tracks the arrival of trucks, the movement of pallets, and the activity of personnel and warehouse equipment. Video analytics capture key operations in real time, cross-reference actual events with 1C data, and display warehouse status, deviations, and performance metrics in a unified web interface.
UAV detection system using computer vision and thermal analytics
Development of a hardware-software complex for UAV detection and monitoring at industrial sites. The system analyzes video feeds in both visible and thermal ranges, automatically identifies aerial targets, classifies objects, and transmits data to the operator for rapid response.
BI for Robotics
Development of an analytical platform and web application for robot fleet management
The analytical platform has integrated data from autonomous robots, the service desk, and 1C into a unified fleet management ecosystem: routes, work sessions, downtime, repairs, and the configuration of each robot are now tracked in a single system.
