A QR, or Quick Response code is a matrix barcode, containing optical tags with information about an object to be read by a machine. It was developed in 1994 by Masahiro Hara, who was then working at the Japanese automotive components manufacturer Denso Wave. The four standard encoding modes used are numeric, alphanumeric, byte/binary, and kanji, though extensions can be added to provide functionality including product tracking and document management. It superseded UPC barcodes thanks to its greater storage capacity, and can be read by an imaging device such as a camera.
FORA is the largest retail chain for digital household appliances and software in the Republic of Kazakhstan. We have developed ETT (“Employee Time Tracking”) to register the start and end of the working day for the company's numerous employees. The system logs all employee actions on the database. We were tasked with building a report card and a record of when employees clocked in and when they clocked out.
Taxi fleet management CRM and electronic travel document system for operating a vehicle fleet. Exchange of requests with taxi services, sending electronic receipts from an online cash register, maintaining route documentation, checking awareness of traffic laws among drivers, managing fuel and car wash cards, recording the technical condition of vehicles, and monitoring payments of traffic fines.
Selection of clothing by superimposing items on a customer photo: server, photograph-based model digitisation algorithm to build a two-dimensional body model, expert system for matching items of clothing, mobile application, online store, online fitting room module for Bitrix24, automated sales assistant workstation, stationary fitting room in the form of a standalone unit.
Medical checkups take several minutes. The system delivers a completely automated verdict on whether or not an employee can proceed to their work duties. Only workers who are not in a state of intoxication and who have no medical complications will be admitted to the worksite.
Lighting management system for a country, city, district or street, controlling lighting manually in real time or according to a schedule. The streetlight management device and firmware were created with an ESP8266 processor. Reading of energy consumption and lighting power are displayed to various degrees of precision. Reports are created and filtered by device or device group. Burned out bulbs are shown.
2002–2024