Labour-intensive rounds
Manual shelf checks take staff time and require a repeatable control procedure.
The project is implemented with the support of the Innovation Promotion Fund under the Student Startup programme of the University Technological Entrepreneurship Platform of the Technologies federal project.
Autonomous shelf monitoring
A robot for product information control
PilotWe are developing a mobile robotic platform for checking price labels, barcodes, QR codes, and related visual product information in retail and warehouse environments.
View the product- Retail facilities
- Warehouse environments
- Pilot-stage validation
Challenge
Shelf control requires regular and accurate checks
Product information in retail and warehouse environments changes continuously. The project focuses on automating recurring control rounds and preparing data for further review.
Visual discrepancies
Price labels and product indicators need timely comparison with the actual shelf condition.
Different site conditions
Retail and warehouse environments need clear routes, data rules, and regular control.
Use cases
For spaces where product information needs regular checks
The platform is designed for repeatable routes and controlled capture of visual information.
01
Retail floor
Checking price labels, barcodes, QR codes, and related shelf-level product indicators.
02
Warehouse environment
Route-based checks of labelling and visual information in storage and picking areas.
03
Pilot site
Reviewing how the mobile platform, navigation software, and visual module work together in operating conditions.
Product
A mobile platform for repeatable control routes
01
Moving along a defined route
02
Collecting visual shelf information
03
Preparing data for discrepancy analysis
Functions and configuration are refined during development and pilot validation. Only verified materials are published on this website.
System
Three development tracks
The solution evolves as pilot scenarios are reviewed.
A
Robotic platform
A wheeled base and modules intended for movement in retail and warehouse environments.
B
Navigation software
A software layer for route control and the sequence of operations in a work environment.
C
Visual control
Tools for collecting and preparing visual information about labels and related product indicators.
Development
The product is developed in stages
Results, protocols, and test materials will be added after internal review and publication readiness checks.
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01
Design work
Defining the platform, modules, and design documentation.
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02
Control software
Developing route control and preparation of control data.
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03
Assembly and testing
Reviewing movement and applied scenarios during the pilot, with findings recorded in test protocols.
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04
Startup website
A public product description and approved project materials added as they become ready.
Project materials
Evidence is published as it becomes ready
This area will contain approved development descriptions, photos and videos, test materials, and pilot updates. Each publication is checked for accuracy and restricted information before release.
Design
Diagrams, module descriptions, and documentation excerpts safe for publication.
Control software
Approved demonstrations, version descriptions, and operating scenarios.
Testing
Protocols, photos, videos, and conclusions after review of source materials.
Team
Project functions
Names and personal contact details are published only with approval.
01
Platform design and integration
02
Navigation and control software
03
Pilot validation and material preparation
News
Updates
The public project page is ready
The website now contains a basic product description, pilot status, and development tracks.
Contacts
Public contact channels are being prepared
Contact details for Industrial Robotics and Technologies LLC will be added after channel ownership and inquiry-handling procedures are confirmed.