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Software

R2C Control Platform

Control software for robotic storage and order-picking systems.

The central software component

The platform is developed by R2C Technology LLC and is the central software component of the R2C Robotic Storage and Order-Picking System. It is supplied as part of the company's robotic solutions.

Key advantages

Proprietary software, modular architecture, scalability, WMS/ERP integration via API.

Three functional modules

The platform consists of three modules: R2C WCS, R2C MFC, R2C Configurator.

R2C WCS

Warehouse Control System

Manages product flow, stock levels, storage/retrieval tasks, operation queues, operator interfaces (HMI), and WMS/ERP integration.

R2C MFC

Material Flow Controller

Dispatches tasks to robots, routes movements, monitors equipment, collects operational statistics, and handles service operations.

R2C Configurator

Design and Simulation

Configures storage structure, describes topology, sets parameters, models load scenarios, and simulates performance.

Warehouse Control System

The R2C WCS module is the logical control layer. It manages product flow and the system's business logic.

Inventory management within the robotic system
Creation and processing of storage and retrieval tasks
Order-fulfillment logic
Operation queue management
Interaction with operator interfaces (HMI)
Integration with the customer's WMS / ERP
Data exchange with the R2C MFC module

Material Flow Controller

The R2C MFC module is the physical equipment control layer. It coordinates robotic devices and physical movements within the system.

Task dispatching for robotic devices
Route management and movement coordination
Equipment status monitoring
Processing events from active elements
Health monitoring
Collection and storage of operational statistics
Support for service operations

Design and simulation

R2C Configurator is designed for system design, configuration and performance calculation. It is used during the design, deployment and scaling stages.

Storage structure

Configuration of storage structure and description of equipment topology.

Parameters and scenarios

Configuration of active element parameters, simulation of load scenarios.

Simulation

Performance simulation and throughput analysis of the system.

Architectural principles

Separation of the logical and physical control layers
Modular structure
Scalability
Centralized control of device fleets
Support for API-based integration

Reliability

Centralized control, equipment health monitoring, fault tolerance and performance optimization.

The platform can be deployed within the customer's infrastructure and adapted to the configuration of a specific site.

Integration stages

1
Design
Warehouse configuration in R2C Configurator, load simulation
2
Deployment
Installation of the software platform within the customer's infrastructure
3
Integration
Connecting the system to WMS/ERP via API, configuring WCS / MFC
4
Launch
Pilot operation, phased scaling

Automation

Storage and management

Storage of goods, control of tote flows, order fulfillment for FMCG and e-commerce, management of robotic warehouse systems.

Distribution centers

Dark stores, e-commerce warehouses, manufacturing logistics zones.

Integration

WMS/ERP connectivity via API, phased deployment and scaling.

Operation and development

The software is used as part of robotic systems in operation. Development is carried out by our in-house engineering teams.

Platform development

Expanding functionality
Developing control algorithms
Improving fault tolerance
Optimizing performance

Proprietary software

Copyright holder — R2C Technology LLC (Russian Federation). Exclusive rights to the software belong to R2C Technology LLC.

Pricing

The software is supplied as part of a hardware solution. Pricing is quoted per project.