Swarm Intelligence System
for logistics robots

RMS is an all-purpose computer software for management
of joint actions of a swarm of logistics robots and
integration into various warehouse management systems

Artificial intelligence management system for a fleet of logistics robots

RMS is an all-purpose computer software for simulated and real management of logistics robots of various manufacturers and integration into various warehouse management systems.

An AI-based hardware/software package for simulation modeling and real management of complex asynchronous processes in robotized warehouses.

Estimation of warehouse ownership costs

Robotized warehouse design based on the results of simulation modeling

Robot's digital twins

Robot fleet management in integration with the warehouse management system

RMS company subordinated the swarm of RONAVI robots to the SAP warehouse program - a video clip from the SAP Forum in Moscow

Together with our key partners Teamidea (SAP Platinum Partner in Russia) and the robotic company RONAVI Robotics, we demonstrate the operation of a robotic zone for completing an e-commerce warehouse, where our system provides a fleet of RONAVI robots under the control of the SAP EWM warehouse program
RMS provides a swarm of RONAVI logistics robots managed by the SAP EWM warehouse program
Key features of RMS
Speed up
Business processes in the RMS-simulated warehouse are sped up exponentially for quicker modeling of results
Modular
New stacks and functions can be added with a few clicks
Seamless
Same software modules are used for both simulation and real management
Efficient
Artificial intelligence picks the most optimized solutions for current warehouse tasks based on the accumulated data and continuous telemetry of robots
Robot fleet management
  • Map settings
  • Route building
  • Task assignment
  • Feedback
  • Emergency situation processing
  • Automatic recharge
  • Drivers for management of any robots
Artificial intelligence
  • Management of complex asynchronous processes in robotized warehouses
  • Picking an optimal solution implies selection of relevant types and numbers of robots with functionalities that most fit the tasks of the warehouse
  • Calculation of economic indicators and cost of the warehouse ownership
  • Construction of reliable simulation and analytics based on the digital twins

Get Presentation
Would you like to find out more and get a proposal for your warehouse management?

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Get Presentation
Would you like to find out more and get a proposal for your warehouse management?

Fill out this form and we will get back to you within three days.

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