iiQKA.OS2
Control all your KUKA robots with a single, flexible, customizable, and scalable operating system for an outstanding user experience. iiQKA.OS2, as a virtual robot controller (VRC), offers comprehensive engineering and innovative features that enable efficient virtual startup and optimized processes. Developed for maximum performance, it is both standard-compliant and cyber-resilient.
The heart of digital manufacturing: Operating system as virtual robot controller
You can rely on virtual start-up for more efficient processes
- Reducing costs through early error detection.
- Minimizing risks through tests and simulations in a secure, virtual environment.
- Simulation of multiple robots and their peripherals with the advanced iiQWorks engineering suite.
- Making changes and adjustments quickly and easily without physical hardware.
- Adhering to schedules.
- Using resources efficiently.
- Putting systems more quickly into operation.

Expandable: An operating system that grows with your goals
Optional extensions to the basic functions:
Whether you are a small, medium-sized or OEM company – with iiQKA.OS2, we offer the right solution. Our portfolio includes a wide range of software and modular extensions that can be installed to adapt the robot system to your requirements.Safe robot
- Extended, safe monitoring of the robot
- Assurance of system safety
- Switchable workspaces/protected spaces, safe tools
- Further monitoring features tailored to meet your requirements
Cooperating robots
- Shared workspaces
- Load sharing with up to 6 robots in the iiQKA.RoboTeam*
Data exchange
- TCP/IP data communication (binary/xml) to external systems with iiQKA.EthernetKRL
Sensor applications
- Real-time capable sensor connection / communication through iiQKA.RobotSensorInterface or iiQKA.ForceTorqueControl
- Graphical programming with RSI Visual and RSI/IO mapping in iiQWorks.Sim
- RSI monitor in iiQWorks.Cockpit to display the signals of an RSI context
Cooperation between robot and conveyor belt
- Synchronization of robot motion with the motion of conveyor systems / components with the iiQKA.ConveyorTech technology package
Safe communication
- Dual-channel safety interfaces
- Safe field bus communication by means of Ethernet-based protocols (PROFIsafe* via iiQKA.Profinet M/S, CIP Safety** via iiQKA.EthernetIP, FSoE* via EtherCAT master/master gateway)
Load data determination
User login
Default login with password or additional options with iiQKA.UserKey option:
- USB stick as a copy-protected key medium
- Login via external systems such as Euchner keys
Expansion of the basic functionality
- Integrated deterministic soft PLC
- Access to IO system and the host system using iiQKA.PLC RunTime
Technology modules
- KUKA integrators and end customers can extend the iiQKA.OS2 system with additional customized command instructions, status keys and user-defined displays using the KUKA technology modules.
- iiQKA.OptionPackageEditor allows these modules to be integrated quickly and easily into the KUKA system.
- Other possible modules are pre-configurations of KUKA technologies, e.g. iiQKA.GripperControl configuration, iiQKA.RobotSensorInterface context or simply partial configurations of a fieldbus configuration for reuse.
Engineering functions:
From creating custom software packages and visualizing and simulating your manufacturing process to evaluating complete robot cells, discover the possibilities with iiQKA.OS2 as your operating system.
- Statement-based: KRL programming code that you can easily understand.
- Preliminary check and analysis of load data: Use KUKA.Load to check whether a robot can be operated with specific load data and use the tool for a detailed load analysis of the axes and the flange.
- Simulation and engineering: Simulate your system with iiQWorks.Sim Basic.
- Virtual robot controller: Benefit from the many advantages of VRC with iiQWorks.Sim Advanced.
- Customized technology packages Create your own software packages tailored to your needs with iiQWorks.OptionPackageEditor.