The Physical AI Platform across your sites, lines
and robots
Wandelbots NOVA is the physical AI platform that connects your whole automation lifecycle. It acts as the execution and control layer of Physical AI systems, connecting robots, AI models, and digital twins into a unified operational environment.
One Platform. Three connected parts.
NOVA OS runs robot applications on the shop floor, across all supported robot brands. Developer Tools help your teams build and validate them. NOVA Cloud brings accesses & permissions, integrations and virtual instances together.
Wandelbots NOVA OS
The execution layer connecting your software applications with supported robot controllers, in virtual and physical cells.
Connect intelligence to physical action through one software interface.
Developer Tools
Your tools for creating, testing and adapting robot applications to your process.
Develop and assess AI-enabled workflows before taking them into the cell.
Wandelbots NOVA Cloud
The shared environment for organising NOVA instances and team access across your organisation.
Keep access and responsibilities clear as AI-enabled automation expands.
Wandelbots NOVA OS - the connecting software layer for your automation
Keep your application connected as you move between simulation, physical robots and AI-driven motion.
Robot agnostic
Build on a common software interface supported robot brands and models. Reuse applications and tools as your hardware changes, with compatibility defined for each controller and configuration.
Virtual Robots
Use physically accurate virtual robots in simulated cells to test movements and validate the process before deployment. The same NOVA interfaces connect virtual testing with physical execution, so validated logic carries intro commissioning.
Chunk Streaming
Stream short motion sequences from an external planner or AI policy into NOVA as the task unfolds. Combine streamed and deterministic movements in one application to connect changing model outputs with robot action.
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Wandelbots NOVA Developer Tools - your assistants to build your physical AI use cases
Validate in simulation, teach visually or develop with Python and AI assistance. Developer tools connect process expertise with robot applications and support you in building your physical AI application.
NVIDIA Omniverse Extension
Connect NOVA with NVIDIA Omniverse and Isaac Sim to develop and validate cells in ultrarealistic digital twins. Ghost Teaching lets you define robot poses and check reachability in the virtual scene before carrying that work into your program.
NOVA Flow
Teach and coordinate robot workflows visually, without writing code for each step. NOVA Flow brings robot actions and process logic together so your team can orchestrate several robots through a shared workflow.
Python SDKs
Build robot applications with Python and familiar development tools. AI coding agents can help draft and refine the code, while your engineers review and validate the result before execution.
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Wandelbots NOVA Cloud - the control centre for users, integrations and virtual robots
Set up the right access for every team member, add the extensions your workflows need and explore NOVA in a virtual environment, without robot hardware on the shop floor.
Roles & Permissions
Administrate & manage all users of your organization and their accesses to the shop floor.
Integrations
Extend your NOVA Cloud with various functionalities, provided by Wandelbots and your organization, e.g., your fleet manager or Omniverse running in the cloud.
Cloud Instances
Create virtual NOVA OS instances and start using Wandelbots NOVA also without a physical setup.
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Wandelbots NOVA FAQ
Python SDKs let engineers work with their chosen coding agents. Chunk Streaming connects motion sequences from external planners or policies with robot execution.
Yes. Your teams and partners can build applications and integrate services for your process using Python and NOVA’s interfaces. The underlying platform stays shared.
Explore your data and governance choices, including infrastructure, access and automation IP.