The Floor Runs on Us”: Vention Powers the Future of Software-Defined Automation at Automate 2026

Vention is transitioning manufacturing toward software-defined automation via its MachineMotion AI controller and integrated hardware-software platform. According to company demonstrations at Automate 2026, this ecosystem enables AI-driven robotics, cloud-native programming through MachineLogic™, and rapid deployment of bin-picking solutions using NVIDIA-powered perception.

Why is software-defined automation changing the factory floor?

Software-defined automation replaces rigid, hardware-centric setups with a unified platform that manages the entire lifecycle of a machine. Vention reports that its Manufacturing Automation Platform integrates design, simulation, deployment, and operation into a single experience. This shift allows manufacturers to scale automation without rebuilding physical infrastructure from scratch.

Traditional automation often requires separate vendors for the robot, the controller, and the workstation. Vention’s “The Floor Runs on Us” approach integrates these elements. By using a cabinet-free architecture with daisy-chained motors and actuators, companies can reduce the physical footprint of their automation cells.

How does Physical AI improve robotic perception and decision-making?

Physical AI integrates AI models directly into the physical movement of robots, allowing them to react to unstructured environments. Vention demonstrates this through “Rapid Operator AI,” a deep bin-picking solution. According to Vention, this system utilizes NVIDIA Isaac technologies, CUDA-accelerated libraries, and GRIIP™ software to handle parts that aren’t perfectly aligned.

The integration of NVIDIA’s FoundationStereo AI model enables autonomous path computation. As seen in the FANUC LR Mate demonstration, this allows for collision-free path planning driven by AI rather than manual coordinate programming. This removes a significant bottleneck in industrial tending applications.

What happens when cobots integrate with cloud-native programming?

Cloud-native programming moves the logic of a robot from a local teach pendant to a centralized cloud environment. Vention’s MachineLogic™ environment allows developers to use No-code or Python-based automation to control industrial hardware. This enables faster updates across multiple sites without requiring a technician to be physically present at the machine.

The practical application of this is evident in recent partnerships. At Automate 2026, Vention showcased a UR12e cobot for bin-picking and a FANUC CRX-10iA integrated with MachineMotion AI for CNC automation. These setups demonstrate a trend toward “plug-and-play” industrial robotics where the software handles the complexity of the integration.

Comparing AI Integration Paths

The approach to AI varies depending on the application. For high-speed tending, Vention uses NVIDIA’s FoundationStereo AI for motion generation. In contrast, for bin-picking, the focus shifts to perception through the NVIDIA Jetson source reference framework. This shows that “Physical AI” is not a single tool but a suite of specialized models for different physical tasks.

How can manufacturers scale automation rapidly?

Scaling requires modularity. Vention utilizes modular workstations and factory infrastructure that can be customized and expanded across a shop floor. By combining this hardware with an exclusive marketplace of UR+ components—vetted by Universal Robots—manufacturers can add end-of-arm tooling or 7th-axis range extenders without extensive custom engineering.

A live example includes the integration of a UR20 cobot with an overhead 7th-axis extender for welding applications. This configuration increases the robot’s reach and flexibility, proving that software-defined platforms can manage complex, multi-axis movements more efficiently than traditional static cells.