EMPOWERING ROBOTS WITH AI-DRIVEN INTELLIGENCE
NAiSE Integrates TruPhysics into Intralogistics
NAiSE and TruPhysics GmbH now enable seamless integration of TruPhysics’ modular robotics systems into the NAiSE Intralogistics Platform. This allows robots configured via TruPhysics’ ecosystem to be managed through NAiSE’s fleet, traffic, order, and warehouse modules—bridging smart robotics design with real-world logistics execution.
TruPhysics’ vision is to let users configure robotic systems from over 100 hardware, electronics, and software modules using their TruOS platform. Their systems are hardware-agnostic and adaptive, making them an ideal fit for integration with NAiSE’s flexible intralogistics architecture.
TruPhysics Platform – Modular, Intelligent, Scalable
- TruOS & TruFleet: TruPhysics’s operating system and fleet tools support orchestrating multiple robotic modules — mobile bases, sensors, manipulators, etc.
- Hardware Agnostic Architecture: Robots built via their configurator can use diverse sensors, actuators, and communication modules.
Fast Adaptation & Scaling: Modular approach enables rapid deployment and capability changes without full system redesign.
When integrated into NAiSE, these TruPhysics-configured robots can be directed, scheduled, and monitored like any other fleet asset—bringing AI-configured robotics under unified intralogistics control.
About NAiSE
The NAiSE Intralogistics Platform, a unified, manufacturer-independent software solution for complete intralogistics control. The platform integrates Fleet, Traffic, Order, and Warehouse Management modules to digitalize and automate the entire material flow. Its intuitive, DIY-oriented design enables real-time coordination of autonomous and manually operated vehicles—ensuring transparency, flexibility, and efficiency for modern industrial operations.
About TruPhysics
TruPhysics GmbH is a robotics platform company from Stuttgart that enables users to configure and operate robotics systems from modular components (over 100 hardware/software modules) using the TruOS operating system. Their approach is hardware-agnostic, supporting flexible and scalable robot systems across logistics, production, and service tasks.