Seamless and efficient navigation in
In production and logistics, transportation tasks are essential. Autonomous Mobile Robots (AMRs) significantly improve operational efficiency when functioning reliably and precisely. However, dynamic obstacles, evolving layouts, and densely packed spaces can limit AMR performance even in controlled indoor environments.
ARTI Indoor Navigation Suite (IGVI) delivers a complete navigation suite for indoor AMRs. Its robust, hardware‑agnostic software architecture guarantees adaptability, reliability, and safety. IGVI integrates mapping, localization, and real‑time sensor data to compute optimal routes, avoid obstacles, and adjust paths in real time. This ensures safe, accurate, and precise movement from start to finish.
Navigation Graphs
Free-space Planning
Safety Compliant
Complete indoor navigation suite
Large operating areas

Dynamic Mapping

Obstacle Avoidance

VDA5050

Object Detection

Action Pipeline

System Diagnose

Dynamic Path Planning

Fine Positioning

Web Application
Dynamic path planning enables autonomous systems to adapt their trajectories in complex, rapidly changing environments by integrating multiple planning methodologies. This approach delivers both flexibility and precision through sophisticated environmental perception and real-time decision-making.
Core Features:

KNAPP
ARTI has previously made successful contributions to the development of innovative AGV projects in the field of mobile robotics. A recent example is KNAPP’s latest innovation in intelligent warehouse robotics – the AeroBot system – where ARTI was able to contribute its expertise in software development and sensor integration. The result: a groundbreaking, multidimensional, and flexible robotics system – efficient, robust, and forward-looking. ARTI is proud to have played a small part in this development.
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