Autonomous home robotic systems designed to operate reliably within real-life domestic environments.

Beko explores home robotics solutions aimed at enabling autonomous, adaptive, and reliable operation within real-life domestic environments. This focus encompasses mobile robotic systems capable of perceiving their surroundings, making context-aware decisions, and executing actions safely and efficiently under dynamic household conditions. Emphasis is placed on robustness, on-device intelligence, and system architectures that can operate under the computational, latency, and energy constraints typical of consumer-oriented robotic platforms, while remaining scalable and suitable for mass-market deployment.

In this scope, collaboration interest is expressed in next-generation robotic technologies supporting autonomous navigation, perception, and mobile manipulation. Areas of interest include navigation and autonomy approaches that enable reliable localization, environment understanding, and adaptive path planning in changing and unstructured home settings; AI-driven perception and decision-making solutions that integrate visual, semantic, and action-oriented intelligence within embedded robotic systems; and modular robotic platform concepts combining mobile bases, lightweight manipulation capabilities, and adaptive end-effectors designed for object-level variability. The focus remains on integration-ready, scalable, and application-oriented robotic solutions that can support practical home-use scenarios.