This research delves into the realm of multi-robot systems, with a focus on integrating remote operation technologies. It aims to examine how different levels of automation impact user experience and efficiency in controlling multiple robots simultaneously. Through a unique approach that blends automation with human interaction, the study aims to advance capabilities in multi-presence environments, laying groundwork for future advancements. At its core is the development of a state-of-the-art multi-presence system, integrating advanced robotic arms for remote manipulation tasks. Special attention is given to automation features to enhance user control. The research outlines a comprehensive experimental setup to rigorously test system performance, assessing aspects like user efficiency and cognitive load. By comparing scenarios with varying automation levels, the research seeks to identify an optimal balance for efficiency and user comfort, providing insights crucial for future multi-robot system design and implementation in multi-presence environments.