
Telepresence Robots are AI-enhanced mobile robots that enable a person to be virtually present in a remote location. They combine robotics, video conferencing, and AI to provide real-time communication and environmental interaction from a distance.
Telepresence robots typically consist of a mobile base, a display screen, microphones, cameras, and sensors. AI enables these robots to perform autonomous navigation, obstacle avoidance, facial recognition, and voice commands.
They are often controlled remotely via a web interface or app, allowing users to move around and interact with people as if physically present. AI enhances the user experience by providing smart environmental awareness and contextual assistance.
These robots are commonly used in offices, hospitals, schools, and homes—enabling remote work, virtual learning, healthcare monitoring, and social connection for elderly or disabled individuals.
They are used to enable virtual presence in remote locations for work, education, healthcare, and social interaction.
AI enables smart navigation, facial recognition, voice interaction, and autonomous decision-making to improve user experience.
They usually include a display screen, camera, microphone, speaker, sensors, wheels for mobility, and AI for navigation and interaction.
Some are fully autonomous with AI-powered navigation, while others are semi-autonomous or remotely controlled.
Yes, they significantly enhance remote collaboration by allowing users to participate more naturally and interactively in remote environments.
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