Robotics is no longer confined to industrial settings. Advances in artificial intelligence and engineering are bringing robots into homes, hospitals and public spaces.
Companies such as Boston Dynamics and Tesla are developing machines capable of performing a wide range of tasks, from logistics and delivery to assistance in healthcare environments.
In warehouses, robots are already widely used to manage inventory and streamline operations. In healthcare, robotic systems are supporting surgeons and assisting with patient care.
The next stage involves more general-purpose robots that can operate in less controlled environments, interacting safely with people and adapting to changing conditions.
This expansion raises important questions. As robots become more capable, concerns about job displacement, safety and regulation are becoming more prominent.
There are also ethical considerations around how robots should interact with humans, particularly in sensitive contexts such as caregiving.
Supporters argue that robotics can improve efficiency, reduce risk in dangerous tasks and enhance quality of life.
Experts say the future of robotics will depend not only on technological progress, but on how societies choose to integrate these systems into daily life.
In that sense, robotics is moving from a specialised tool to a broader social technology.
