Automa

Automa is a term used to refer to self-operating machines or systems, broadly synonymous with automaton. It encompasses both historical mechanical devices and contemporary digital systems that perform tasks with minimal human control. The word derives from Greek automatos, meaning self-moving.

Historically, automata appeared in ancient engineering and theatre. Greek and Chinese makers built mechanical figures that could move, strike, or respond to stimuli, often powered by clockwork, pneumatics, or hydraulics. In the medieval and early modern periods, automata served demonstrative and entertainment purposes and influenced thoughts about machine intelligence. In the 20th century, automata became central to the development of formal theories of computation and cybernetics, shaping how scientists model processes and systems.

In modern contexts, automata theory remains a core area in computer science, formalizing computation with abstract machines such as finite automata, pushdown automata, and Turing machines. The broader term automata also underpins process automation in industry, software engineering, and robotics, where repetitive or predictable tasks are delegated to machines or software. Some contemporary projects and products adopt the name Automa to indicate automation capabilities, including tools designed to automate workflows or browser tasks.

See also: Automaton, Automata theory, Automation, Robotics, Computer science.