1856: Nikola Tesla is born, and robotics gets an early visionary
On 10 July 1856, Nikola Tesla was born in the village of Smiljan, then part of the Austrian Empire and now in Croatia. Tesla is best remembered for his work on alternating current and wireless power transmission, but the Museum of Artificial Intelligence marks this date for a lesser-known reason: Tesla was also one of the first people to demonstrate a working, remotely controlled autonomous machine.
In 1898, at an exhibition in Madison Square Garden, Tesla unveiled a small radio-controlled boat. He steered it across a water tank using wireless signals, astonishing onlookers who assumed some trick or hidden operator was involved. Tesla called his invention a "teleautomaton" and patented the underlying technology as a method for controlling the movements of vessels or vehicles from a distance.
What makes the demonstration historically interesting is not just the remote control itself, but the ideas Tesla attached to it. He speculated that such devices could eventually be given a kind of "borrowed mind" — instructions and judgment supplied from afar, or even, he imagined, a degree of automatic decision-making. In his later writings, including his 1919 autobiography "My Inventions," Tesla described a future populated by automata capable of performing tasks without constant human guidance, a strikingly early sketch of autonomous machines.
Tesla's teleautomaton predates the word "robot" itself, which was coined only in 1920 by Karel Čapek. It also predates any formal theory of computation or artificial intelligence by decades. Yet the core problem Tesla was wrestling with — how to build a machine that senses its environment and acts on instructions without a human hand directly on the controls — remains central to robotics and AI today.
- 1898: Tesla demonstrates a radio-controlled boat in New York.
- 1919: Tesla describes his vision of automata in "My Inventions."
- 1920: Karel Čapek coins the word "robot" in his play R.U.R.
Modern self-driving cars, autonomous drones, and robots directed by machine learning models are, in a sense, descendants of that 1898 demonstration: machines that perceive, decide, and act with diminishing human intervention. Tesla could not have imagined neural networks or reinforcement learning, but his early experiments in remote and autonomous control mark one of the first public glimpses of a question that still drives the field: how much can we let a machine decide for itself?