Mechanical Turk

The Mechanical Turk was a machine constructed in the 18th century by the Hungarian inventor Wolfgang von Kempelen, designed to appear as an automaton capable of playing chess. This device consisted of a life-sized puppet figure dressed in Ottoman attire and became one of the most famous technological demonstrations of its time, exhibited across Europe and America for its claimed mechanical prowess and apparent capacity for autonomous thought. Although its movements were in fact a deception guided by a hidden human chess master inside the mechanism, it was regarded as an early example of the concept of a “thinking machine.” The concept was revived in the 21st century as the name for a microtask platform established by Amazon.com, where humans complete small cognitive tasks in digital environments. This platform has been termed “artificial artificial intelligence” because it deploys human intelligence in situations where full automation is not yet feasible.

The Mechanical Turk (Generated by Artificial Intelligence.)

Historical Development

The 18th-Century Automaton: Wolfgang von Kempelen’s “Chess Player”

Wolfgang von Kempelen introduced his chess-playing automaton in 1770 at the court of Empress Maria Theresa of Austria in Vienna. The automaton consisted of a life-sized male figure dressed in silk garments and a turban, seated behind a large wooden cabinet. At the start of each demonstration, Kempelen opened the cabinet’s panels to display its intricate gear and crank system, and he would pass a candle through the interior to prove that no person could be concealed within. Once the mechanism was set in motion, the figure would begin playing chess, responding to its opponent’s moves and often winning the majority of games.

The Mechanical Turk was exhibited for 84 years across Europe and America and encountered prominent figures of the era such as Napoleon Bonaparte and Benjamin Franklin. After Kempelen’s death, the automaton was sold by his son to Johann Nepomuk Maelzel, who continued touring it throughout North America. The automaton was destroyed in a fire at the Chinese Museum in Philadelphia in 1854.

From its first public appearance, the claim that the machine possessed autonomous thought was met with skepticism, and a widespread consensus emerged that it was a hoax. The prevailing hypothesis was that a human operator was concealed inside the cabinet directing the moves. Writers such as Edgar Allan Poe analyzed the mechanism’s operation and developed theories on how such a person might be hidden. The inner workings of the machine were never fully uncovered during its exhibition period, a mystery that contributed significantly to its enduring popularity. Later analyses revealed that the internal mechanism was largely nonfunctional and served only to produce mechanical sounds that reinforced the illusion of automation. The hidden operator could see the chessboard by sliding the internal mechanism aside and manipulated the figure’s arm through internal levers and cranks.

Theoretical Approaches and Cultural Context

The Enlightenment and the “Human-Machine” Concept

The Mechanical Turk is closely linked to central debates of 18th-century Enlightenment thought regarding the mechanical interpretation of the human body and mind. Michel Foucault evaluated such automata as paradigms illustrating how the human body was conceptualized as a model reflecting social order. According to Foucault, these automata were miniature models of power that embodied the “docile body”—both analyzable and manipulable. Unlike a simple clockwork mechanism that performed fixed motions, the Mechanical Turk gave the impression of a self-regulating system capable of generating counter-moves within the symbolic logic of chess in response to external actions. Historian of technology Otto Mayr noted that mechanical, political, and economic ideas about self-regulating systems were in dialectical relation to the Enlightenment’s ideals of liberal subjects and democracy, in contrast to the autocratic feudal worldview that understood the universe as a clockwork mechanism.

Orientalism and the Representation of the “Other”

The depiction of the automaton as a “Turk” is tied to Western cultural and epistemological assumptions about the East. The figure’s Ottoman identity functioned as a cultural buffer against the theological and ethical risks posed by the materialist human-machine concept during the Enlightenment. Because the idea of humans as machines threatened traditional religious values, assigning this role to a “Eastern” figure provided a culturally acceptable solution. This representation drew on an older theological tradition that attributed mechanical behavior and “soulless” motion to the East. Medieval Christian theology symbolically deprived Islam and Muslims of meaning-making capacity by associating them with an irrational world of mechanical gears. In this context, the Mechanical Turk served both as a model of the Western docile subject and as a means of placing the Eastern figure outside the norms of humanity by subjecting it to the world of machines.

Human-Automaton Interaction and Performance

The exhibition of the Mechanical Turk was more than a technological display—it was a complex cultural performance. Kempelen, as part of the show, revealed the interior of the cabinet to both explain and conceal the mechanism. This presentation aimed to provoke curiosity in the audience about how the machine worked while simultaneously drawing them into the deception.

In terms of human-automaton interaction, the game of chess provided a framework for establishing a controlled system of communication and exchange between human and machine. Edgar Allan Poe’s analysis focused on the temporal dimension of this interaction; he noted that the machine’s moves were not made at regular intervals but instead adapted to the unpredictable will of its opponent. For Poe, this was evidence that the machine was not a “pure” automaton. This observation parallels later discussions on the differences between human time and computer time, and how these differences must be managed to facilitate human-computer interaction (HCI).

Applications and Conceptual Legacy

Division of Mental Labor

The Mechanical Turk can also be interpreted as a model of a hierarchical system dividing mental labor. In this structure, the inventor (Kempelen) at the top managed the performance and demonstrated engineering knowledge, mathematicians occupied the next level by solving the problems, and at the bottom was the hidden chess master. This structure influenced Charles Babbage’s work on computing machines (the Difference Engine). Inspired by Adam Smith’s theory of the division of labor, Babbage developed the concept of “division of mental labor,” designing a computational process that broke complex mathematical calculations into smaller steps performed by individuals with varying skill levels.

20th-Century Thought Experiments

In the 20th century, the Mechanical Turk regained significance as a political and philosophical allegory. Walter Benjamin used the automaton as a metaphor in the first thesis of his work Theses on the Philosophy of History to explain the relationship between historical materialism and theology. According to Benjamin, the puppet labeled “historical materialism” could always win—but only if it was secretly aided by theology, which today is “shrunk and ugly” and must remain hidden. In this allegory, the puppet dressed as a Turk represents historical materialism, while the hunchbacked dwarf concealed inside represents theology.

Amazon Mechanical Turk and “Artificial Artificial Intelligence”

In 2005, Amazon.com launched a microtask platform named “Amazon Mechanical Turk.” The platform aims to assemble a global workforce to perform tasks that computers and algorithms cannot yet efficiently handle but that are simple for human intelligence. Amazon’s founder Jeff Bezos named the system “artificial artificial intelligence” because it uses real human intelligence to fill gaps in digital systems presumed to possess artificial intelligence.

The platform offers small, fragmented cognitive tasks known as “Human Intelligence Tasks” (HITs). These include labeling images, verifying data accuracy, transcribing audio recordings, and completing surveys. Workers who complete these tasks are known as “Turkers.” The work on the platform is typically paid at very low rates; a 2018 study found that the average hourly wage was around two U.S. dollars, and only 4 percent of workers earned above the U.S. federal minimum wage of $7.25 per hour.

Amazon Mechanical Turk functions as a neoliberal “exception apparatus,” exploiting legal gaps in international labor regulations. Workers operate in geographically dispersed and isolated conditions, limiting their ability to organize. Employers, referred to as “requesters,” retain the right to reject completed work without justification. This structure alienates workers from the final product by fragmenting cognitive labor and reduces labor costs by leveraging global wage disparities. Thus, like the original 18th-century Mechanical Turk, Amazon’s system both utilizes and largely renders invisible the human labor behind the machine.