(Roughly) Daily

Posts Tagged ‘robots

“The danger of the past was that men became slaves. The danger of the future is that man may become robots.”*…

Images of Rastus Robot in an issue of Radio-Craft magazine from 1931

… which might be the same thing?

As more and more folks are fearing obsolescence (if not, indeed, subjugation) by emerging technology, Matthew Wills reminds us that this fear– especially as embodied in androids– has a long (and dark) history here in the U.S…

Our word “robot” comes from Karel Čapek’s 1921 play R.U.R. In it, historian of robots Dustin A. Abnet explains, Čapek repurposed the Czech word for “drudgery” or “servitude” to refer to the artificial workers produced by the play’s Rossumovi Univerzální Roboti (Rossum’s Universal Robots) company. [See also here.] Created from synthetic organic material, and thus more android than mechanical, these worker-roboti ultimately overthrow their human masters.

The play was a sensation in Europe, and then a year later, in America, though something was lost in translation. Čapek used robots to criticize soulless Fordism—the “standardization and regimentation” of American capitalism—and hence the US’s political and cultural power in Europe and around the world. (Other Europeans would conceive of the robot in the same way, notably director Fritz Lang and screenwriter Thea von Harbou in the 1927 German film Metropolis.)

But a funny thing happened to these robotic symbols of American capitalism by the mid-twentieth century. They were Americanized by American capitalism. Americans, as Abnet notes, “turned a figure that initially rebelled against the dehumanizing effects of Fordism into a tamed electro-mechanical slave holding aloft a global empire of consumerism.”

Nowhere was this more literal than in the Westinghouse Electric Company’s “simple remotely controlled mechanical men and women” used to advertise the company’s products from 1927 to 1940. “Technology did not have to run amok, Westinghouse’s robots suggested; it could instead become a tamed slave that empowered each individual consumer to become his or her own master.” In the American context, where the language of master and slave was rooted in racism, Westinghouse “connected robots to romanticized white myths about slavery.”

“Americans had always racialized robot-like creations,” continues Abnet, citing the first American automaton (a caricature of a Native American) and the “grotesque minstrel-like caricatures of Black and Asian bodies” that made up automatons in the late nineteenth century.

Westinghouse’s creations, named Herbert Televox, Karina Van Televox, Telelux, Rastus, Willie Vocalite, and Elektro, were promoted as docile domestic workers. Abnet quotes the New York Times’ science and technology editor extolling the benefits of the first of these “mechanical slaves” in 1927: “it obeys without the usual human arguing, impudence or procrastination.”

Rastus, Westinghouse’s Great Depression-era robot, was the most overtly racialized of these corporate robot slaves. Rastus was modeled on a minstrel show character: “black rubber ‘skin,’ overalls, a white shirt, and a pail hat.” In addition, “the robot had a ‘rich, baritone voice’ that would have been read as unmistakably black.” While “all of Westinghouse’s other robots told jokes…Rastus and its blackness were themselves the joke.”

In 1930, Westinghouse’s President explicitly expressed the prevailing white romanticism of slavery. In the company’s Electric Journal, he argued that without the exploitation of the “muscles of others,” there could be “no art, literature, science, leisure, or comfort for anyone.” Rastus’s “tamed black body,” stresses Abnet, “underscored the larger rhetoric of slavery that shaped the fantasy the company offered white consumers.”

“Ultimately, Westinghouse’s robots were not just about more efficiently accomplishing work or ensuring greater leisure time; they were a symbol that deployed racialized slavery in ways that could reassure white Americans of their own freedom, their own mastery over both technology and the bodies of others.”

Čapek’s robots had successfully rebelled, killing all but one human. In America, that couldn’t happen, at least according to the corporations selling the robot idea. But fear of a robot rebellion, like the fear of slave rebellion before the Civil War, remained. Abnet notes that the “most common robot story in American science fiction during the 1920s and 1930s told a story of white men, using their cunning, strength, and willpower to restore their authority over the robots who should be their slaves.” Movies, especially science fiction serials, often told the same story.

A century after R.U.R. and forty years after The Terminator, the uneasiness engendered by robots (and their droid, cyborg, replicant, and AI cousins) persists, reflecting longstanding concerns about labor, autonomy, and power…

Early automatons in the US evolved from symbols of revolt into racialized figures tied to labor and the legacy of slavery: “How America Racialized the Robot,” from @jstordaily.bsky.social.

* Erich Fromm, The Sane Society

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As we move on, we might recall that it was on this date in 1967 that Aretha Franklin’s up-tempo cover of Otis Redding’s “Respect” enter the Billboard Hot 100. It rose steadily over the next several weeks, hitting #1 in June, where it stayed for two weeks and won Franklin two Grammy Awards at the 1968 ceremony, including the first of eight consecutive Grammys for Best Female R&B Vocal Performance. An R&B classic, it has also become a protest anthem, thanks to its connections to both the civil rights movement of the 1960s and the second-wave feminist movement of the 1970s.

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April 29, 2026 at 1:00 am

“Engineering is the art of modeling materials we do not wholly understand, into shapes we cannot precisely analyze, so as to withstand forces we cannot properly assess, in such a way that the public has no reason to suspect”*…

… and so, for a very long time, it has been. Consider the case of the inventive Ismail al-Jazarī, a predecessor of Da Vinci…

… Al-Jazarī, who passed away in 1206, served as the chief engineer for the court of the Artuqids in Diyarbakir. His Book of Knowledge of Ingenious Mechanical Devices lives up to its name, detailing lock-like devices for raising water, sophisticated zodiac clocks, avian automata able to produce song, and a showering system for King Salih, who “disliked a servant or slave girl pouring water onto his hands for him”. He invented bloodletting technologies, mischievous fountains, segmental gears, and a chest (sundūq) that featured a security system with four combination dials — presumably a safe for storing valued possessions — and has been subsequently dubbed “the father of robotics”, due to his creation of a life-like butler who could offer guests a hand towel after their ablutions. Al-Jazarī’s contemporaries already recognized his eminence as an engineer, referring to him as unique and unrivaled, learned and worthy. He stood on the shoulders of Persian, Greek, Indian, and Chinese precursors, while Renaissance inventors, in turn, stood on his.

The Book of Knowledge of Ingenious Mechanical Devices contains some fifty mechanical devices divided into six categories: clocks; vessels and figures for drinking sessions; pitchers, basins, and other washing devices; fountains and perpetual flutes; machines for raising water; and a miscellaneous category, where we find a self-closing door. The second category is perhaps the most intriguing, and grants some insight into the extravagant concerns of al-Jazarī’s courtly patrons. One machine — “a standing slave holding a fish and a goblet from which he serves wine to the king” — is programmed to dispense clarified wine every eighth of an hour for a certain period. Numerous similar devices follow: robots that drink from goblets, which are filled from the recycled contents of their stomachs; automaton shaykhs that serve each other wine that each consumes in turn; a boat full of mechanical slave girls that play instruments during drinking parties. Not unlike our “AI assistants”, al-Jazarī’s inventions are never allowed to transcend the category of indentured laborer, reproducing the inequalities of social relations across the human-machine divide.

The illustrations from the Berlin manuscript are notably different than some of its sister specimens, such as the ornate pair of manuscripts held in Leiden. Here the images are mainly in-line illustrations and seem more focused on technical details and inner workings than other versions, which tend to lean toward aesthetic exteriors. Red and yellow predominate, offset by the occasional body of water in indigo blue. Gears and levers are rich in tone, while humanoid figures get left as simple, colorless sketches. To the contemporary viewer, the illustrations invert the power dynamic that is so present in al-Jazarī’s text. Machines come to the foreground; humans are incidental figures, almost irrelevant…

Putting material to work. More– and many more illustrations: “Ismail al-Jazarī’s Ingenious Mechanical Devices,” from @PublicDomainRev.

More of (and on) al-Jazarī’s creations here.

E. H. Brown

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As we imagine machines, we might spare a thought for Henry Christopher Mance; he died on this date in 1926. An electrical engineer and inventor, he was instrumental in laying the earliest underwater telecom cables (under the Persian Gulf) and developed the Mance method of detecting and locating the positions of defects in submarine cables. But he is better remembered as the inventor of the Mance heliograph (a wireless solar telegraph that signals by flashes of sunlight using Morse code reflected by a mirror), which found wide military, survey, and forest protection application and for which he was knighted.

Signaling with a Mance heliograph, Alaska-Canada border, 1910 (source)
Sir Henry Christopher Mance (source)

“Humans were still not only the cheapest robots around, but also, for many tasks, the only robots that could do the job”*…

 

Researchers at Oxford University and Deloitte suggest that about 35% of current jobs in the UK are at high risk of computerization over the following 20 years (as, one imagines, are similar jobs in other developed nations).

The BBC has developed a handy tool one can use to learn just how much peril one is in: “Will a Robot Take Your Job?

* Kim Stanley Robinson, 2312

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As we revisit Asimov’s Three Laws, we might recall that it was on this date in 1909 that Thomas M. Flaherty filed for the first U.S. patent for a “Signal for Crossings”– a traffic signal.  His signal used a large horizontal arrow pivoted on a post, which turned to indicate the right of way direction, and was activated by an electric solenoid operated by a policeman beside the road.

Flaherty’s was the first U.S. application for a traffic signal design, later issued as No. 991,964 on May 9, 1911. But though it was filed first, it was not the first patent actually issued for a traffic signal: Ernest E. Sirrine filed a different design seven months after Flaherty; but his patent was issued earlier, and thus he held the first U.S. patent for a “Street Traffic System.”

 source (and larger version)

 

Written by (Roughly) Daily

September 24, 2015 at 1:01 am

Aye, Robot!…

 

It’s not just the assembly-line worker who’s being replaced by automatons, it’s tough all over:

In the face of rising labor costs, Chinese restaurateur Cui Runguan is selling thousands of robots that can hand slice noodles into a pot of boiling water called the Chef Cui. Runguan says in the report below that just like robots replacing workers in factories, “it is certainly going to happen in sliced noodle restaurants.” The robots costs $2,000 each, as compared to a chef, who would cost $4,700 a year. According to one chef, “The robot chef can slice noodles better than human chefs.” News of Runguan’s invention hit the internet in March of 2011, but they’ve since gone into production and are starting to catch on: 3,000 of them have already been sold. But why do their eyes glow, and why do they look so angry?…

From Eater, via Laughing Squid.

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As we admire the precise proportions of our pasta, we might send well-insulated birthday greetings to Ray McIntire; he was born on this date in 1918.  While working at Dow Chemical during World War II in search of a substitute for rubber (which was in short supply during the conflict), McIntire combined styrene with isobutylene and created polystyrene, a unique material that was solid yet light and flexible (due to the tiny bubbles formed by the isobutylene within the styrene).  Dow patented the serendipitous invention in 1944 as STYROFOAM™.  In 2008, McIntire was inducted into the U.S. National Inventors Hall of Fame.

 source

 

Written by (Roughly) Daily

August 24, 2012 at 1:01 am

I for one welcome our new computer overlords…

source

In the aftermath of Watson’s triumph over humanity’s best, your correspondent thought it wise to remind readers (and himself) that this is not the first time that we mortals have faced the onslaught of astounding new technology.

The good folks at Dark Roasted Blend have compiled a nifty through-the-ages recap of attempts to create “life” in new-fangled ways; from Leonardo’s “robot” and John Dee’s “flying beetle” to an “steam-powered hiker” and an “electric milk man” from Victorian England, there’s quite a selection in “Amazing Automatons: Ancient Robots & Victorian Androids.”

It’s all fascinating; but the sweet spot is surely the selection of creations from the 18th (and early 19th) centuries, when the then-highly-developed crafts of metal working and watchmaking were turned to automata.  Consider, for example…

Jacques Vaucason created numerous working figures, including a flute player, which actually played the instrument, in 1738, plus this duck from 1739. The gilded copper bird could sit, stand, splash around in water, quack and even give the impression of eating food and digesting it.

Pierre Jaquet-Doz created three automata, The Writer, The Draughtsman and The Musician, which are still considered scientific marvels today. The Draughtsman is capable of producing four distinct pictures, while the Writer dips his pen in the ink and can write as many as forty letters. The Musician’s fingers actually play the organ and the figure ends her performance with a bow.

More, at Dark Roasted Blend.

As we remind ourselves to re-read Kevin Kelly’s excellent What Technology Wants and then to retake the Turing Test, we might stage a dramatic memorial dramatist and scenic innovator James Morrison Steele (“Steele”) MacKaye; he died on this date in 1894.  He opened the Madison Square Theatre in 1879, where he created a huge elevator with two stages stacked one on top of the other so that elaborate furnishings could be changed quickly between scenes. MacKaye was the first to light a New York theatre– the Lyceum, which he founded in 1884– entirely by electricity. And he invented and installed overhead and indirect stage lighting, movable stage wagons, artificial ventilation, the disappearing orchestra pit, and folding seats. In all, MacKaye patented over a hundred inventions, mostly for the improvement of theatrical production and its experience.

Steele MacKaye