Boston Dynamics’ Spot is leaving the laboratory

A new leasing program is putting dozens of robots to work in the real world

Boston Dynamics is letting its first major robot out of the lab.

Since June, the company has been talking about a public release for its Spot robot (formerly SpotMini), and today, it finally gave some details about what’s in store. The Spot isn’t going on sale exactly, but if you’re a company with a good idea (and some money), you’ll be able to get one. That also means, for the average person on the street, that the odds of seeing a Spot in the wild just got a lot better.

The capabilities are more or less what the company showed off in June, but it’s still impressive to see them in person. The Spot can go where you tell it, avoid obstacles, and keep its balance under extreme circumstances — which are all crucial skills if you’re trying to navigate an unknown environment.

The Spot can also carry up to four hardware modules on its back, giving companies a way to swap in whatever skills the robot needs for this particular job. If it’s checking for gas leaks, you can build in a methane detector. If you need connectivity over longer distances, you can attach a mesh radio module. Boston Dynamics is already outfitting units with LIDAR rigs from Velodyne (a favorite component for self-driving car projects) to create 3D maps of indoor spaces. Since the Spot is designed to work in the rain, outdoor spaces are on the table, too.

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A prosthetic leg that can sense touch makes it easier for amputees to walk

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The prosthesis tries to replicate the nervous system’s feedback loop.

The issue: People who walk on both legs rely on constant feedback between their nerves and their brain to get around. But people using a prosthesis don’t have this brain-foot loop, which can make harder to walk confidently. A new bionic prosthesis, developed by researchers from ETH Zurich and the Universities of Belgrade and Freiburg, and described in Nature Medicine today, tries to make it easier for amputees to get around by letting them “feel” surfaces again.

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First long-distance heart surgery performed via robot

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In a feat of networking, engineering, and medicine, a doctor performed a heart procedure while standing 20 miles from his patient.

A doctor in India has performed a series of five percutaneous coronary intervention (PCI) procedures on patients who were 20 miles away from him. The feat was pulled off using a precision vascular robot developed by Corindus. The results of the surgeries, which were successful, have just been published in EClinicalMedicine, a spin-off of medical journal The Lancet.

The feat is an example of telemedicine, an emerging field that leverages advances in networking, robotics, mixed reality, and communications technologies to beam in medical experts to remote locations for everything from consultations to surgical procedures. Telemedicine, which could decentralize healthcare by distributing doctors into local communities virtually, could ease shortages of nurses and doctors and potentially cut healthcare costs. In France, people are already visiting Telehealth cabins for fast, convenient healthcare. During the recent Ebola crisis, the University of Virginia delivered care in parts of Africa via telemedicine.

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SEX MACHINE Pole-dancing ‘robot strippers’ to perform next to human dancers on stage at nightclub

ROBOT strippers will make their debut pole-dancing alongside their human counterparts in a French nightclub.

Laurent Roue, owner of the Strip Club Café in Nantes, said punters might find the gyrating plastic-and-metal robots “very sexy”.

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A cave is no place for humans, so DARPA is sending in the robots

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DARPA’s Subterranean Challenge aims to make cave exploration a more robotic affair.

Outside its cavernous passageways, the mine’s entrance is emblazoned in red lettering that reads “Safety Research Coal Mine.” This site is just one of two mine systems at the Bruceton Research Center in Pittsburgh. They were once part of a full mine system but were split apart for research purposes after the U.S. Bureau of Mines leased 38 acres of land from the Pittsburgh Coal Company in 1910.

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The future of manufacturing technology

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The global manufacturing market reached $38 trillion in 2018, contributing a 15% increase in global production output. Within this market, a broad range of goods is produced and processed, spanning from consumer goods, heavy industrials to storage and transportation of raw materials and finished products.

To sustain ongoing growth, today’s manufacturers are hyper-focused on three key mandates. First is to improve utilization rates of expensive fixed assets that are below optimal capacity. Second is to fill the current and increasing void of specialized labor. Deloitte estimates that by 2028, the skills gap in the US will result in 2.4 million unfilled seats out of a total of 16 million manufacturing jobs. Lastly, manufacturers must protect operating profit as industry average EBITDA margin continues to decline from 11.2% in 2015 to 8.6% in 2018.

Many startups are now starting to offer tailored products and services to help traditional manufacturers meet these goals. Until recently, hardware components such as sensors were expensive and had unclear ROI. Data was siloed, and no solution to scale insight was available. However, since the AI revolution in the early 2010s, startups are finding ways to overcome these challenges through technical innovation.

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The last robot-proof job in America?

 

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Robert DiGregorio, known in the Fulton Fish Market as Bobby Tuna, possesses a blend of discernment and arcane fish knowledge that, so far, computers have yet to replicate.Photograph by Mike Segar / Reuters

Fish: the final frontier in food delivery. At this point, you can get warm cookies, vodka, and locally grown rutabaga brought to your doorstep in minutes, but try getting a fresh red snapper. Until recently, if you could obtain the fish, it would likely have been pre-frozen and shipped in from overseas. (Such is the case with at least eighty-five per cent of the seafood consumed in this country, both from grocery stores and in restaurants.)

A new tech startup is aiming to remedy this situation. The company is based not in a Silicon Valley lab but inside the Fulton Fish Market, a two-hundred-year-old seafood wholesale market that was once situated in lower Manhattan and is now at Hunts Point, in the Bronx. It is the second-largest fish market in the world, after Tsukiji market, in Tokyo. Historically, it has served restaurants and retailers in the New York City area, operating at night so that chefs and fish-store owners can get there. The startup, called FultonFishMarket.com, allows customers in the rest of the country, both restaurants and individuals, to buy from the market, too, cutting out a chain of regional seafood dealers. The fish is shipped fresh, rather than frozen, thanks to an Amazon-esque warehousing-and-logistics system. Mike Spindler, the company’s C.E.O., said recently, “I can get a fish to Warren Buffett in Omaha, Nebraska, that’s as fresh as if he’d walked down to the pier and bought it that morning.”

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A hospital introduced a robot to help nurses. They didn’t expect it to be so popular

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A hospital introduced a robot to help nurses. They didn’t expect it to be so popular

Moxi is a robot designed to make nurses’ lives easier. But the friendly bot is turning out to be a welcome presence for some patients, too.

Nurses are in high demand: The U.S. Bureau of Labor Statistics reports that the number of jobs for nurses will grow 15% from 2016 to 2026, which is much faster than other jobs. The current shortage has left hospitals in a crunch—and a few hospitals in Texas recently turned to an unusual solution: a robot named Moxi.

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Fake blood pumps life into this robotic fish

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Autonomous robots may soon be an ever-present force in our lives, but they are going nowhere fast — or rather, a short distance quickly — without better batteries. You’ve surely seen modern robots scamper through woods or vacuum your floors, but they can only do it for short periods before their energy runs out. Many carry a large battery, which increases a robot’s weight, and in a vicious cycle, requires more power to move.

But a new development in robotic technology that borrows from biology may lead to longer lasting batteries.

The fish “blood” that runs through it serves as both the robot’s power source and controls its movement.

Researchers have engineered a robotic lionfish with synthetic arteries, similar to those found in a human’s circulatory system. The fish “blood” that runs through it serves as both the robot’s power source and controls its movement. The findings, published Wednesday in Nature, may propel the new wave of soft robots, in which inventors seek to improve lifelike automated machines for human connection.

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Robots ‘will take 20 million manufacturing jobs over the next decade’, report warns

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People have long been nervous about robots and artificial intelligence taking over human jobs – but the next decade will see the process shoot into overdrive.

During the next decade, machines will displace 20 million manufacturing jobs, a report by analyst firm Oxford Economics suggests.

That amounts to 8.5% of the global manufacturing workforce, with each robot displacing 1.6 workers on average.

The report says that robotisation is accelerating due to falling costs, with the average unit price of a robot falling 11% between 2011 and 2016, CNN reported.

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The first robot for scrubbing dishes will check each plate for dirt

It won’t be coming to your kitchen any time soon, though (sorry).

The news: A startup called Dishcraft has launched a new robotic dish-scrubber system. Yes, it’s different from a dishwasher! It’s a huge machine that can clean 100 or so plates per go, aimed at commercial kitchens.

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Fourth Industrial Revolution points to “New Collar” jobs

 

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Artificial Intelligence hype is only going to increase.

We know what blue collar jobs are, but what are “new collar” jobs? We are in the midst of the Fourth Industrial Revolution and artificial intelligence, analytics and automation is radically changing jobs.

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