Robotic Police Dogs: Useful Hounds or Dehumanizing Machines?

Honolulu Police Acting Lt. Joseph O’Neal demonstrates a robotic dog in Honolulu, Friday May 14, 2021. Jennifer Sinco Kelleher/AP
Honolulu Police Acting Lt. Joseph O’Neal demonstrates a robotic dog in Honolulu, Friday May 14, 2021. Jennifer Sinco Kelleher/AP
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Robotic Police Dogs: Useful Hounds or Dehumanizing Machines?

Honolulu Police Acting Lt. Joseph O’Neal demonstrates a robotic dog in Honolulu, Friday May 14, 2021. Jennifer Sinco Kelleher/AP
Honolulu Police Acting Lt. Joseph O’Neal demonstrates a robotic dog in Honolulu, Friday May 14, 2021. Jennifer Sinco Kelleher/AP

If you’re homeless and looking for temporary shelter in Hawaii’s capital, expect a visit from a robotic police dog that will scan your eye to make sure you don’t have a fever.

That’s just one of the ways public safety agencies are starting to use Spot, the best-known of a new commercial category of robots that trot around with animal-like agility.

The handful of police officials experimenting with the four-legged machines say they’re just another tool, like existing drones and simple wheeled robots, to keep emergency responders out of harm’s way as they scout for dangers. But privacy watchdogs — the human kind — warn that police are secretly rushing to buy the robots without setting safeguards against aggressive, invasive or dehumanizing uses.

In Honolulu, the police department spent about $150,000 in federal pandemic relief money to buy their Spot from robotics firm Boston Dynamics for use at a government-run tent city near the airport.

“Because these people are houseless it’s considered OK to do that,” said Jongwook Kim, legal director at the American Civil Liberties Union of Hawaii. “At some point it will come out again for some different use after the pandemic is over.”

Acting Lt. Joseph O’Neal of the Honolulu Police Department’s community outreach unit defended the robot’s use in a media demonstration earlier this year. He said it has protected officers, shelter staff and residents by scanning body temperatures between meal times at a shelter where homeless people could quarantine and get tested for COVID-19. The robot is also used to remotely interview individuals who have tested positive.

“We have not had a single person out there that said, ‘That’s scary, that’s worrisome,’” O’Neal said. “We don’t just walk around and arbitrarily scan people.”

Police use of such robots is still rare and largely untested — and hasn’t always gone over well with the public. Honolulu officials faced a backlash when a local news organization, Honolulu Civil Beat, revealed that the Spot purchase was made with federal relief money.

Late last year, the New York Police Department starting using Spot after painting it blue and renaming it "Digidog." It went mostly unnoticed until New Yorkers starting spotting it in the wild and posting videos to social media. Spot quickly became a sensation, drawing a public outcry that led the police department to abruptly return Digidog to its maker.

“This is some Robocop stuff, this is crazy,” was the reaction in April from Democratic US Rep. Jamaal Bowman. He was one of several New York politicians to speak out after a widely shared video showed the robot strutting with police officers responding to a domestic-violence report at a high-rise public housing building in Manhattan.

Days later, after further scrutiny from elected city officials, the department said it was terminating its lease and returning the robot. The expensive machine arrived with little public notice or explanation, public officials said, and was deployed to already over-policed public housing. Use of the high-tech canine also clashed with Black Lives Matter calls to defund police operations and reinvest in other priorities.

The company that makes the robots, Boston Dynamics, says it’s learned from the New York fiasco and is trying to do a better job of explaining to the public — and its customers — what Spot can and cannot do. That’s become increasingly important as Boston Dynamics becomes part of South Korean carmaker Hyundai Motor Company, which in June closed an $880 million deal for a controlling stake in the robotics firm.

“One of the big challenges is accurately describing the state of the technology to people who have never had personal experience with it,” Michael Perry, vice president of business development at Boston Dynamics, said in an interview. “Most people are applying notions from science fiction to what the robot’s doing.”

For one of its customers, the Dutch national police, explaining the technology includes emphasizing that Spot is a very good robot — well-behaved and not so smart after all.

“It doesn’t think for itself,” Marjolein Smit, director of the special operations unit of the Dutch national police, said of the remote-controlled robot. “If you tell it to go to the left, it will go to the left. If you tell it to stop, it will stop.”

Earlier this year, her police division sent its Spot into the site of a deadly drug lab explosion near the Belgian border to check for dangerous chemicals and other hazards.

Perry said the company's acceptable use guidelines prohibit Spot’s weaponization or anything that would violate privacy or civil rights laws, which he said puts the Honolulu police in the clear. It's all part of a year-long effort by Boston Dynamics, which for decades relied on military research grants, to make its robots seem friendlier and thus more palatable to local governments and consumer-oriented businesses.

By contrast, a lesser-known rival, Philadelphia-based Ghost Robotics, has no qualms about weaponization and supplies its dog-like robots to several branches of the US military and its allies.

“It’s just plug and play, anything you want,” said Ghost Robotics CEO Jiren Parikh, who was critical of Boston Dynamics’ stated ethical principles as “selective morality” because of the company’s past involvement with the military.

Parikh added that his company doesn’t market its four-legged robots to police departments, though he said it would make sense for police to use them. “It’s basically a camera on a mobile device,” he said.

There are roughly 500 Spot robots now in the wild. Perry said they're commonly used by utility companies to inspect high-voltage zones and other hazardous areas. Spot is also used to monitor construction sites, mines and factories, equipped with whatever sensor is needed for the job, reported The Associated Press.

It’s still mostly controlled by humans, though all they have to do is tell it which direction to go and it can intuitively climb stairs or cross over rough terrain. It can also operate autonomously, but only if it’s already memorized an assigned route and there aren’t too many surprise obstacles.

“The first value that most people see in the robot is taking a person out of a hazardous situation,” Perry said.

Kim, of the ACLU in Hawaii, acknowledged that there might be many legitimate uses for such machines, but said opening the door for police robots that interact with people is probably not a good idea. He pointed to how Dallas police in 2016 stuck explosives on a wheeled robot to kill a sniper, fueling an ongoing debate about “killer robots” in policing and warfighting.

“There’s the potential for these robots to increase the militarization of police departments and use it in ways that are unacceptable,” Kim said. “Maybe it’s not something we even want to let law enforcement have.”



Study Documents Extinction Threats to World's Freshwater Species

African tiger fish (Hydrocynus vittatus) swim in the Okavango river, Botswana in this undated handout picture. Michel Roggo/Handout via REUTERS/File Photo
African tiger fish (Hydrocynus vittatus) swim in the Okavango river, Botswana in this undated handout picture. Michel Roggo/Handout via REUTERS/File Photo
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Study Documents Extinction Threats to World's Freshwater Species

African tiger fish (Hydrocynus vittatus) swim in the Okavango river, Botswana in this undated handout picture. Michel Roggo/Handout via REUTERS/File Photo
African tiger fish (Hydrocynus vittatus) swim in the Okavango river, Botswana in this undated handout picture. Michel Roggo/Handout via REUTERS/File Photo

Freshwater environments cover about 1% of Earth's surface while accounting for more than 10% of known species. Like many marine and terrestrial ecosystems, however, they are in distress. A new study looking at some of the denizens of freshwater habitats offers a stark illustration of this biodiversity predicament.

Researchers assessed the status of 23,496 species of freshwater animals in groups including fishes, crustaceans such as crabs, crayfish and shrimp and insects such as dragonflies and damselflies, finding 24% of them at a high risk of extinction, Reuters reported.

"Prevalent threats include pollution, dams and water extraction, agriculture and invasive species, with overharvesting also driving extinctions," said conservationist Catherine Sayer, lead author of the study published on Wednesday in the journal Nature.

Sayer heads the freshwater biodiversity unit at the International Union for Conservation of Nature (IUCN), the organization that tracks the status of species globally.

Some of the freshwater species deemed at high risk bear exotic names such as the mini blue bee shrimp of Sulawesi, the Seychelles duskhawker dragonfly, the Atlantic helicopter damselfly of Brazil, the daisy burrowing crayfish of Arkansas and fishes such as the shortnose sucker of Oregon and California and the humpbacked mahseer of India.

The study filled a gap in data on freshwater biodiversity. The studied species were selected because their diverse positions within food webs present a holistic view of the health of freshwater ecosystems globally.

These species inhabit inland wetlands such as lakes, rivers, swamps, marshes and peatlands - areas that the researchers said have been reduced by more than a third since 1970. Other research has documented the status of mammals, birds, reptiles and amphibians that share these freshwater ecosystems and often face their own unique threats.

Of the animal groups investigated in the new study, the highest threat levels were documented in the crustaceans (30% threatened) followed by the fishes (26%) and the dragonflies and damselflies (16%).

"Freshwater ecosystems are ecologically important because of the diversity of species they support. Some of them may have high numbers of species that are restricted just to those systems - a single lake or pool or river," said Northern Arizona University freshwater conservationist Ian Harrison, a member of the IUCN Species Survival Commission and a study co-author.

"They are also important in terms of the ecosystem services they supply: carbon sequestration in terms of peat bogs; food in terms of fisheries; medicines from plants; as well as cultural and aesthetic values. Freshwater reeds are used for building houses in some areas. Freshwater ecosystems contribute $50 trillion in value annually by their provision of natural processes supporting human well-being," Harrison said.

The researchers identified four places globally with the largest number of threatened freshwater species: Lake Victoria in Africa, Lake Titicaca in South America and regions in western India and Sri Lanka.

Lake Victoria, the world's second-largest freshwater lake by surface area, is bordered by Kenya, Tanzania and Uganda. The key threats identified to species were pollution, overfishing, agriculture and invasive species, particularly the Nile perch and water hyacinth. Lake Titicaca is situated on the border between Peru and Bolivia in the Andes. It was found to face a similar cadre of threats as Lake Victoria. Both lakes boast a rich diversity of fishes.

"There is an urgent need to focus on freshwater conservation to halt the decline in species, and this can be achieved through a more integrated management of water resources that can include the maintenance of ecosystem functions within the process of addressing the obviously important human needs for water," Harrison said.

"The particular value of this study is that it shows us which river basins, lakes, et cetera, are the ones where the conservation challenges are most urgent and serious," Harrison added. "And we can compare this to what we know about existing protections, and identify where there are gaps and where there are conservation needs. And it acts as a baseline of information from which we can track progress, to see if our actions are reducing threats."