Skip to main content

Meet South Korea’s new robotic prison guards

A prison in Pohang, South Korea has begun its first field trial of the world’s first robotic prison guards – roving, autonomous patrols that vaguely resemble a cross between Johnny 5 and a Zamboni. Equipped with 3D depth cameras, a two-way wireless communication system, and software capable of recognizing certain human behavior patterns, the 5-foot-tall bots keep a cycloptic eye out for trouble while patrolling the corridors of the prison block. The “guard” is designed to conduct self-directed patrols, guided by navigation tags located along corridor ceilings, but is supervised by a human guard and may be controlled via iPad.  The pattern recognition algorithms focus on behavior that signals trouble and can alert controllers. In emergency scenarios, such as an impending suicide attempt, assault, or arson, correctional officers may respond. If the situation is less dire, two-way cameras and microphones can allow control center guards to communicate directly with restive prisoners, heading off an escalation in hijinks. At the moment, the design of the robot itself does not incorporate any features that would involve physical interaction with prisoners, alleviating previous reservations of inmates, who seemed concerned with the possibility of being roughly handled by the machines.

The robot was developed by the Asian Forum for Corrections in concert with the Electronics and Telecommunications Research Institute and manufacturer SMEC and costs 1 billion Korean won, or about $879,000 per unit. Steep price tag notwithstanding, prison authorities are optimistic that, if effective, the robots will eventually result in a cutting of labor costs. With over 10.1 million people incarcerated worldwide, they see the implementation of robotic guards as the future of penal institution security. “The purpose of developing this kind of robot is to secure prisoners’ life and safety and decrease the workload of correctional officers in a poor working environment,” said AFC Chairman Lee Baik Chul in an interview with Reuters. For their part, the designers say that the next step would be to incorporate functionality capable of conducting body searches, though they admit that this is still a ways off – presumably to sighs of relief from prisoners.

Recommended Videos

The project, which was first publicized last November, was organized by South Korea’s Ministry of Knowledge Economy, which has been investing heavily in robotic development. In February, the MKE stated that the Korean robot market had grown by 75 percent over the previous two years, citing its present value at 1.78 trillion won or $1.56 billion. In 2010, following the escalation in tensions between itself and neighboring North Korea, South Korea deployed a number of armed sentry robots along the Demilitarized Zone at the 38th parallel, the border between the two countries. Robots have also been used in education as English-speaking teaching assistants, and private firms in the country hope to begin selling robots that aid in elder care before the end of the decade. The ministry said it will continue its efforts to boost robot demand both locally and abroad by investing 22.4 billion won this year.

Video credit: Reuters

Lena Kim
Former Digital Trends Contributor
Lena is a freelance writer and reporter based in San Francisco and has written for various arts/culture and tech blogs…
FedEx’s autonomous delivery robot sent packing by New York City
FedEx-SameDay-Bots

Delivery robots suffered a setback this week when New York City made it clear they’re not welcome there. At least, for now.

On Monday, November 25, just a few days after a FedEx “SameDay Bot” autonomous robot was spotted trundling along a Manhattan street, lawyers for the New York City Department of Transportation sent a strongly worded cease-and-desist letter to the shipping giant, CNN reported.

Read more
Meet the robotic pioneers that will help humanity colonize Mars
A rendering of Mars 2020 rover, to be launched on its journey to Mars next year.

From NASA's upcoming Moon to Mars mission to Elon Musk's ambitious plans to use a SpaceX Starship to eventually colonize Mars, the race to populate the Red Planet is already on. But before humans can visit Mars and set up any kind of long-term base there, we need to send out scouts to see the lay of the land and prepare it for manned missions.

The mechanical pioneers we'll be sending to Mars in the coming years will follow in the tire tracks of explorers like the Curiosity rover and the Insight lander, but the next generation of Martian robotics will use sophisticated AI, novel propulsion methods, and flexible smallsats to meet the challenges of colonizing a new world.
Designing for the Mars environment
There are distinct difficulties in building machines which can withstand the Martian environment. First, there's the cold, with temperatures averaging around minus 80 degrees Fahrenheit and going down to minus 190 degrees Fahrenheit at the poles. Then there's the thin atmosphere, which is just one percent the density of Earth's atmosphere. And then there's the troublesome dust that gets kicked up in any operations on the planet's surface, not to mention the intense radiation from the Sun's rays.

Read more
Meet OffWorld, the startup that wants to mine the moon with a swarm of robots
offworld robots

OffWorld

Will the future of space exploration involve swarms of smart robots aiding astronauts by mining for resources, or even autonomously preparing other planets for human habitation? It sounds like (and is) the stuff of weighty science fiction epics. But it’s also the plan of a Californian company named OffWorld, which is busy developing the necessary technology to corner this market in the coming years.

Read more