Robot security guard ‘commits suicide’ in public fountain
WASHINGTON: A robot security guard met a tragic end when it drowned itself at a fountain of a shopping mall in Washington D.C.
The Knightscope security robot was patrolling the Georgetown Waterfront shopping complex in Washington D.C. on Monday when it apparently drove itself into the pond.
“Our D.C. office building got a security robot. It drowned itself,” one Twitter user wrote.
“We were promised flying cars, instead we got suicidal robots.”
The company markets the security robot as better than real guards in part because it never gets bored of what it does. But it appears to have looked to put an end to that work and has driven into a pond.
Pictures from the Georgetown Waterfront – the shopping centre and office complex where the robot worked – show staff members looking to decide how best to fish the now defunct robot out of the pool.
When the robot works, it is able to understand its own environment and judge whether something is wrong, using a combination of microphones, video cameras and other sensors. In the future it’s expected to get other features like gun detection and artificial intelligence.
Our D.C. office building got a security robot. It drowned itself.
We were promised flying cars, instead we got suicidal robots. pic.twitter.com/rGLTAWZMjn
— Bilal Farooqui (@bilalfarooqui) July 17, 2017
If it detects that something is wrong then it can squeak, whistle and make other loud noises intended to dissuade criminals and others from causing a nuisance.
The Knightscope security robot, which looks something like a rounded dalek, is a cheap way of patrolling around sensitive and public areas. It costs only $7 per hour to rent out, and has extra skills including the ability to withstand attack and not to get bored, freeing people from having to carry out dull patrols.
The Knightscope’s company website says the security robots’ “autonomous presence” allows them to “guide themselves through even the most complex environments” — but not, apparently, bodies of water.