Some people suggest these tasks should be automated, as machines do not get bored, tired or distracted over time. However, computer vision algorithms tasked to recognize faces could also make mistakes. As my research has found, together, machines and humans could do much better.
Instead of being central to the system of decisions that affects us, we are cast out in to its environment. We have progressively restricted our own decision-making capacity and allowed algorithms to take over. We have become artificial humans, or human artefacts, that are created, shaped and used by the technology.
Lonely Planet, and others, have become excited by tourism powered by virtual reality(VR) – both on this planet and, thanks to NASA, on others.
VR films are also being developed by travel companies, such as Thomas Cook. And Tourism Australia has partnered with Google to understand the marketing potential of VR (well, 360 degree panoramic videos).
Drones are useful, and are helping in the recovery after the deadly Alabama tornadoes, but most require individual pilots, who fly the unmanned aircraft by remote control. That limits how quickly rescuers can view an entire affected area, and can delay actual aid from reaching victims.
Despite what every spy movie in the past 30 years would have you think, fingerprint and face scanners used to unlock your smartphone or other devices aren’t nearly as secure as they’re made out to be.
While it’s not great if your password is made public in a data breach, at least you can easily change it. If the scan of your fingerprint or face – known as “biometric template data” – is revealed in the same way, you could be in real trouble. After all, you can’t get a new fingerprint or face.
The Fabrication City concept puts manufacturing back in the hands of communities — using 3D printers. It could have far-reaching implications for economic development, environmental sustainability, inclusion and other benefits. The use of 3D printing provides cities with opportunities through their local innovators and entrepreneurs.
On March 2, SpaceX launched its first test of an unmanned Dragon vehicle which is designed to carry humans into low Earth orbit and to the International Space Station. If the test is successful, later this year, SpaceX plans to launch American astronauts from United States soil for the first time since 2011.
Hollywood would have us believe our cars are extremely vulnerable to hackers. A hacker remotely logs into the onboard computer of a car on display in a showroom, causing the car to burst through the glass out onto the street – just in the nick of time to block a car chase.
Given that we want to incorporate robots into our social world, it’s no wonder that creating a sense of self in artificial intelligence (AI) is one of the ultimate goals for researchers in the field. If these machines are to be our carers or companions, they must inevitably have an ability to put themselves in our shoes. While scientists are still a long way from creating robots with a human-like sense of self, they are getting closer.
Nowhere is the advance of technology more evident than in the rise of robots and artificial intelligence. From smart devices to self-checkout lanes to Netflix recommendations, robots (the hardware) and AI (the software) are everywhere inside the technology of modern society. They’re increasingly common in ads, too: During the 2019 Super Bowl alone, seven ads aired featuring either robots or AI.