This ambitious goal sounds crazy, but it is more realistic than the future described by science fiction.
In the cold windy winter of Mars, 30 remote-controlled robots walked out of the cabin doors, passed through the frozen snowfields, and were ready to begin work under the mine. They have entered the latest fully automated hydrogen-powered Waymo Ranger, and when they run out of energy they charge through the interface... It will be a long day today.
In the Bekerdede office thousands of miles away, 30 employees are waiting to enter the appropriate compartment and connect with the robot. They chat while drinking coffee and talk about Beyonce's daughter Ivy Blue and Kardashian daughter North West.
At this time, the window pops up a push notification, and the original rover number has reached the mine. Employees began to prepare, put on gloves and VR heads, and then began to guide the robot through dangerous heavy mineral ice.
Returning to 2017, it may be difficult to imagine that such a scenario might have originated from a product that SpaceVR is developing in San Francisco. However, this family hopes to send humans into space through the power of VR and robots and needs to start from somewhere.
The demonstration of the robot manipulating the robot remotely to scoop ice cream or make taco using a spoon is just a gimmick. However, this is a vision that can help us effectively understand the company founder and executive director Ryan Holmes.
Holmes believes that stereo experience based on immersive vision and remote controllers is the best way to explore space, and exploring the future of other planets is closer than you think.
For example, Elon Musk announced that he will start a Mars exploration mission by 2020. SpaceX chairman Gwynne Shotwell said earlier this year: “Our initial plan was 2018, but we think that the personnel project and the Falcon Heavy project need to devote more resources. So we set the timetable In 2020."
One of the pending issues is what should be done when it arrives in space. Holmes believes that robots are the simplest answer. Compared to humans, it is cheaper and easier to get robots into space. In addition, if sensing technology can be improved before the robots fly into space, we will be more likely to see the value of doing so.
Companies such as Syntouch are already working on sensors that can transmit tactile sensations remotely. Adding such sensors to robots is like installing prosthetics.
Holmes plans to deploy 10 million robots in space 10 years later. This ambitious goal sounds crazy, but it is more realistic than the future described by science fiction. Holmes wrote in the email: "We are now automating all human work. We have adopted strategies different from those of other major companies. Our multi-use robot, Human, was presented in San Francisco last week, while I It's remote control from Mexico City."
"We will first replace low-cost labor with human robots, thereby reducing the overall labor price. We have avoided all major obstacles to perfect artificial intelligence. When robots perform tasks, we will use the process to collect them. The data is automatically deployed for each task until the automation can replace all human tasks.
Holmers believes that this will liberate human beings and allow them to handle higher-value tasks.
Although this remote-controlled robot based on Vive head-sensing and sensing gloves is now more like a gimmick, the founder and executive director of SpaceVR is very confident about its future.
Holmers believes that the robot is the next step in the development of the company. There are great prospects for remotely manipulating robots through VR head-mounted stereoscopic operation and visualization. In the end, Holmes hopes to send millions of robots into space and then maneuver by human controllers on Earth to replace costly manual labor.
This is a big goal, but it may not sound so far away. Start-up companies like Planetary Resources have been exploring the potential for mining asteroid minerals, and other corporate institutions are exploring special manufacturing opportunities provided by the zero-gravity environment.
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