By now you’ve probably heard about the robotic farm that’s set to start operation next year at an Oregon farm, and you’re probably also wondering how it’s going to operate.
In short, it’s the future of farm labor.
If you’re like most of us, you’ve been reading about farm robotics for years.
It was a part of our industrial revolution, with robots replacing people in factory jobs.
That’s what the U.S. Department of Agriculture has been talking about for years, and it’s already on track to take over about half of the farm workforce by 2020.
The farm robotics industry has been growing at a healthy clip for years now.
More than half of all farm jobs are currently filled by robots, according to the National Cooperative Extension Service, and robots have been used in nearly all types of agriculture from food processing to pest control.
The robots aren’t cheap.
Currently, robots cost anywhere from $20,000 to $50,000, according a report from the National Academies of Sciences, Engineering, and Medicine.
And robots aren, of course, not exactly cheap, especially when they’re equipped with software and can operate autonomously.
But while you may be looking for a cheap alternative, you’re not going to find one anytime soon.
It’s too expensive for a lot of people.
So how is it possible to make a robot that costs $200,000?
How can we make one that’s cheap enough that it’s a good investment for a large farm?
It’s a question we get asked a lot.
To answer that question, we went to a company that specializes in making robots, and we asked them a few questions about how they make their robots.
It turns out that there are a lot more than you might think.
The first thing we discovered was that the robots aren’s main focus isn’t the robots themselves, but the software that goes along with them.
As part of the robotics process, each robot has a set of sensors, processors, and cameras that it uses to figure out what it needs to do to get the job done.
For the farm robot, that means having a robot with an eye and an arm that can take photos and take a video.
It also means that the robot is programmed with a lot about how it should respond to different situations.
For example, the robot should always stop when it detects that something is wrong, because the robot knows that it can help.
The same is true for how it interacts with other robots.
When you get a robot, the first thing you want to do is make sure it has the right skills, the right software, and the right hardware.
This is because robots have to be able to work with people and with their environment.
This also means they need to have a wide variety of sensors and processors.
For robots with human helpers, you also want to make sure that the tools that they have to work on are compatible with what humans do.
The more you have to learn how to do that, the more complex the robot becomes.
So when it comes to making robots with a human, the answer is simple: it doesn’t matter if it’s for $200k or $10 million.
The only thing that matters is how much of an investment it is, and that’s what’s so important.