I asked him how you turn something like a floor cleaning machine operated by a human into a floor cleaning machine with a brain of its own.

We work with our partner, you know, a company that's already providing manually driven machines.

We work with them to design a version of the machine that's got the right computer, that's got the right sensors in order for it to understand its environment.

And then we, BrainCorp, provide the software that is taking in the input from those sensors, understanding where the robot is in the environment, making decisions about how to navigate in a way that's going to most effectively clean the floor, in this example.

Think about it, a grocery store, which typically likes to clean the floor around 8 o'clock in the morning after all the stocking overnight is done.

And while customers are starting to come in for their morning shopping, we're very comfortable and really pay a lot of attention, not just to how we navigate to get the job done, but also how we navigate and how we interact with the customer going around in the store.

And so there's a lot of work in the software algorithms, in the behavior of the robot to make sure that it's both doing its job well, but also being courteous to the people around it.

So I wonder how far you can take robot AI.