 Hey Vector, my name is Dieter. Dieter. Dieter apparently. This little guy right here, his name's Vector. He's a home robot from Anki and here's a question. What can you do with him? Now if you're familiar with Anki, you know that they make another robot called Cosmo that looks a lot like this little dude. But the differences are that this thing is way more powerful. It's designed to be always on it's connected to wifi and it knows what's going on around it all the time. It's just sort of looking around, hanging out. And it has a lot more powerful technology in it too. So there's a laser sensor on the front, little capacitive sensor here so it can feel if you're petting it. It has four microphones so it can hear you say its name and respond to you and answer questions like what's the weather like. To understand what all of that means, we came to Anki's offices here in San Francisco to talk to the people that made Vector and find out what they think you can do with it. Anki calls Vector a home robot, which makes you think about Rosie from the Jetsons, but Vector can't really do that much. It can do some very basic assistant stuff like Alexa, but Anki is spending way more time working on the robot's personality than its utility. You can think of him as an older brother for Cosmo, but definitely not Cosmo. Hey Vector, I have a question. What's the distance from San Francisco to Los Angeles? The distance is approximately 347 miles from San Francisco to Los Angeles. Hey Vector, set a timer for 10 seconds. Every one of our products will be a character. It'll have a name, it'll be different personalities because if you have a role, it's gonna be a character. If you have a name, it's gonna be a character. If you have a name, it'll be different personalities because if you have a robot that helps you with something more functional or he's meant to do something in healthcare or security or something like that, it's a very different type of personality, but it still has to be an interface that's actually very intuitive and very warm. A robotic personality could very quickly become really gimmicky. So Vector doesn't actually talk too much. It just sort of chirps and beeps like a little droid unless you specifically ask it a question. But more importantly, its actions are designed to react to the environment, so it can feel a little bit more alive. We really placed close attention to have behaviors be based on either sensors or what the user is doing. So that was a big piece for us, not just having a robot who was entertaining briefly, but something that felt very alive over the course of the day. The thing that's really different is that he has interactions that are physical and based on you hanging out with him. So if you turn on music, he'll pick up the exact beat and start dancing to the beat, right? Like that's new. Or if I pet him, he'll get really blissed out by it. And then there's things that we didn't design that just happen. So if you turn on the TV, he will watch that TV because he's listening to the sound. And then the screen triggers his motion detector, so he gets really interested by different things. Personality may go a long way, but is that really enough reason why a quote unquote home robot? When you think about kind of that stereotype of the humanoid robot, you end up going into a bad place for two reasons. One is you hit a price point that is totally impractical for the level of capability that's possible today. And you end up pigeonholing yourself because you end up trying to match the strengths and weaknesses of a human, which don't map perfectly to the strengths and weaknesses of robotics today. And if you miss anything, you hit the uncanny valley, which is basically creepy and unnatural. By making a character that is very humanistic in his qualities, but not trying to sound or look or feel like a human, you actually can better match your strengths and your weaknesses and avoid your weaknesses. You can set expectations. And you set expectations right away. And so the fact that he's still a cute little character. Means I don't expect him to get me a beer, which is the test for a home robot. That's exactly right, that's exactly right. So Vector can't bring you a cold one, but that doesn't mean it's not technologically advanced. It basically has the guts of a smartphone inside it, including a faster processor and wifi, which means that it can always stay connected to the internet and doesn't really need you to take care of it. It can hang out on its own, find its own charger, and not fall off the table. It does a lot of that with surprisingly advanced computer vision for such a tiny package. So what you're seeing here is a visualization of the robot and as I turn him, he can feel it by virtue of that gyro I talked about. So he knows he's turning in space. And you can also see he's slowly building a map. So I'm gonna manually drive him around. So you can see his cube in 3D, and like I was saying before, that's using the marker. And if I move that around, you can see it moves in 3D with him. And now I'm gonna show him the cube in space. And he's able to position it floating around in space. He knows exactly where that is, really down to the millimeter. Wow. Because that's what it takes for him to pick it up. So is it able to place our faces in space as well in this map? Yeah, see in your eyes, nose, and mouth there. And if we introduce ourselves to him, he'll eventually associate a name with each of these spaces. You're the green lampshade and I'm the blue lampshade. And we're moving in space. We're moving in space. And you can see if I move closer, it will also move closer. This thing can recognize faces. How are you doing facial recognition on a little tiny robot? What's interesting is most people's eyes are about the same distance apart. So that's a known distance, which is all we really need. So by realizing how far apart my eyes are in the image, I can tell how far away the face is roughly. But it lets him remember where I am in space, which means that if he decides he's gonna go pick up that cube, he turns around and drives over here. He remembers I'm here. And that allows him to do something we call referencing, which is something kids also do right before they, they wanna do something, they'll often sort of look up at you, make sure you're watching them. He can do that as well. He can turn back and check me out and then go and pick up his cube. And what's powerful about that is it, it takes it from being an experience where you're watching a robot pick up a cube to one where you're sort of drawn into the experience and doing it with him or being involved. So he can tell if you're making eye contact. He can tell if we're looking at each other instead of him. So we can also use that information to, to drive his behaviors. Hey Vector, fist bump. He can tootle around, drive around, he's sitting in his home right now. Are you imagining him putting him on a counter, like sit on the floor, a coffee table? Coffee table, yeah, so living room, coffee table, kitchen table. There's, we have an accessory that's kind of like his habitat. And the key is that he's always on. You forget, you should forget that you, there is an on off switch. He'll charge himself, go back to his charger. He'll be sleeping for part of the day. He'll wake up when something interesting happens. And a lot of this is gonna be the magic that builds out all of the subtleties around him being alive. Anki is launching the Vector robot on Kickstarter today. And when it ships in October, it's gonna retail for about 250 bucks. But if you get this thing, don't expect it to have the same utility as even a $50 Amazon Echo. After all, this thing is only part digital assistant. It's also part toy and part, I don't know, little cute robot pet thing. But what it actually is is a chance to experience what it's like to have an autonomous robot in your house. It turns out the main utility of the Vector robot is something we don't talk about very much in tech. It's fun. Thanks so much for watching. I wanna know, what would you do if you had a little tiny robot in your house? Let me know in the comments. And oh, hey, one more thing. We're gonna be taking a little break. I've got jury duty, people have got vacations, and we'll be back sometime in September. And so I'm just gonna roll this on for a little bit longer because that's what I do. Goodbye.
 Hey Vector, my name is Dieter.
 Dieter.
 Dieter apparently.
 This little guy right here, his name's Vector.
 He's a home robot from Anki and here's a question.
 What can you do with him?
 Now if you're familiar with Anki,
 you know that they make another robot called Cosmo
 that looks a lot like this little dude.
 But the differences are that this thing
 is way more powerful.
 It's designed to be always on
 it's connected to wifi and it knows
 what's going on around it all the time.
 It's just sort of looking around, hanging out.
 And it has a lot more powerful technology in it too.
 So there's a laser sensor on the front,
 little capacitive sensor here
 so it can feel if you're petting it.
 It has four microphones so it can hear you say its name
 and respond to you and answer questions
 like what's the weather like.
 To understand what all of that means,
 we came to Anki's offices here in San Francisco
 to talk to the people that made Vector
 and find out what they think you can do with it.
 Anki calls Vector a home robot,
 which makes you think about Rosie from the Jetsons,
 but Vector can't really do that much.
 It can do some very basic assistant stuff like Alexa,
 but Anki is spending way more time
 working on the robot's personality than its utility.
 You can think of him as an older brother for Cosmo,
 but definitely not Cosmo.
 Hey Vector, I have a question.
 What's the distance from San Francisco to Los Angeles?
 The distance is approximately 347 miles
 from San Francisco to Los Angeles.
 Hey Vector, set a timer for 10 seconds.
 Every one of our products will be a character.
 It'll have a name, it'll be different personalities
 because if you have a role,
 it's gonna be a character.
 If you have a name, it's gonna be a character.
 If you have a name, it'll be different personalities
 because if you have a robot that helps you
 with something more functional
 or he's meant to do something in healthcare
 or security or something like that,
 it's a very different type of personality,
 but it still has to be an interface
 that's actually very intuitive and very warm.
 A robotic personality could very quickly
 become really gimmicky.
 So Vector doesn't actually talk too much.
 It just sort of chirps and beeps like a little droid
 unless you specifically ask it a question.
 But more importantly, its actions are designed
 to react to the environment,
 so it can feel a little bit more alive.
 We really placed close attention
 to have behaviors be based on either sensors
 or what the user is doing.
 So that was a big piece for us,
 not just having a robot who was entertaining briefly,
 but something that felt very alive
 over the course of the day.
 The thing that's really different
 is that he has interactions that are physical
 and based on you hanging out with him.
 So if you turn on music, he'll pick up the exact beat
 and start dancing to the beat, right?
 Like that's new.
 Or if I pet him, he'll get really blissed out by it.
 And then there's things that we didn't design
 that just happen.
 So if you turn on the TV, he will watch that TV
 because he's listening to the sound.
 And then the screen triggers his motion detector,
 so he gets really interested by different things.
 Personality may go a long way,
 but is that really enough reason
 why a quote unquote home robot?
 When you think about kind of that stereotype
 of the humanoid robot,
 you end up going into a bad place for two reasons.
 One is you hit a price point that is totally impractical
 for the level of capability that's possible today.
 And you end up pigeonholing yourself
 because you end up trying to match the strengths
 and weaknesses of a human,
 which don't map perfectly to the strengths
 and weaknesses of robotics today.
 And if you miss anything, you hit the uncanny valley,
 which is basically creepy and unnatural.
 By making a character that is very humanistic
 in his qualities, but not trying to sound or look
 or feel like a human,
 you actually can better match your strengths
 and your weaknesses and avoid your weaknesses.
 You can set expectations.
 And you set expectations right away.
 And so the fact that he's still a cute little character.
 Means I don't expect him to get me a beer,
 which is the test for a home robot.
 That's exactly right, that's exactly right.
 So Vector can't bring you a cold one,
 but that doesn't mean it's not technologically advanced.
 It basically has the guts of a smartphone inside it,
 including a faster processor and wifi,
 which means that it can always stay connected
 to the internet and doesn't really need you
 to take care of it.
 It can hang out on its own, find its own charger,
 and not fall off the table.
 It does a lot of that with surprisingly advanced
 computer vision for such a tiny package.
 So what you're seeing here is a visualization
 of the robot and as I turn him,
 he can feel it by virtue of that gyro I talked about.
 So he knows he's turning in space.
 And you can also see he's slowly building a map.
 So I'm gonna manually drive him around.
 So you can see his cube in 3D,
 and like I was saying before, that's using the marker.
 And if I move that around,
 you can see it moves in 3D with him.
 And now I'm gonna show him the cube in space.
 And he's able to position it floating around in space.
 He knows exactly where that is,
 really down to the millimeter.
 Wow.
 Because that's what it takes for him to pick it up.
 So is it able to place our faces in space
 as well in this map?
 Yeah, see in your eyes, nose, and mouth there.
 And if we introduce ourselves to him,
 he'll eventually associate a name with each of these spaces.
 You're the green lampshade and I'm the blue lampshade.
 And we're moving in space.
 We're moving in space.
 And you can see if I move closer,
 it will also move closer.
 This thing can recognize faces.
 How are you doing facial recognition on a little tiny robot?
 What's interesting is most people's eyes
 are about the same distance apart.
 So that's a known distance, which is all we really need.
 So by realizing how far apart my eyes are in the image,
 I can tell how far away the face is roughly.
 But it lets him remember where I am in space,
 which means that if he decides
 he's gonna go pick up that cube,
 he turns around and drives over here.
 He remembers I'm here.
 And that allows him to do something we call referencing,
 which is something kids also do right before they,
 they wanna do something, they'll often sort of look up at you,
 make sure you're watching them.
 He can do that as well.
 He can turn back and check me out
 and then go and pick up his cube.
 And what's powerful about that is it,
 it takes it from being an experience
 where you're watching a robot pick up a cube
 to one where you're sort of drawn into the experience
 and doing it with him or being involved.
 So he can tell if you're making eye contact.
 He can tell if we're looking at each other
 instead of him.
 So we can also use that information to,
 to drive his behaviors.
 Hey Vector, fist bump.
 He can tootle around, drive around,
 he's sitting in his home right now.
 Are you imagining him putting him on a counter,
 like sit on the floor, a coffee table?
 Coffee table, yeah, so living room,
 coffee table, kitchen table.
 There's, we have an accessory
 that's kind of like his habitat.
 And the key is that he's always on.
 You forget, you should forget that you,
 there is an on off switch.
 He'll charge himself, go back to his charger.
 He'll be sleeping for part of the day.
 He'll wake up when something interesting happens.
 And a lot of this is gonna be the magic
 that builds out all of the subtleties
 around him being alive.
 Anki is launching the Vector robot on Kickstarter today.
 And when it ships in October,
 it's gonna retail for about 250 bucks.
 But if you get this thing,
 don't expect it to have the same utility
 as even a $50 Amazon Echo.
 After all, this thing is only part digital assistant.
 It's also part toy and part, I don't know,
 little cute robot pet thing.
 But what it actually is is a chance to experience
 what it's like to have an autonomous robot in your house.
 It turns out the main utility of the Vector robot
 is something we don't talk about very much in tech.
 It's fun.
 Thanks so much for watching.
 I wanna know, what would you do
 if you had a little tiny robot in your house?
 Let me know in the comments.
 And oh, hey, one more thing.
 We're gonna be taking a little break.
 I've got jury duty, people have got vacations,
 and we'll be back sometime in September.
 And so I'm just gonna roll this on for a little bit longer
 because that's what I do.
 Goodbye.