0:16
Somerset, right? Newbie advice. Don't
0:19
fret about making a mess. The automated
0:22
system dispatches a cleaning robot from
0:24
the utility area. No need to get down on
0:27
your knees and scrub. You just focus on
0:32
>> Hey, science is messy.
0:48
>> The glass wall looks delicate.
0:52
>> Insufficient clearance.
1:13
The floor is warm in here.
1:15
>> Oh, yes. The platform is temperature
1:17
controlled for extreme conditions
1:19
testing. Crank it to max and you can dry
1:22
>> Okay. I'm just going to ask you,
1:23
>> what about defensive applications? Could
1:25
they be used for policing?
1:28
>> See, that would go against our corporate
1:31
>> Why? They'd be great for deescalation.
1:35
Probably avoid a lot of human error and
1:40
>> activating dynamic impulse response
1:42
>> Embraces vision. This is
1:44
>> mimicry systems engaged.
1:46
>> Proceed with test.
1:47
>> I lead. It follows. Good to know.
3:12
>> That finger dexterity is amazing.
4:02
Hey, what are you testing?
4:03
>> We're calibrating the android strength
4:05
and fine motor skills to handle unstable
4:08
chemicals and fragile samples. This unit
4:11
could do toxic waste disposal, assist in
4:13
bioontainment labs, even conduct
4:16
scientific studies in outer space.
4:18
>> The sky is not the limit. Impressive,
4:21
>> especially when it works. Those
4:22
chemicals are a pest to clean up.
