emily: that was lockheed martin's c.t.o.s the keoki jackson. also at techcrunch was 23andme c.e.o.ofounder anne wojoliki. they are working to develop treatments and cures for some of the most devastating diseases. she told me why it is a dream close to her heart. anne: 23andme started with the data. we said that drug discovery can fundamentally change if you have an incredible amount of data. the hypothesis we have is if we have all of this information and we discover targets that started from a human component, that will have a higher success rate with drug development. most drugs fail. the reason why it is so expensive to develop a drug is that 95% of everything fails. so if we can actually have a better beginning starting with human genetics, we believe we have a higher likelihood of succeeding. the partnership is all about helping us scale the drug development process. we can find tons and tons and tons of ideas. each idea is like a child. imagine today, we have 13 children. that is a lot. we have called out the big guns here to help us really develop all of these programs and

we caught up with the company's chief technology officer keoki jackson at the techcrunch disrupt eventfrancisco this week. keoki: this is the autonomy of a.i. challenges bringing back to the world of high speed play. we are partnering with video and drone racing league. to compete the best ai's. so for anybody that has seen drone racing on tv, we are raising the bar there and we are raising the excitement level. we are challenging people out here at the conference today and around the world to develop the technology that will allow autonomous drones to meet and compete in a complicated race. emily: there will be no human intervention? keoki: once it goes, it has to work on its own. that is what we call edge computing, and using that edge ai capability to navigate and complete the course. as fast as possible. these are speeds up to 80 miles per hour. emily: talk about the track that you use and the technical challenges about making this possible. keoki: a couple of things. like i said, this is all about putting really complexed and highpowered computing into a very compact, lightweight,