mobility

Domo arigato Mr. (Autonomous) Roboto

(Photo Credit Curbed)

The allure of self-driving vehicles is huge for most techies, with the initial focus on personal vehicles and then an expansion to commercial vehicles (like taxis and mac trucks). Waymo, one of the most well-known self-driving projects, can trace some of its origin story to Carnegie Mellon University. In the late 1980s, CMU was also known for developing the ALVINN (Autonomous Land Vehicle In a Neural Network), which looks like a self-driving ice cream truck. A few years later, Sebastian Thrun joined the CMU computer science department & did much of his early work on robotics there, before leaving for Stanford. Thrun then helped found Google X in 2009 with Anthony Levandowski, with the first major X project focusing on self-driving cars. X incubated this project for several years, then spun it out into Waymo in December 2016. In May 2020, Waymo received a $3B investment from venture capital and private equity investors, so they continue to find their “way forward in mobility.” 

Another company which made a failed foray into self-driving cars was Uber. The Uber Advanced Technology Group (ATG) was based in Pittsburgh (right near CMU) and was Uber’s answer to helping make its ride-sharing unit profitable. There was another self-driving Uber Freight unit based in San Francisco, co-founded by Levandowski. That imploded in 2018 when Waymo sued & Uber settled, as Levandowski was later convicted of stealing Waymo’s technology & served 18 months in prison. [Fun fact: I visited the UF offices with a small group of students for a private tour & chat with the co-CEO Lior Ron in Dec 2017 shortly before the scandal broke. Very cool technology but huge oops!] ATG then shifted to focusing solely on developing passenger vehicles until December 2020, when they were sold to Aurora Innovation. Super curious to see how Uber charts its path to profitability now. 


And there is also a wave of self-driving commercial cars in development. Cruise, a majority-owned subsidiary of GM, had announced in Jan 2020 the launch of a new electric autonomous shuttle car, to be used primarily within urban environments. Chinese WeRide received $200million in funding in Dec 2020 as part of the race to build autonomous vehicles in China.  Right around that time, Amazon's Zoox acquisition launched its first vehicle, another similar autonomous robot taxi. And all of these definitely look like toasters on wheels.  Some would say that the cute & innocuous design is to help a wider group of consumers to feel comfortable with trying this technology, whereas many early adopters love the sleek & futuristic look of cars like Tesla instead. The boxy style of many self-driving cars also facilitates functioning of the complex web of sensors these cars need to work properly.  And speaking of, Tesla has included ‘auto steer’ features in some of its vehicles for a while, but just announced that Full Self Driving could be here for car owners as soon as April 2021


The line between tech firms and car companies is continuing to blur, especially when you see the more traditional car company Hyundai outlaid around $1B in December 2020 to acquire robotics firm Boston Dynamics


#random

How to Escape the Confines of Time and Space According to the CIA : these are such odd words to see strung together


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How can we move around in a contactless world?

(Photo credit @autumnstudio)

One of the things I have struggled with over the past few months is my inability to travel. I don't like sitting in one place and I love to travel!  If these past few months had been ‘normal’ times, I would have visited Barcelona for my b-school reunion, and New York City, Los Angeles and San Francisco for work. Instead, I haven't left the 50-mile radius of my home since March 7. At least I have been able to go hiking & kayaking and generally be outside in nature. I cannot even imagine what it’s like being inside of a large city & not leaving your 600 sq foot apartment for weeks on end. As we consider how to carefully re-open parts of our country & our lives, the rise in tools that support contactless mobility is exponential. 


#techtopic

When you think about how people move around in a city, the trend of micro-mobility has already been on the rise for the past decade. Think Lime or Bird scooters and Citibikes for short distances and ride-hailing with Uber or Lyft for cross-town trips. And for many of those who own cars while living in a big city, you realize quickly that it sits empty for the majority of time - so you turn to ride-sharing programs like Zipcar or Turo. (Check out this really great overview by CBInsights on today’s micro-mobilty market map.) Now, these micro forms of transportation will become even more important as cities wrestle with how to move large volumes of people via public transportation without increasing infection rates. And for anyone who has been on a subway during rush hour, you know how impossible that task will be. There has been an increase in sales of leisure bikes and scooters in the past month, which bodes well for the future of micro-mobility. And since you already pay for all of these services with an app on your phone, this continues to help accelerate the move to a (near) cashless society.


When you shift to thinking about leisure & business travel over much longer distances, many of these challenges are magnified. JetBlue Tech Ventures wrote up a piece on the entire flow of moving passengers from one place to another, and highlighted startups working on each part of the process. As an avid traveler, it was helpful to see how much thought and effort some are putting into my safety & comfort (especially when you read horror stories like this and this of packed planes). Hotels are also exploring contactless methods for check-in and for robot food delivery. Skift has a great overview article on all of these trends across leisure & corporate travel. Ultimately, even as medical authorities shift focus to stopping infection via masks vs surface disinfection, the rise of contactless tool usage in the US may finally catch us up to the rest of the world



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