#521 Drive My Car

Algorithmic Controls

Algorithmic controls in modern vehicles are revolutionizing automotive safety and performance. Scott Benner shares an experience where his car's algorithmic braking system prevented a potential collision, highlighting the effectiveness of these technologies 1. He compares this to diabetes management technologies, suggesting that if algorithms can control cars, they can also manage basal rates in diabetes 1. However, Scott also questions the occasional mechanical failures in cars, likening them to outdated carburetor issues, and discusses the balance between engineering precision and practical functionality 2.

There's a drop dead moment where the algorithm decides if we wait past this line, we're going to hit this thing. So I'm taking over now.

--- Scott Benner

The conversation underscores the complexity and reliability of algorithmic systems in both automotive and medical fields.

   

Future Car Designs

The future of car designs is poised for significant transformation with the advent of new technologies. Scott Benner questions traditional vehicle designs, pondering why seating arrangements and car shapes remain conventional despite technological advancements 3. He highlights the potential for innovative designs, such as electric cars and turbo engines, which challenge the status quo but face resistance due to consumer expectations and material limitations 4. Scott also expresses interest in electric vehicles, noting the convenience and efficiency they offer, despite concerns about infrastructure like charging stations 5.

I used to say I would give away the last ten years of my life if I could come back for a year, every ten years, just to see what happens.

--- Scott Benner

This discussion reflects the ongoing evolution in automotive design and the balance between innovation and practicality.