Skip to content
K = 0.731Subscribe

Ethan Mollick Uses Opus 5.5 to Build a US City-Routing Website

1 reports 1 reporting sources Updated 7 hours ago

Understand the event

AI overview

Ethan Mollick said he had Opus 5.5 create a website that maps the fastest routes into every US city. The site also lets visitors find a fair meeting point across the country and view the watersheds of major cities. Mollick said the project was inspired by the now-defunct Arterial Mapping site. The website is available at https://all-roads-lead-to.netlify.app.

Generated by AI from reports · Updated 3 hours ago

Latest development11/3 04:01 (UTC+8)
I had Opus 5.5 create a site where you can see the fastest routes into every city in the US, figure out where in America is fairest to meet up, see the "watersheds" of the largest cities, and more: https://all-roads-lead-to.netlify.app (Inspired by the defunct Arterial Mapping site)Ethan Mollick · X

Read next

More changes in today’s briefingOpenAI’s updated Model Spec explained through its five core values

Report timeline

Follow the reports to explore different sides of the event.

11/3
  1. Ethan Mollick · X
    I had Opus 5.5 create a site where you can see the fastest routes into every city in the US, figure out where in America is fairest to meet up, see the "watersheds" of the largest cities, and more: https://all-roads-lead-to.netlify.app (Inspired by the defunct Arterial Mapping site)

    I had Opus 5.5 create a site where you can see the fastest routes into every city in the US, figure out where in America is fairest to meet up, see the "watersheds" of the largest cities, and more: https://all-roads-lead-to.netlify.app (Inspired by the defunct Arterial Mapping site)

Keep up with AI, one email a day

Model releases, price changes and compute developments, with original sources. Free, confirmed by email, and easy to unsubscribe. Read a past issue

Event heat trend

Current within comparable coverage
8
Peak within comparable coverage
911/3 09:00 (UTC+8)
24-hour change
–

Trends compare the same continuously observed participants, which may cover fewer sources than current heat. Point or click to inspect hourly heat, or use left and right arrow keys.