I once tried to prove that the hexagonal tessellation is the most efficient one for the perimeter/area ratio.

I stopped when I realized bees make honeycombs in hexagons. So they can safely store the most honey with the least material.

Proof by natural selection.

obligatory cpg gray 

hexagons are the bestagons

Working on building products with zkTLS, and subverting web2 systems by encouraging client diversity. A ruthless empiricist.

http://opacity.network

obligatory cpg gray 

hexagons are the bestagons 

https://youtu.be/thOifuHs6eY?feature=shared

neuroscience PhD, onchain chaplain for /spirituality, vibe imagineer for /christin, co-host of /bcbhshow for the farcaster middle class. seemore.tv/christin

I never got into cpg gray.

I was trying to scrape an api that used lat/lng and realized using hexagons would be the easiest.

After that Uber released this library that moreless does the same thing

It is a beautiful library.

Btw, I recently read the new 5G standard, and incorporates a way for towers to share gps location, as well as a mTLS authentication.

So theoretically you could use Opacity infra to also get a proof of location.

So we might actually see H3 used in smart contracts :)

Proof of Location onchain 🫧⛓️
Built on the Optimism Stack 🔴
Join the /foam channel 

Can you link me to the relevant docs? Software based proof of location would be a big deal. You should chat with @foamspace about this.