I started a local vibecoders group because I think it has the potential to help my community.
(What is vibecoding? It’s a new word, coined last month. See https://en.wikipedia.org/wiki/Vibe_coding)
Why might it be part of a solarpunk future? I often see and am inspired by solarpunk art that depicts relationships and family happiness set inside a beautiful blend of natural and technological wonder. A mom working on her hydroponic garden as the kids play. Friends chatting as they look at a green cityscape.
All of these visions have what I would call a 3-way harmony–harmony between humankind and itself, between humankind and nature, and between nature and technology.
But how is this harmony achieved? Do the “non-techies” live inside a hellscape of technology that other people have created? No! At least, I sure don’t believe in that vision. We need to be in control of our technology, able to craft it, change it, adjust it to our circumstances. Like gardening, but with technology.
I think vibecoding is a whisper of a beginning in this direction.
Right now, the capital requirements to build software are extremely high–imagine what Meta paid to have Instagram developed, for instance. It’s probably in the tens of millions or hundreds of millions of dollars. It’s likely that only corporations can afford to build this type of software–local communities are priced out.
But imagine if everyone could (vibe)code, at least to some degree. What if you could build just the habit-tracking app you need, in under an hour? What if you didn’t need to be an Open Source software wizard to mold an existing app into the app you actually want?
Having AI help us build software drops the capital requirements of software development from millions of dollars to thousands, maybe even hundreds. It’s possible (for me, at least) to imagine a future of participative software development–where the digital rules of our lives are our own, fashioned individually and collectively. Not necessarily by tech wizards and esoteric capitalists, but by all of us.
Vibecoding isn’t quite there yet–we aren’t quite to the Star Trek computer just yet. I don’t want to oversell it and promise the moon. But I think we’re at the beginning of a shift, and I look forward to exploring it.
P.S. If you want to try vibecoding out, I recommend v0 among all the tools I’ve played with. It has the most accurate results with the least pain and frustration for now. Hopefully we’ll see lots of alternatives and especially open source options crop up soon.
Energy and water costs for developmenr and usage alone are completely incompatible with that. Come back in 20 years when it’s not batshit insane ecologically.
Not to mention reducing power usage of programs isnt going to be very feasible based on simply an LLM’s output. LLMs are biased twoards common coding patterns and those are demonstrably inefficient (if the scourge of web apps based on electron is any tell). Thusly your code wouldn’t work well with lower grade hardware. Hard sell.
Theoritically they could be an efficient method of helping build software in the future. As it is now that’s a pipe dream.
More importantly, why is the crux of your focus on not understanding the code you’re making. It’s intrinsically contrived from the perspective of a solarpunk future where applications are designed to help people efficiently - without much power, heat, etc… weird man
I’d argue that at least for at least the use of it that the energy costs and water usage are not significant if you self host. There’s a decent amount of self hostable, open source LLMs out there which can be used on repurposed old hardware.
I recently bought a frame.work mini-PC and plan to run my own models, solar-powered.