Antirez is back with a short list of how we’re destroying software. A few excerpts:

We are destroying software with complex build systems.

We are destroying software pushing for rewrites of things that work.

We are destroying software trying to produce code as fast as possible, not as well designed as possible.

…

I dunno. It seems like it was ever thus. We’ve always layered on terrible leaky abstractions and built unfriendly brittle tools. We’ve always needlessly rewritten systems that work just fine. We’ve always rushed to get it out the door now, not out the door right.

But I do want to call this one out:

We are destroying software mistaking it for a purely engineering discipline.

So much this. People and politics and life are so much a part of software. The tools we build reflect our values and beliefs. They enable others to promote and entrench their values and beliefs, whether for good or for ill. Let’s work to make it for good.

Welp. He’s back.

Yesterday, like all incoming presidents, Trump signed a barrage of executive orders. Unlike other incoming presidents, many of his actions were bizarre, unlawful, or outright unconstitutional. Lawfare remains my go-to source for both cautious analysis and original documents.

From where I sit, the one truly terrifying action Trump took yesterday was pardoning or commuting the terms of every January 6th insurrectionist. What better way to buy the loyalty of his most violent supporters? What better way to ensure future violence should such violence serve his needs?

Big tech can fend for itself. For me, small tech — home to all manner of creative computer weirdos — is where the fun is at. Here are some trends I’m keeping an eye on:

The open social web

The open social web hit its stride in 2024. Idealists and software nerds got organized: the Social Web Foundation emerged to steward the ActivityPub ecosystem, Free Our Feeds started holding ATProto’s feet to the decentralized fire, and A New Social began building bridges between open networks. Independent researchers brought focus to the challenges of decentralized governance while nonprofits developed new resources for federated moderation. And, in early 2025, Mastodon took big steps toward community ownership.

Creative tinkerers have leveraged the social web’s openness to build interesting indie businesses. Surf.social ships an innovative UI for exploring open social content. Murmel sends top stories from your feed directly to your inbox. Mastohost makes it easy to self-host Mastodon. And Micro.blog continues to thoughtfully explore new directions.

Novel use of large language models

While big tech spins its wheels on “agentic” AI hype, small tech is discovering creative and force-multiplying new uses for LLMs.

I’m particularly excited about systems where humans stay in tight feedback loops with LLMs. AI code assistants are a good example: LLMs suggest completions that developers can quickly accept, reject, or refine, often improving results by adding comments or type hints. These rapid feedback cycles are powerful but feel like just the beginning. Editor workflow innovations in 2024 from Cursor and Windsurf AI, along with chat UX features like Anthropic’s Artifacts, suggest where they might go next.

Beyond dev tools, researchers like Amelia Wattenberger, Linus Lee, Tony Beltramelli, Maggie Appleton, and Shawn Wang are all exploring LLM-powered user experiences built on tight feedback loops. Meanwhile, services like CityMeetings.nyc show the potential for LLMs to transmute unstructured content into actionable insight, with humans auditing and refining the output. Impressively, CityMeetings is a one-person project!

With the help of LLMs, indie devs have the tools to craft more magical, user-centered experiences like these.

Experiments in local-first

While LLMs uncover insights and enhance user experiences, small tech must also ensure users retain control over their data. That’s why I pay attention when Martin Kleppmann and Adam Wiggins explore new software architectures. Their concept of local-first software — applications that store data locally, work offline, and sync with other devices when possible — aligns nicely with the ethos of small tech and the open social web.

In his fun-to-read predictions for 2025, Tom MacWright anticipates that “local-first will have a breakthrough moment”. The technical challenges — building sync engines, resolving conflicts, and managing schema migrations — remain substantial, so I don’t expect to see a true market breakthrough. That said, new frameworks like Zero, Electric, and Jazz show that indie devs will keep pushing the envelope.

Sustainable and small

I’m always drawn to indie software shops that eschew “traditional” VC financing in favor of a focus on sustainable growth and personal independence. I’m delighted by the sheer amount of technical depth, art, whimsy, and nerdy joy I’m seeing from today’s crop of small tech startups. Creative experimentation is alive and well. While big tech keeps embiggening, small tech is quietly shaping a more humane and thoughtful future.

It’s 2025 and I’m apparently unreasonably excited about the upcoming second season of Severance. It’s the TV show with the most Being John Malkovich energy since, well, Malkovich.

The opening theme song was stuck in my head all vacation; I couldn’t resist noodling with it on the keys. So here’s my defiant piano jazz jam:

Bluesky has been a veritable party since the election.

Since I self-host my own Mastodon instance I figured I’d give self-hosting a Bluesky PDS a shot, too.

The upshot: you can find me on Bluesky as @davepeck.org.

I installed my Bluesky PDS on a tiny server using Dokku, a “personal” Heroku clone. You can read my notes on how to self-host a Bluesky PDS with Dokku if you’re interested in the gory details.

It was unexpectedly sunny in Seattle today. The trails and parks were full. Perhaps we were all decompressing.

Even with the ample sun and fresh air, it was impossible not to dwell:

We can say it was about the economy. We can say it was (sigh) about immigrants taking jobs and importing crime. We can say it was about misogyny and racism.

It was about these things, to some degree.

But I think they also miss the mark. As I write, the GOP looks poised to sweep it all: the popular vote, both houses of Congress, everything.

I see this election as a resounding affirmative vote for Trump and Trumpism. I see it as a strident repudiation of much that came before, the political order of America since at least the Reagan administration. I see it as a statement that our norms and our mores and our rule of law no longer matter except to a minority of us.

America is changed. Mending it will require the work not of another election, but of an entire generation.

Lit. 🤞

If you’re a U.S. citizen: vote for Kamala Harris.

I don’t think I need to say more. Just vote.

PEP 750: Template Strings proposes a new addition to the Python programming language that generalizes f-strings. Unlike f-strings, t-strings evaluate to a new type, Template, that provides access to the string and its interpolated values before they are combined:

name = "World"
template: Template = t"Hello {name}"
assert template.args[0] == "Hello "
assert template.args[1].value == "World"

This opens the door to a variety of new use cases. The proposal is currently in the draft stage and open for feedback.

Took a four-day trip to Iceland. What a beautiful place. A quick photo summary:

How to Monetize a Blog seems a bit bland at first. I’m guessing most visitors quickly bounce away.

Don’t. Keep reading. Becōme.

And that’s how you fix your 47-year-old computer from 15 billion miles away!

Fascinating talk by Bruce Waggoner, a mission assurance manager at JPL, about how Voyager 1 was repaired after it effectively stopped sending all useful data back to Earth in late 2023.

I knew that Captain Grace Hopper was an early pioneer in computer programming who just so happened to discover and document the first ever computer bug — a literal moth!

But I’d never seen a video of her before.

Yesterday, the NSA declassified a lecture Hopper gave in 1982 at the age of 75.

It’s astonishingly prescient. She likens that moment to the days just after Ford introduced the Model T and changed the face of the country forever:

I can remember when Riverside Drive in New York City, along the Hudson River, was a dirt road. And on Sunday afternoons, as a family, we would go out on the drive and watch all the beautiful horses and carriages go by. In a whole afternoon, there might be one car.

…

Whether you recognize it or not, the Model Ts of the computer industry are here. We’ve been through the preliminaries of the industry. We are now at the beginnings of what will be the largest industry in the United States.

But with the Model T came unintended consequences; Hopper foresaw the same for the computer age:

I’m quite worried about something.

When we built all those roads, and the shopping centers, and all the other things, and provided for automobile transportation… we forgot something. We forgot transportation as a whole. We only looked at the automobile. Because of that, when we need them again, the beds of the railroads are falling apart. […] If we want to move our tanks from the center of the country to the ports to ship them overseas, there are no flat cars left. […] The truth of the matter is, we’ve done a lousy job of managing transportation as a whole.

Now as we come to the world of the microcomputer, I think we’re facing the same possibility. I’m afraid we will continue to buy pieces of hardware and then put programs on them, when what we should be doing is looking at the underlying thing, which is the total flow of information through any organization, activity, or company. We should be looking at the information flow and then selecting the computers to implement that flow.

In his excellent piece How I Use “AI”, Nicholas Carlini writes:

I don’t think that “AI” models (by which I mean: large language models) are over-hyped.

Yes, it’s true that any new technology will attract the grifters. And it is definitely true that many companies like to say they’re “Using AI” in the same way they previously said they were powered by “The Blockchain”. […] It’s also the case we may be in a bubble. The internet was a bubble that burst in 2000, but the Internet applications we now have are what was previously the stuff of literal science fiction.

But the reason I think that the recent advances we’ve made aren’t just hype is that, over the past year, I have spent at least a few hours every week interacting with various large language models, and have been consistently impressed by their ability to solve increasingly difficult tasks I give them.

[…]

So in this post, I just want to try and ground the conversation.

With 50 detailed examples, Nicholas illustrates how LLMs have aided him in deep technical challenges, including learning new programming languages, tackling the complexity of modern GPU development, and more. He repeatedly demonstrates how LLMs can be both immensely useful and comically flawed.

Nicholas conveys a broad balanced perspective that resonates strongly with me. Is AI a bubble? Sure; there’s plenty of malinvestment. Is AI over-hyped? Sure; there are those who claim it’s about to replace countless jobs, achieve sentience, or even take over the world. Can AI be harmful? Sure; bias and energy usage are two quite different and troubling considerations. But is AI useless? No, demonstrably not.

French TV weather reports apparently include two new climate change graphics:

“We see it as the weather being a still image, and the climate being the film in which this image is featured,” explains Audrey Cerdan, climate editor-in-chief at France Télévisions. “If you just see the still image, but you don’t show the whole movie, you’re not going to understand the still picture.”

The first graphic shows projected global temperature rise, in Celsius, to 8 decimal places:

People watched in real time as the counter ticked over from 1.18749863 Celsius above the pre-industrial level to 1.18749864 C. Now, it’s ticking past 1.2.

The second graphic, climate stripes, shows annual temperature rise at a glance. Here are the global stripes for 1850 through 2023:

I admire the simplicity of this visualization. I suppose it can be attacked both for its choice of color scale and for its choice of baseline average (1960 through 2010, somewhat arbitrarily) but, for a TV audience, those details seem much less important than the instinct conveyed.

I wonder what further opportunities there are to raise awareness of climate change through this combination of mass media and simple data visualization?