Before LLMs came, there used to be the technical debt to deal with in a project, now there is also the added cognitive debt which is way more subtle and impactful long-term. If your source of truth isn't source code but a prompt (or even a series of prompts with branches) and the executor of prompts is a non-deterministic agent, I think you've already lost the battle there.

Now we have machines that, when asked to produce a paperclip, may instead produce a butter knife, or a banana, or maybe just a "try again later".

These modern "tools" are quite a different animal. They're more akin to roulette wheels that generate massive amounts of heat and CO2.

This works, until it doesn’t. I’m continuously shocked by these stories, where so many people put the future of their job/company in the hands of these agents after only a few months of existing.

I still constantly run into bad output from LLMs, from code to basic questions. I don’t understand how anyone can hand things over to something that is laughably wrong on a pretty regular basis, often in subtle ways that won’t be noticed by someone who isn’t reading closely and thinking critically.

They’ve gotten better, but I still regularly give them the old Nick Burns treatment, push it out of the way, and do it myself.

But it sounds like you're really asking about the state of the world today. If so, I don't think that ideal state is like your friend's company (or at least, as it appeared to be to you). It might be possible that you can make that "dark factory" pattern work (StrongDM seems to be doing it), but it would require infrastructure and discipline that I doubt they're mustering. Think about how CD didn't involve taking a sloppy build process with no testing or observability and just going straight to prod -- it required building up a lot of infra and discipline first.

But on the other hand, I don't think the ideal present involves artisan hand-crafting code either. I haven't written a line of code by hand in enough months that it would genuinely feel weird if I were to try to program that way despite decades of having done just that. That era's done with, and moderate normie practices right now today are more about supervising and guiding agents than about chiseling code into clay tablets.

Basically, in a decade or so, we'll be completely out of the loop in software development; even this title won't exist anymore (like the 2000's webmaster). We'll still be around, but with different roles.

I haven't worked at a startup in over a decade, but the stories I hear now sound the same as back then. There's lots of wasted effort for mediocre to poor code destined to be rewritten or thrown away until there's enough investment to justify more work. At which point, "more work" just means more sprawling slop instead of fixing the technical debt rotting at the foundation.

AI just put a spotlight on the futility of trying to run before you can walk. Whether so many founders are going to stay in denial about it is yet to be seen. Statistics about any line of business says yes. This is how most businesses fail and most of them have to fail.

Claude always likes to "go big," for example, by choosing tools that can support millions of concurrent users or by adding unnecessary layers of abstraction that create more maintenance pain. I guess that's good for LLM companies, since more tokens are spent fixing the mess it caused.

Every time I enter plan mode for a huge feature, I end up cutting about 30-60% of the task scope before the LLM can actually start the work. I review the final code, and I still find things to cut. As said before "The best code is no code, or code you don’t have to maintain" [0]

0: https://www.simplethread.com/20-things-ive-learned-in-my-20-...

Understanding the problem and the existing system well enough to design the right solution, even with AI assistance, is a higher cognitive load. I’m doing a lot more of that lately.

I’m more productive, but also more tired. This may be due in part to the breadth of what my team owns, which makes my day a bit more context-switchy than other teams.

As others in this thread have noted, the situation is still evolving. However, I worry less each day about being replaced by AI. There has always been more work than available bandwidth in my experience.

What seems clear to me is that expectations around velocity and throughput will increase (are increasing). AI use will be required to meet those expectations. Learning to use this new tool effectively will be essential for career progression (and preservation).

- Humans still own the code

- All code reviewed by humans

- LLM adoption varies across the org. Some are heavy users and some less. Some suspicious some less.

Where are we heading? Depends on model/harness capabilities. Likely some sort of mix where some projects will still require expert humans and others will just be vibe coded. How much we lean in that direction - we'll see.

i think that is a more important question that you shouldn't ignore.

do they have growing revenue?

https://www.reddit.com/r/technology/comments/1ueidyv/softwar...

> I had an interview where I was asked the obligatory “what’s your Al workflow” and I said I use it for searching documentation and writing small functions or boilerplate that are tedious. Then I was asked whether I use Cursor. I said no, and immediately was told that “I’d be a better programmer if I used Cursor”. I have 13 years of software engineering experience, and was talked down by an Al startup with no minimal viable prototype. Then I was told I did not have the experience for the role. I love this timeline so much

I don't think the future is massive data centers running at a staggering loss to generate questionable code.

The future is rethinking IDEs to have local models work in partnership with the developer to ease tedium and catch mistakes.

A model that maintains a visual, zoomable mind-map of the entire project, with two way binding. Code can be created visually or textually, same with data flows.

Project structure and architecture are presented in high-level ways, that can be easily altered and refactored with almost zero tedium.

I think we start using AI for what it's good for: pattern matching and transformation, and stop trying to make it reason and pretend like it's a human.

Once we, as an industry, figure this out we'll unlock a massive boost in quality and productivity, but it looks like there will be some painful times ahead before everyone realizes that the token extrusion machines are only increasing the total cost of ownership, and they are being used incorrectly when we try to outsource our thinking to them.

I think there's an enormous opportunity to build these tools right now, and that whoever nails it will win.

Especially with prototyping-style work, LLMs are clearly good enough for a ton of business-oriented proof-of-concepts, and that line of work is essentially dead. Unfortunately a lot of mid-tier art falls into this category as well, particularly because execs very clearly can't tell good art from bad (on a "customers like this" scale, with functionality being the judge, which is fairly objective. not a subjective "this is good art").

High-skill work is still necessary, but it's hard to tell if it's actually going to be more important (because skill is obviously still needed for actually-good results, and I honestly see no evidence that this will change with current tech) or less (primarily due to less demand, and it being significantly harder for non-skilled to judge skill when everyone can prototype something seemingly-impressive in a weekend). Some will very obviously continue to exist though.

Whether this means "high-skill people are going to be fine, stay the course" or "<10% of high-skill people will be fine, you had better be scrambling right now or looking for a new line of work" is... much less clear.

It may seem hopeless as a programmer, but imo you'd be much better off reframing your situation re: the above sentence.

in the olden days (pre-LLMs) we would write high-level code.

the entire layer was high-level code and rarely would we ever need to peak into the assembly:

writing, debugging, architecting, reviewing, testing - all were done in the high-level language layer.

---

welcome to present day:

since we don't write code - we write intents, we also shouldn't review code either - we should review intents.

I don't review my code anymore. I ask the agent to generate markdown docs, graphviz diagrams, changelogs, audit reports, etc. I only review that.

I also ask it to write test and evaluate by whether the tests passed or not. I don't need to peak into the tests code - I can also ask plain english, pseudocode, control flow graph, whatever it is I want.

I can ask it to find errors or missing tests and improve that too!

code is like assembly now.

rare are the cases you would need to peak into that level.

I'm in a slow-moving, much bigger company. Lot's of talk about "AI" here and we can use copilot if we want to, but there is 0 pressure. I'm in a small team and one colleague uses copilot often. In the beginning there was a minor conflict between him and me, because I found the quality of the LLM code unacceptable and had to ask him to review it more carefully. I think that's settled now, but it makes me sad how a once motivated colleague now seems to try to cheat his way out of work.

I personally find it incredibly boring to write copilot prompts or read its answers full of boiler plate and sycophancy. I don't understand how anyone would want to replace the cognitive work of programming, that I find enjoyable for the most part, with the cognitive work of "talking" to an LLM.

Anyway, I think it will be like this at least for a little while longer: only vibe coding allowed in small companies and less vibe coding the bigger the company is.

But before vibe coding can take over the slow-moving big companies, all the accumulated technical debt will come back to haunt us and vibe-free software will be the new fad. That's what I hope at least.

One possibility is that software starts to look more like traditional manufacturing.

The machine is the company’s core asset. The engineer only needs to know how to operate the machine well. Once that happens, the barrier gets much lower, need much less people, and the job naturally become much less valuable. Some parts will still need to be done by hand, of course. But only a very small part. It is like old factories. They used to need lots of fitters, at all levels of skill. Now you only need a few of the elite ones.

AI is the CNC machine of the software industry.

The more pessimistic future is that, maybe five years from now, the best programmers will look at AI the same way the best Go or chess players look at AI today: Like KeJie said, "I don't even know what I am trying so hard against." We now have a new SOTA every two months. It just took 18 months for LLMs from reasoning models to disproving the unit distance conjecture. ChatGPT itself has not even existed for as long as a college student spends in university.

In any case, we have already passed the point where this can be rolled back.

Maybe ten years from now I will be leaving a comment saying that "programmer" used to be a job too :-/

Programming is the low-hanging fruit for AI. Open source and knowledge sharing have given it huge amount of public, high-quality training data at a level other industries can hardly imagine. And almost everything in programming can be tested and verified inside the computer quickly in a closed loop. No robot arm is needed.

The main weakness of current LLMs is still that they are static: They do not really change themselves through use. Harness tools are just elaborate ornamentation on top of prompts. LLMs are frozen at the moment training stops. Once we get models that can change their own weights through self-feedback, then maybe AGI really is on the horizon.

Thinking optimistically: I may be lucky enough to see it in my lifetime. Maybe by then, people will be able to live more like human beings, instead of organizing their whole lives around work :-)