alt Hacker NewsThere are a number of comments here where people open up about their contrasting experiences of not being a part of a programming community. Those are well addressed, I think, but there is another point to consider.
We need to remember the people, that we may never talk to, that are downstream of all of this software. Not necessarily “the users” as there are many pieces of software meant for other devs, but I think the users deserve consideration nonetheless.
Handing over software quality to the stochastic code extruder is causing a sharp drop in the quality of software put out into the world. This is on top of all of the problems that existed before LLMs, like human error and perverse financial incentives. Shipping poor quality and user hostile software actually hurts people. Real people. Harm is caused in both big and little ways to living, breathing actual people. This “inevitable” slide into generative AI harms every single person it comes into contact with. The devs, the users, the investors, everyone. Those harms may happen at different times and in different ways and the creeping nature of it all might make it easier to ignore, but it’s happening.
“AI” is a blight. You can leave me behind as well.
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I suspect you are right that LLM-generated software will likely negatively impact people's lives. The flip side of this is there is going to be a lot of software generated that would have never been possible before. And for some use cases, some crappy software is better than no software. I think it's hard to predict whether on net this will be a good or bad thing.
> Shipping poor quality and user hostile software actually hurts people. Real people.
I couldn't agree more. If you're using AI tools to produce worse software, faster, you should rethink how you are using them.
If we're not delivering better software with this stuff then what are we using it for?
Nah, there's no evidence of reduced quality. If anything it's the reverse. I've seen AI code review tools be tremendously effective at catching defects which otherwise would have shipped.
> Handing over software quality to the stochastic code extruder is causing a sharp drop in the quality of software put out into the world.
Well, first of all you and the author point to the same derisive comment of these models being, in your words "stochastic code extruder" or the one I have heard a lot "next-token predictors", and the connotation I read from these being that this makes them inherently dumb or unintelligent and I don't understand that. The fact that these "stochastic code extruders" can solve Erdos problems is sort of the proof in the pudding. Next token prediction is profound in that it is _a very simple objective_ yet it is _enough_ to take you to extraordinary heights.
Also I wonder how many folks honestly look in the mirror and think: how does the median programmer differ from an LLM. Do you really think humans are universally better and produce universally higher quality code? Not even universally, I would say _typically_. I would trust an LLM to not write a buffer overflow far more than a junior or a mediocre senior engineer. LLMs have built things in my domain that are non-trivial and impressive and correct.
Not to mention, these systems are following a predictable trend in performance improvement so these worries about quality just won't age well, and it seems to be a head-in-the-sand attitude that pretends like quality and reliability are not getting very very good _already_.
> Shipping poor quality and user hostile software actually hurts people.
Could not agree more. So why do you think humans are inherently better at this?
> This “inevitable” slide into generative AI harms every single person it comes into contact with.
I just don't quite understand this, is it that: (1) agentic code is inherently inferior to human code and thus (2) shipping agentic code is actively harmful?
Steve Jobs motivated Larry Kenyon, the engineer working on bootup, by saying he is effectively saving lives.
I wonder if we reverse that. When engineers write shitty, slow, buggy code or when they're forced to do that by the company, they are effectively killing people.
After all, if I spend an hour dealing with a preventable bug, that's an hour of my live I am never getting back. Multiple that by the userbase and you get entire lifetimes.
I think history will prove that this is a less nuanced view than is required to accurately describe the situation. Abandoning human agency through the use of generative AI harms us all. Using AI as a force multiplier to implement human agency helps us all. It's possible to recognize that asking AI to do everything results in a poor product and brain rot for the humans. It's not at all clear that this is the case for using AI to build boilerplate, help with tests, etc.
> Handing over software quality to the stochastic code extruder is causing a sharp drop in the quality of software put out into the world.
I genuinely don't know if that's true and I doubt you do, either. It's all feels right now.
What I do know is I run a couple of personal projects and I can say they are of objectively higher quality now that I'm using AI to build out proper CI pipelines, expand test coverage, produce higher quality architectures, etc.
Why?
Because in the past I didn't have the capacity to invest in that kind of hardening, but with AI, now I do.
Of course you'll probably make the claim that my code is probably crap, the tests suck, etc, because you've already made up your mind. But having been in the industry for 25 years, I can tell you definitively that you'd be wrong about that.
Now, what'll happen to the median codebase? God only knows. Maybe I'm especially diligent.
But given we're really only 6-12 months into the agentic coding era, I think the only conclusion you can make is that the jury is still out.