I don't mind weighing in as someone who could fairly be categorized as both an LLM evangelist and "not an experienced dev".

It's a lot like why I've been bullish on Tesla's approach to FSD even as someone who owned an AP1 vehicle that objectively was NOT "self-driving" in any sense of the word: it's less about where the technology is right now, or even the speed the technology is currently improving at, and more about how the technology is now present to enable acceleration in the rate of improvement of performance, paired with the reality of us observing exactly that. Like FSD V12 to V14, the last several years in AI can only be characterized as an unprecedented rate of improvement, very much like scientific advancement throughout human society. It took us millions of years to evolve into humans. Hundreds of thousands to develop language. Tens of thousands to develop writing. Thousands to develop the printing press. Hundreds to develop typewriters. Decades to develop computers. Years to go from the 8086 to the modern workstations of today. The time horizon of tasks AI agents can now reliably perform is now doubling every 4 months, per METR.

Do frontier models know more than human experts in all domains right now? Absolutely not. But they already know far more than any individual human expert outside that human's domain(s) of expertise.

I've been passionate about technology for nearly two decades, working in the technology industry for close to a decade. I'm a security guy, not a dev. I have over half a dozen CVEs and countless private vuln disclosures. I can and do write code myself - I've been writing scripts for various network tasks for a decade before ChatGPT ever came into existence. That said, it absolutely is a better dev than me. But specialized harnesses paired with frontier models are also better security engineers than I am, dollar for dollar versus my cost. They're better pentesters than me, for the relative costs. These statements were not true at all without accounting for cost two years ago. Two years from now, I am fully expecting them to just be outright better at security engineering, pentesting, SCA than I am, without accounting for cost, yet I also expect they will cost less then than they do now.

A year ago, OpenAI's o1 was still almost brand new, test-time compute was this revolutionary new idea. Everyone thought you needed tens of billions to train a model as good as o1, it was still a week before Deepseek released R1.

Now, o1's price/performance seems like a distant bad dream. I had always joked that one quarter in tech saw as much change as like 1 year in "the real world". For AI, it feels more like we're seeing more change every month than we do every year in "the real world", and I'd bet on that accelerating, too.

I don't think experienced devs still preferring to architect and write code themselves are coping at all. I still have to fix bugs in AI-generated code myself. But I do think it's short sighted to not look at the trajectory and see the writing on the wall over the next 5 years.

Stanford's $18/hr pentester that outperforms 9/10 humans should have every pentester figuring out what they're going to be doing when it doubles in performance and halves in cost again over the next year, just like human Uber drivers should be reading Motortrend's (historically a vocal critic of Tesla and FSD) 2026 Best Driver Assistance System and figuring out what they're going to do next. Experienced devs should be looking at how quickly we came from text-davinci-003 to Opus 4.5 and considering what their economic utility will look like in 2030.

5 years? That seems generous. We are being threatened this summer (in some companies its gonna be even earlier)