The power dynamics are also vastly against me. I represent a fraction of my employer's labour, but my employer represents 100% of my income.
That dynamic is totally inverted with AI. You are a rounding error on their revenue sheet, they have a monopoly on your work throughput. How do you budget an workforce that could turn 20% more expensive overnight?
It is transferable-yes, you will get issues if you take prompts and workflows tuned for one model and send them to another unchanged. But, most of the time, fixing it is just tinkering with some prompt templates
People port solutions between models all the time. It takes some work, but the amount of work involved is tractable
Plus: this is absolutely the kind of task a coding agent can accelerate
The biggest risk is if your solution is at the frontier of capability, and a competing model (even another frontier model) just can’t do it. But a lot of use cases, that isn’t the case. And even if that is the case today, decent odds in a few more months it won’t be
If you're talking about output quality, then yeah, that's not as easy. But for product outputs (building a customer service agent or something like that), having a well-designed eval harness and doing testing and iteration can get you some degree of convergence between the models of similar generations. Coding is similar (iterate, measure), but less easy to eval.
This is why there are a ton of corps running the open source models in house... Known costs, known performance, upgrade as you see fit. The consumer backlash against 4o was noted by a few orgs, and they saw the writing on the wall... they didnt want to develop against a platform built on quicksand (see openweb, apps on Facebook and a host of other examples).
There are people out there making smart AI business decisions, to have control over performance and costs.
Like, say, oil or DRAMs?
If you've got something to share I'd love to see it.
>The most striking row is user prompts: 5,608 in February vs 5,701 in March. The human put in the same effort. But the model consumed 80x more API requests and 64x more output tokens to produce demonstrably worse results.
> models starting becoming "moody" due to their proprietors arbitrarily modifying their performance capabilities
The tokenizer changes are measurable, the above is quite difficult to quantify.
There are a few sites floating around that purport to, but all of them have fatal flaws in their methodology.
This is an architecture that people are increasing begging to give network connectivity that can't differentiate its system prompt from user input
I'd also flip your framing on its head. One of the advantages of human labor over agents is accountability. Someone needs to own the work at the end of the day, and the incentive alignment is stronger for humans given that there is a real cost to being fired.
1. "Mythical Man Month" which is the shorthand for a whole book + concept that you can't just throw more people at a software development project and get linear productivity improvements as the communications overhead (meetings, emails, mistakes due to poor assumptions, etc.) deeply eat into the raw number of productive hours that a new person added to the team brings.
2. AI automation tools (Claude Code) are often described as a "junior developer" which is an imperfect comparison as while you could potentially sort of set them up that way many people use them as more of a singular force multiplier.
I use them to work on many more projects in many more ways and ship far more than I could even if I had a "junior developer" sitting alongside of me as there's not the same level of communication needed.