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IT Support Technician · France 🇫🇷 · The Steelman · hourly decision style
It's true that the raw number of models on OpenRouter has gone up a lot, and that does suggest a wider range of choices for developers. However, that growth in options doesn't always translate to practical availability for everyone since many of those models require expensive, niche hardware to run, which isn't really a choice for most folks trying to build something.
It's true that the price decline for AI is historically fast, dropping 1,000-fold in just two years, which does make the technology accessible for a lot more businesses. However, that rapid price compression also means the organizational adjustment costs for firms — things like retraining staff and redesigning workflows — become an even bigger sticking point, as the tech outpaces people's ability to integrate it. We still need to account for that lag, otherwise the low price won't matter if no one knows how to use it right.
It's true that the cost of AI inference is dropping faster than we've ever seen, but the point about organizational adjustment costs still holds. Even with the fastest price drop in history for AI inference, we still have to contend with the slow, expensive work of training people and redesigning workflows. That two-year price drop for AI won't magically make the human side of the equation any quicker, which is why that accounting department still needs to be onboarded properly.
It's charitable to assume that tracking the sheer number of models available, from 63 to 668 on OpenRouter, automatically translates into direct, informed growth in their utility or practical application.
One could argue that simply observing an increase in quantity, much like the number of new apps on a marketplace, doesn't inherently reveal anything about their actual quality or real-world impact.
For instance, if I install 100 new software updates, it doesn't mean my computer runs 100 times better; often, it just means I have more patches to manage.
The strongest case for this claim is that growth tracking provides a general market context, but it doesn't explain the underlying mechanics of how these models are truly improving user experience or solving specific problems.
It's a fair point that simply documenting the cumulative growth of models, from 63 to 668, doesn't directly explain the cause of that expansion or its practical benefit.
One could argue this precise tracking of models and providers is crucial for understanding market dynamics, allowing platforms like OpenRouter to adapt and showcase diverse options.
However, this data alone doesn't guarantee utility for end-users; for example, if many new models are just slight variations or quickly become obsolete, the high number might be misleading.
Just like France's indice de réparabilité gives us a number, but it doesn't magically fix a washing machine—that takes concrete engineering and accessible pièces détachées.
It's a fair reading that tracking model growth, like the jump from 63 to 668 models on OpenRouter, gives us crucial data to understand the market and trends.
However, this tracking primarily serves as a diagnostic tool, not a direct cause for the expansion itself.
It's similar to how France Travail tracks unemployment figures; the numbers show us a situation, but they don't create jobs or train people for new roles.
The actual growth comes from developers building new models, providers making them accessible, and market demand driving their adoption—the tracking simply helps us observe and understand these dynamics, not initiate them.
It's a fair reading to suggest that knowing the market is expanding at such a rapid pace, like the growth from 63 to 668 models on OpenRouter, could certainly influence a platform's decision to integrate more offerings.
However, the tracking itself is a measurement of that growth, not its active cause; it's a diagnostic report.
The actual expansion comes from developers creating new models, providers offering them, and OpenRouter's team doing the integration work.
It's like how my network monitoring tool reports that the internet connection is down, but it doesn't break the cable itself.
Organizational adjustment costs involve the learning and workflow changes firms need to use new technologies effectively.
These costs, like retraining workers, often appear after technology is adopted and can slow down productivity gains.
AI inference shows the fastest cost reduction in history, with a 1,000-fold price drop in just two years.
This rapid decline is much quicker than for hardware, energy, or other digital technologies.
Despite fast cost drops and widespread access, organizational adjustment remains a key hurdle for AI's economic potential.
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It's true that the raw cost of new tech like AI inference dropping so quickly is a big deal for budgets, as a fair reading of the claim suggests.
However, to treat that price drop as the dominant factor for organizational adjustment costs seems to miss the real work involved, especially when dealing with legacy systems or complex regulations.
Making a new AI tool actually work for people means retraining staff, redesigning workflows, and ensuring data migration is smooth, and that effort isn't cheaper just because the server time is.
For instance, getting a new AI system integrated into an existing French administrative service still means dealing with FranceConnect compatibility and strict data privacy rules, regardless of how much the AI itself costs.
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The idea of a 2023 study "informing" a 1965 publication is a fundamental failure mode in understanding how information works.
Information doesn't travel backward in time; a retrospective analysis can only validate or contradict what came before, not influence it.
The Ritchie and Roser data simply offers an empirical look at historical trends, aligning with observations Moore made much earlier.
To claim otherwise is like saying a film review written today somehow changed the director's choices during the original 1960s production.
It's true that some general tracking of AI model growth is happening, but calling it the direct informational context for OpenRouter's specific models feels like pure hype.
What really changes tomorrow for OpenRouter is their own developers integrating a new model, not some high-level report saying "models are expanding."
To me, it's like saying a statistic on national school enrollment directly dictates how many children are in my specific classroom—I still need to count them and see who actually shows up for our morning attendance.
Unless this tracking directly results in real cash exchanged or a new line of code, it’s just a glossy number.
If we hadn't already put in the time tracking this growth, would we still decide to pour resources into integrating more models? It's worth considering that even with all those new options, some of them only run on specialized hardware that most people don't have access to.
The two-year cost drop for AI inference might look fast, but the learning curve for staff using it is still a huge point of failure. You can buy the tech cheap, but if you don't budget for a solid six months of training for everyone on the old system, it'll just sit there, unused, or worse, cause a data integrity snap.
Yes, it's pretty clear the raw cost of AI inference is dropping fast, probably the fastest we've seen. But you're right, that doesn't mean the actual work of getting people to use it shrinks. We're still seeing that organizational adjustment part take years, like retraining a whole accounting department on new software, regardless of how cheap the cloud compute gets. It's not like the cost of a new fridge makes getting rid of the old one any easier.
Does simply counting models from 63 to 668 on OpenRouter actually prove anything about their real-world impact or utility?
This feels like another glossy claim, similar to when our ministry announces a huge jump in 'digital learning tools' without providing training or reliable internet for rural schools.
What truly changes tomorrow for the teachers or students? Will these new models help deliver better lessons or just add more hype to an already crowded space?
Unless there's a clear demonstration of how these numbers translate into actual improvements—like better student outcomes or more efficient classroom management—it's just a count, not progress.
This idea of "tracking growth" providing direct evidence for model expansion sounds like a lot of hype to me.
Just counting more models, from 63 to 668, doesn't automatically mean that tracking them caused the increase or that it offers a real-world benefit.
It's like saying if I meticulously track every new school supply I buy, that tracking alone is why the number of pencils in my classroom went up.
What really changes tomorrow for someone trying to use these models, or for us here in Morocco where infrastructure is still developing?
Unless I see tangible cash flow or a significant shift in user behavior—like actual adoption and not just a count—I remain skeptical.
It's a bit of hype to say tracking model growth is what "informs and populates" the expansion itself.
Counting how many models are available, from 63 to 668, doesn't actually make new models appear or improve them.
That's like saying my attendance sheet makes my students learn—it just records who's there, but the real work happens in the classroom.
The actual growth and availability of these models come from developers building them and providers hosting them, not from someone simply compiling a glossy report about their numbers.
This rapid increase from 63 to 668 models sounds like a lot of hype, but what does merely tracking it actually do?
Measuring something doesn't magically make it happen; it’s like saying if I track student attendance, it guarantees they’ll learn more.
We still need the real cash to fund developers, the engineers to integrate these models onto platforms like OpenRouter, and the actual effort from people.
My school tracks student performance, but that data just tells us where we need to put in the work—it doesn't teach the lessons itself or buy new textbooks.
OpenRouter, a leading LLM aggregator, tracks the rapid growth of available models and intelligence metrics.
Between April 2023 and October 2025, OpenRouter and Artificial Analysis documented significant increases in both open-source and closed-source models.
The number of models available on OpenRouter expanded from 63 in early 2024 to 668 by December 2025.
This data informs OpenRouter's daily research dataset, providing insights into the evolving LLM market.
OpenRouter offers a standardized API for accessing hundreds of models from various providers.
Examples
So, tracking "model and provider growth" from 2023 to 2025 informs the claim that OpenRouter models exploded from 63 to 668? That sounds like a lot of hype.
Tracking data tells you what happened, not why it happened or if it’s actually useful; it’s a record, not the engine of change.
It's like saying my attendance register proves my students learned the lesson, rather than just confirming they showed up for it.
The real question is, what concrete actions did developers take, and what real cash flow supported this expansion, beyond just observing the numbers?