C is infinitely less complex to parse and validate than Typescript. C is compiled in a single pass, the `tsc` type checking algorithm has to check structural typing, conditional types and deep generics while also emulating JS' dynamic behaviour.
I don't think any C compiler has been single pass for the last 20 years. Typescript's analyses are also not that complicated, it's just that the typescript type checker is written in js. Iirc the actual ts -> js part is pretty fast with some of the more recent compilers.
I disagree - this is an excuse. Even the post we’re commenting in now shows that it’s a series of poor abstractions and bad tooling that takes way too long to do the basics, combined with a language and ecosystem that encourages this behaviour . They saw a 5x speed up by changing tools while still using a JavaScript framework so it’s clearly possible for it to not be complete nonsense.
As a non-frontend developer mainly observing and touching something here and there, a lot of the things that frontend developers do seem vastly over-engineered.
This is my understanding too - tools like react are like microservices - they’re a technical solution to an organisational problem. HTML/css/JavaScript is an imperfect abstraction, so we got bootstrap. Then we got client side frameworks which introduced a build step, and then we got asset bundles, optimisers, linters, validators, tree shakers, package managers, validators for your package managers. All of these monkey patched around the actual problem with more abstractions, and the end result is what we have now.
I'm not insanely deep into frontend, I mostly just pick up React and call it a day, but it seems like this is also over-engineered?
I've seen vanilla JS before, and I just know I wouldn't want to do the housekeeping that comes with it. People claim it's less work because it' simpler, but I fully expect myself to rewrite the thing at least twice, only to give up because I have no actual mental model anymore of how it works.
I have never in my career encountered a Vanilla JS project of at least medium size that I would have called simple. They all feature brittle selfmade frameworks whose developers have since left the company years ago.
Isn't the main problem that the building blocks the modern web is based on are not a good fit for what we do with it?
CSS is a total mess. HTML is a mess. JS is okay, but is not a high quality language.
We would save so much time and money if we would have a modern base to build on. Sadly this will probably never happen, because company interests will try to corrupt the process and therefore destroy it.
How are CSS and HTML a mess? Combined, they're an incredibly powerful layout engine that works almost the same across all environments and devices while also featuring easy accessibility.
Hard disagree. This is JavaScript frameworks building a hierarchy for themselves and ignoring any sort of complexity on the generated DOM. There’s 0 reason for these 8-10 nested divs other than that’s what the framework spits out.
I migrated the landing pages for my app[1] from Nextjs to Astrojs mainly because I was paying Vercel $20 per month for serving static pages(it’s 4 times more than I pay Railway for the Postgres database for the actual app and also 4 times more than I pay Cloudflare for hosting all my apps). I used AI for migrating and it took a few days only as the existing repo was used as “instructions” and it included some upgrades and improvements here and there.
We went through a very similar migration. Had a Next.js landing page and a separate TanStack Router SPA - consolidated both into a single Vite + TanStack Start app. Same experience with build times and the architecture mismatch: our app is heavily client-side with real-time state, and fighting Next.js's server-first assumptions wasn't worth it. TanStack Router's type-safe routing and file-based route generation have been great.
I hadn't heard of TanStack but a quick look at their website doesn't inspire confidence tbh. I mean, just take "TanStack Pacer".
It provides such things as:
```
import { Debouncer } from '@tanstack/pacer' // class
const debouncer = new Debouncer(fn, options)
debouncer.maybeExecute(args) // execute the debounced function
debouncer.cancel() // cancel the debounced function
debouncer.flush() // flush the debounced function
```
Why? Just why do you need to install some "framwork" for implement debouncing? Isn't this sort of absurdism the reason why the node ecosystem is so insecure and vulnerable in the first place? Just write a simple debouncer using vanilla js...
The two-PR strategy is smart — decouple from the framework first,
then swap it. That's the kind of migration discipline most teams skip,
and it's why they end up running two systems in parallel for months.
I run a Next.js App Router site in production (marketing + blog).
Build times aren't painful yet, but I've noticed the same pattern:
most of the build time is Next.js doing things I didn't ask for.
For a mostly-static marketing site it's tolerable, but I can see
how it becomes a dealbreaker for a rich client-side app like Railway's
dashboard.
Curious — after the migration, did you see any measurable difference
in runtime performance (TTFB, hydration) or was the win purely
on the build/DX side?
I have a Nextjs heavy app which takes around 7 minutes currently. But I've been thinking of moving away from next for a long time now. TanStack seems to be a good fit. This gives me a bit more confidence in just doing it.
Is server-rendered HTML that bad for 2026 web or is everyone building complex apps?
Many of my customers insists on using Next.js or similar but when I browse their website I don't get the point. They are downloading and executing megabytes of JS while in-page interactions tends to be limited to few basic stuff. Never seen one of their project requiring offline mode. Maybe that's being able to easily replace a [FRAMEWORK] dev with another.
I've been pretty happy with TanStack start for a medium-sized project. I would not know how its build time would compare to Next, but our similarly sized Remix (sorry, React router v7) app takes longer to build.
TanStack just has a nicer mental model overall and works great with TanStack query for cache I validation and stuff like that.
Remix was promising but there was so much ceremony in registering API routes and stuff. Tanstack just lets you define server functions arbitrarily with no ceremony.
Might be worth a spike and some tokens to ask Claude Code to migrate and test the build time and ergonomics.
We also recently cut our build times in half moving from Webpack to Turbopack on production builds after jumping to NextJS 16. We'd already been using Turbopack in development for a while which yielded massive DX improvements related to performance. Production build times will drop further once Turbopack production build caching is stable.
Webpack -> Turbopack is the smart initial migration. I'd bet Railway went straight from Webpack -> Vite not realising that their real gains sat with the build tooling, not NextJS vs Tanstack.
I made two serious attempts to get into front end web development, around 5 years apart. Both times I started with the most popular framework. Both times the most popular framework was something different before I even finished the project.
A lot of the LLMs are very familiar with next.js and vercel is also aggressively building an ecosystem around their tooling for LLMs. So I wonder if this problem will only be exacerbated when everyone using LLMs is strongly nudged (forced) to use next?
Is that because LLMs default to the older pages router? Or are they actually providing a different version of the library optimised in some way for agents?
I think they just want LLMs to read the docs they began shipping[0] along with the library instead of using their own knowledge. For example, when I used Next.js a few months ago, models kept using cookies() and headers() without await, because that's how older Next.js versions worked, but modern Next.js requires await. I imagine there are more cases like this.
Is the quality of software engineers really dropped that low that people get excited when they move off from "heavy bloated" frameworks to lighter alternatives? Or is this just SEO farming garbage to position the company higher in search results?
The irony is deploying NextJS on the railway platform is super slow since they use containers, on Vercel 2 min is like 12 min on railway, deployments on a vps are only like 20 seconds.
*I know this is just build time, so this is different then their deployement time
Not containers to blame but overprovisioning and how much resources dedicated to building. I am not sure how Vercel gets things build in literal seconds, but, hey, they are the creators of NextJS.
At DollarDeploy we building it also in containers but every build get 4GB/2CPU so it is quite fast but not as fast as Vercel.
I've used the other major meta frameworks (remix and tanstack). I don't think there is a way to improve the speed of building the app in those ecosystems. Happy to be proven wrong.
Anyone tried to use vinext from Cloudflare in production? Might be faster.
But seriously, not sure why NextJS builds take so much, we are using stable and functional pages router in DollarDeploy and it is still takes too much time to build.
None of the above. It is a utility (I guess framework maybe) for a feature that was cool in ASP.NET back in 2005. But that is it's charm. It is just JS swapping out the dom for you.
I don't know the situation now, but a while ago there were a lot of pushback using Next.js because it was not easy to use all features if not hosted on Vercel.
I've seen vanilla JS before, and I just know I wouldn't want to do the housekeeping that comes with it. People claim it's less work because it' simpler, but I fully expect myself to rewrite the thing at least twice, only to give up because I have no actual mental model anymore of how it works.
CSS is a total mess. HTML is a mess. JS is okay, but is not a high quality language.
We would save so much time and money if we would have a modern base to build on. Sadly this will probably never happen, because company interests will try to corrupt the process and therefore destroy it.
second biggest problem is "no stricter mode". so even wrong or useless html/css code goes unflagged and is treated as it is normal.
CSS is way too powerful.
Makes me think that there’s no way this is computationally efficient either.
page actually took 17s to fully render with multiple shift changes.
all to render a domain search bar similar to google home page.
https://railway.com/domains
[1]: https://www.sqlai.ai/
It provides such things as:
```
import { Debouncer } from '@tanstack/pacer' // class
const debouncer = new Debouncer(fn, options)
debouncer.maybeExecute(args) // execute the debounced function
debouncer.cancel() // cancel the debounced function
debouncer.flush() // flush the debounced function
```
Why? Just why do you need to install some "framwork" for implement debouncing? Isn't this sort of absurdism the reason why the node ecosystem is so insecure and vulnerable in the first place? Just write a simple debouncer using vanilla js...
I run a Next.js App Router site in production (marketing + blog). Build times aren't painful yet, but I've noticed the same pattern: most of the build time is Next.js doing things I didn't ask for. For a mostly-static marketing site it's tolerable, but I can see how it becomes a dealbreaker for a rich client-side app like Railway's dashboard.
Curious — after the migration, did you see any measurable difference in runtime performance (TTFB, hydration) or was the win purely on the build/DX side?
Many of my customers insists on using Next.js or similar but when I browse their website I don't get the point. They are downloading and executing megabytes of JS while in-page interactions tends to be limited to few basic stuff. Never seen one of their project requiring offline mode. Maybe that's being able to easily replace a [FRAMEWORK] dev with another.
TanStack just has a nicer mental model overall and works great with TanStack query for cache I validation and stuff like that.
Remix was promising but there was so much ceremony in registering API routes and stuff. Tanstack just lets you define server functions arbitrarily with no ceremony.
Might be worth a spike and some tokens to ask Claude Code to migrate and test the build time and ergonomics.
We also recently cut our build times in half moving from Webpack to Turbopack on production builds after jumping to NextJS 16. We'd already been using Turbopack in development for a while which yielded massive DX improvements related to performance. Production build times will drop further once Turbopack production build caching is stable.
Webpack -> Turbopack is the smart initial migration. I'd bet Railway went straight from Webpack -> Vite not realising that their real gains sat with the build tooling, not NextJS vs Tanstack.
Looks like maybe things haven't changed much?
[0]: https://nextjs.org/docs/app/guides/ai-agents#how-it-works
Is the quality of software engineers really dropped that low that people get excited when they move off from "heavy bloated" frameworks to lighter alternatives? Or is this just SEO farming garbage to position the company higher in search results?
*I know this is just build time, so this is different then their deployement time
At DollarDeploy we building it also in containers but every build get 4GB/2CPU so it is quite fast but not as fast as Vercel.
But seriously, not sure why NextJS builds take so much, we are using stable and functional pages router in DollarDeploy and it is still takes too much time to build.
Next.js is produced by Vercel, a competitor to Railway.
Now it doesn't really impact build time and Railway offers Next.js hosting.