Usually performance was the reason for using native APIs rather than web views, but this doesn't seem to be true any more.
Browser rendering engines are pretty mature at this point, with significant GPU acceleration, and over a decade stress-testing by bloated web apps.
Meanwhile SwiftUI doesn't feel particularly fast. Apple's latest and greatest rewrite of System Preferences has dumbed down the UI to mostly rows of checkboxes, and yet switching between sections can lag worse than loading web pages from us-east-1.
It's SwiftUI that is at fault here[1][2], not native apps in general. I wrote my native app in Qt C++ and QML and showed that it is *significantly* faster and uses significantly less RAM than similar web apps[3]. So, no, web apps, in general, are slower and uses more resources than well-engineered native apps.
> It's SwiftUI that is at fault here, not native apps in general.
The article you cited is from 2022 and so is irrelevant, since SwiftUI's performance profile completely changed as of xOS 26.
Claims like "It's hard to build a performant SwiftUI app" get into skill-issue territory, but more importantly, the reality is there are only "SwiftUI-first apps". All non-trivial SwiftUI-first apps will also use UIKit/AppKit as needed, typically for capabilties that aren't yet available via SwiftUI.
iOS 26 is very late to have acceptable performance in the framework that Apple promotes as what you should use. It should have had good performance from the day it was introduced.
WebKit have had great performance for a very long time now.
Why would any startup dare to use tech that only now got fast? Why not go with the battle tested WebKit?
It is also much easier to develop and test html pages than Apple specific tech.
> Claims like "It's hard to build a performant SwiftUI app" get into skill-issue territory
I don't know why SwiftUI evangelists are still doing this in 2026. How many examples of SwiftUI's poor performance have to be demonstrated over the years? Even basic things like List continue to lag behind NSTableView in the most recent releases.
All I have is my own experience. In my current app, my views are 100% SwiftUI. One of them uses a SwiftUI List which typically has hundreds of thousands of items, each with title, subtitle, duration, cover art, etc. I expect it would still be butter-smooth at 1M items.
Was my initial naive implementation as performant? No. My point is that optimization still matters in SwiftUI, and that optimization looks quite a bit different in SwiftUI than it does in AppKit/UIKit.
If you've used UIKit to any large degree, how bad SwiftUI is, almost a decade later, continuously punches you in the face. About 20% more time to write initially, for 90% less bugs and potholes, and I've tested this with iOS devs who never used UIKit before too. Now with AI, there is even less of an excuse IMO.
Leave SwiftUI to the settings pages. The gulf between AppKit and SwiftUI in macos desktop I'm not as sure about.
Can you point to a single performant, high-quality SwiftUI-first app with a messages-like chronological transcript and correct scrolling behavior on macOS? The problems with AppKit integration are real and should not be dismissed out of hand.
They even used the distinction “native-like” in the block editor article - which is really good, by the way and explains this distinction in more depth - but edited their comment now and that article is the third link and its anchored to the performance section so you won’t see that unless you scroll to the top.
Their point is more that SwiftUI has generally poor performance. Lots of native Windows frameworks have poor performance as well.
Native UI development is a minefield. If you want to build an app today that will still run in 20 years without a complete rewrite in the UI layer you should probably use wxWidgets if you are committed to native - even if only targeting one OS. But that model is really only appropriate for building traditional desktop apps. I don’t think the market would accept a Slack or Notion built that way today.
At this point on Win32 Qt might as well be the native UI. They did a better job of maintaining a coherent visual theme that says "Windows" and fits the design patterns than the actual owners of the platform.
I'd be more curious about that specific app. Niche bespoke commercial apps have this habit of being permanently stuck on old versions of Qt that don't handle these things as well as the newer versions. And until they are totally broken on Windows, the developers will never be motivated to lift a finger to fix this.
I have no idea if this is the case with P4V, but it absolutely is the case with a few other things I use.
Okay, too late to edit, but I decided to take a look.
The latest version of P4V actually is using Qt6, so I guess I have to stand somewhat corrected.
I'm just bitter about a couple of apps I use that are all permanently stuck on Qt4 where the vendor seems to have zero intention of caring to ever update them to a newer version of Qt. And ever since getting a HiDPI display, this has been continuously irritating me.
Personally I'd still advocate for Delphi / C++Builder there. The VCL (WinAPI wrapper plus very extensible for custom controls) behaves 'natively' because it is. And it's very nice to use.
> Browser rendering engines are pretty mature at this point, with significant GPU acceleration, and over a decade stress-testing by bloated web apps.
Even so, there is a stark difference, even more so on low-powered devices, between native apps and even the lightest of browser apps. I'm traditionally a web developer, but started developing native cross-platform applications the last 6-12 months, and the performance gap is pretty big even for simple stuff, strangely enough.
My experience too, and that's not even touching the disproportionately high RAM usage of frameworks like Electron. Sure, "unused RAM is wasted RAM", until the system starts swapping heavily because of the high RAM usage.
It doesn't even have to be old devices, there are still laptops being sold with 8GB of RAM in 2026.
Electron would be fine… if most of us were running just one electron app.
In reality we’re stuck with 2-5 electron/CEF apps plus whatever is running in browser tabs as well as whatever webviews system stuff are running, which all quickly pushes into VM paging territory on low memory devices.
JavaScript frameworks/libraries are very rarely the problem, Electron just has to bundle Node, V8 and Chromium (granted, V8 is deduplicated).
Electron apps are hungry for RAM, but in practice it is close to having a heavy tab active. The thing about browsers is that they are pretty aggressive at offloading inactive tabs but Electron apps never do that.
> Browser rendering engines are pretty mature at this point, with significant GPU acceleration, and over a decade stress-testing by bloated web apps.
They suck on older hardware. Old Chromebooks are a dime a dozen and are decently spec'd light use or purpose-use machines. Browsers run like crap on them.
Web tech in general is responsible for a lot of unnecessary hardware turnover.
If you dig up an 18 year old Core 2 Duo box, upgrade its storage to a cheap SSD, and install Linux on it, it’s shocking how snappy and usable it is for most tasks… up until you open a web browser or Electron app. Then it all falls apart.
Had it not been for resource creep driven overwhelmingly by heavy web apps and Electron/CEF, there’d be little reason for most people to use anything more powerful than a Sandy Bridge machine and we could have laptops and smartphones with week-long battery life thanks to efficiency gains not needing to be consumed by performance increases.
> If you dig up an 18 year old Core 2 Duo box, upgrade its storage to a cheap SSD, and install Linux on it, it’s shocking how snappy and usable it is for most tasks… up until you open a web browser or Electron app. Then it all falls apart.
Can confirm. I'm typing this on such an old Core 2 Duo laptop running Debian and even with only 4GB of RAM and a mechanical HDD, it's still very fast for everything I do on it that doesn't involve Web browsers. Windows 10 is practically unusable on it however. The gazillion background things it insists on running bring it to a crawl, mostly stuck on disk I/O.
Agreed. I have a shitty laptop I bought at Micro Center a couple years ago for like $80. I bought it mostly out of curiosity since I wanted to see what an $80 laptop would be capable of.
I installed NixOS minimal on there and a few apps to develop, and it was actually quite usable. Then I installed Skype on there and it was horrible and laggy.
I was of this conviction as well. However, since I installed CachyOS on my old desktop (6800k+32gib DDR4, SSDs) I have comparison material with my AMD 5900X and the difference is night and day.
Booting to the password prompt for the encrypted drive alone takes 10+s versus 1-2s. Then booting into desktop is also considerably slower (but oddly not 5x).
Then performance compiling is miles apart with 20x at minimum.
Yes, the “native” apps are still snappy but at any time you require compute you will feel the lack of power. Funnily enough it doesn’t seem to matter too much for the games that I play.
Of course there’s a speed difference, but boot times are only occasionally dealt with and only the tiny handful of people capable of developing software will ever need to compile anything.
Also worth noting that if computers had been frozen at Skylake speeds for the past decade, it’s almost a certainty that more attention would’ve been paid to performance since that would’ve been the only way to make computers faster. Countless bits of low hanging fruit in optimization have been ignored because power increases have papered over them, and cumulatively their impact is significant.
That’s because SwiftUI isn’t particularly good, not because web rendering is as good as native. AppKit still runs circles around both, in performance and resource consumption.
Well, maybe for simple web apps, but for complex applications there is a noticeable slowdown, I am not even talking about monsters such as jira, but well optimized apps such as vs code, there is a performance ceiling which is lower than for native apps.
TFA actually says the developer couldn't figure out how to do this with native APIs, not that they're slower: "But I still cannot make a simple thing work properly: a chat with Markdown & the ability to select a whole message."
Electron ultimiately sits on native APIs, and has its own performance costs on top of them.
Electron sits on native rendering primitives. Do you suggest that every developer who wants rich interactive text in their app should write a text rendering engine from the ground up?
If you account for dev time, ‘giving up’ and just doing it in a web renderer is totally valid. Choppier, more memory, bad if the device is failing, but 98% of the time that can be acceptable.
Native GUI dev, tho, can enable low-resource performant apps just by sticking the rudimentary OS is a way no higher app really can, and with capabilities that’d choke a web app. Load up a listbox with a few tens of thousands of items with custom rendering… as a fat client dev you’re only in a little trouble, on the web googlers making google apps force pagination a whole lot.
As a point of comparison: WPF was Microsoft’s attempt to nail the ‘best of the desktop & best of the web’ [And I would argue they effectively nailed it, as a specification.]. But, as a brown belt WPF dev and a blue/orange belt with Win32/MFC, the extra overhead related to WPF broke common scenarios we’d never think twice about on the true native side. The web was made for sharing Robotech technical manuals, OS GUI’s to pump all the rectangles as fast as hardware allows. Apples and oranges.
Doing it in a web renderer is only valid if you don't care about the quality of the software. Software using a web renderer absolutely sucks to use for the user.
> If you account for dev time, ‘giving up’ and just doing it in a web renderer is totally valid.
For sure, all software is chock full of "best? no/works? yes" compromises. I object to the article framing of "I couldn't figure it out, therefore TextKit 2 does not play well with anything modern", which is a very silly conclusion.
Agreed, but no such conclusion or framing was stated, supported, or suggested in my comment.
I was agreeing and providing more context to the costs of building at a higher level, like Electron, and the limits even when applied by a unified vendor with incentives for high performance.
I added the word "article" before the word "framing" to make it clearer in my comment supporting your comment that the last half of my comment wasn't commenting on your comment.
Electron sits on top of Skia, which renders the text itself. It's designed to look like the host OS but it's not just asking the OS to draw text, because that's actually a lot slower than Skia.
It's crazy that people think it's a good idea to throw away thousands of manyears of optimization (and millions of manyears of field testing in real world) just to... Idk, write a lesser text render engine?
SwiftUI, (but not specifically "SwiftUI", more of paradigm) is not the right tool to incremental changes of large portion of data, and SwiftUI specifically is very bad at it and offer no good API to make incremental changes more optimal. That's one of the reason behind why Apple to this day did not ship usable SwiftUI text view component.
I don't know where's the improvements, give it has all the limitations, now scaled to rich text. That's not the direction that this component should get. It need radical new API that is not much compatible with SwiftUI API
You must know far more about this than me, but as of iOS 26, `TextEditor` evolved into a true rich text editor (`AttributedString` binding, `AttributedTextSelection` rich text selection, custom/app-specific text attributes, etc). https://developer.apple.com/videos/play/wwdc2025/280/ Do you really think people should use web views instead of, say, STTextView?
The issue with JS is that each page gets its own execution context so they don’t share any memory. I am actually curious what does the WebView do to save on RAM here?
It doesn't have to "do" anything special if you just use it for rendering HTML, and not for running gargantuan layers of JS frameworks.
If you run gargantuan layers of JS frameworks in a WebView it will perform just as badly as a full browser. After all, a browser is (more or less) just a process wrapped around a WebView.
A decision to move native because of the crisis seems like an expensive populist move to please not very solvent users. Why bother with that if many predict the RAM crisis will last merely until 2027?
Supply of RAM isn't really limited by natural resources - silicon is literally one of the most abundant materials on the planet. It's limited by the construction of billion dollar factories.
And yet if I open Activity Monitor right now: "Emoji & Symbols" is using 1GB of memory, "Spotlight" using 749MB, "Control Center" using 727MB, despite not having used any of the features recently (and additionally restricting Spotlight to index basically nothing or else it'll drain my battery). Each one of those is larger than any of the Electron apps I always have running (Claude, Cursor, Signal, 1Password).
Oh that hackjob explains some of the inconsistent, frustrating performance
(I do give them credit for some terrible usability elements that would delay a scammer if they had our elderly relative on the phone.)
The AppleScript that has to be written and rewritten to flip a simple switch in settings… (it’s telling the system to move around and click in the UI by count, and the count gets thrown off by what I now suspect to be unpredictable web view UI loading)
This is the ActiveX/nacl/wasm/etc... argument recapitulated. For decades, people dithered about how to get fast code into browser environments such that it could be deployed safely.
Then the V8 team at Google just asked "well, what if we just made Javascript crazy fast instead?", and here we are. There's still room for native code in environments that don't map nicely to scalar scripting languages, but not a lot of room. Basically everyone is best served by ignoring that the problem ever existed.
It took the rendering side a little longer, but we're here nonetheless. There's still room for specialty apps with real need to exploit the hardware in ways not abstracted by the DOM (not 100% of it is games, but it's close to that). But for general "I need a GUI" problems? Yeah, just use Electron.
The problem with Electron is not that people choose it over native tech like WPF or SwiftUI, they choose it over nothing. Without Electron tons of cross platform apps simply wouldn’t exist.
I think macOS suffers the most since it is not that hard to port an iOS app to Mac, and Linux benefits the most.
The author said the mean reason for the speedup was parallelization, not Go being particularly faster. The JS JIT is very good. In most benchmarks I've seen its not much slower than Go.
Meh. Flaming about this is so exhausting given that the war was already fought and we know who the winner is.
First, that's the typescript compiler, not typescript apps. And it was a ground-up rewrite effort (a very large one) with a specific eye toward improving the performance of the original, which was widely held to be sub-optimal for reasons entirely unrelated to implementation language. Suffice it to say that, hell no, you can't just transpile your code to Go and expect it to run faster. We all know it doesn't work like that.
But more broadly, landing with "Please don't use Electron" in the context of a comment about a MS product seems weird given the implementation framework of Microsoft's single most impactful new UI project of the last decade...
Just stop, basically. You lost. Use Electron. It works great and everyone else already does and proved you wrong.
> that's the typescript compiler, not typescript apps.
Of course it's the typescript compiler. What else is an implementation of "Typescript" that you could actually make faster? And how would Microsoft go to all Typescript users and re-implement their code in Go? How would that work?
But that doesn't change the simple fact that the Typescript compiler written in Typescript was too slow:
"As your codebase grows, so does the value of TypeScript itself, but in many cases TypeScript has not been able to scale up to the very largest codebases."
And to fix that performance problem, they had to reimplement Typescript (aka "the Typescript compiler") in Go. And that made it 10x faster.
And I am not sure you got "just transpire your code to Go" from, because I sure as hell didn't write it. And if you know it doesn't work like that, and I sure as hell didn't claim it works like that, why did you introduce this straw man?
This is all plain facts.
So yes: please stop the flaming. And please stop using Electron. Dennard scaling hasn't been with us for some time now.
Again, meh. I'm just happy you've admitted that the idea that Go is 10x faster than V8 is bunk. Use what you like. But like I said everyone else is using Electron and winning. I don't make the rules, I'm just trying to explain them.
> you've admitted that the idea that Go is 10x faster than V8 is bunk.
I admitted nothing of the sort. Where did you get that from?
On a comparable project, Microsoft determined that
(a) the performance of the existing JS solution was practically insufficient
(b) doing a rewrite while keeping JS would not be sufficient
(c) rewriting the TS/JS compiler in Go yielded an empirical speed boost of 10x.
And once again, I never claimed that "Go is 10x faster than V8". Please do refrain from these straw-men arguments, it is not conducive to a good discussion.
In general, however, it is true that JIT compilers perform far less well on real-world production code than they do on small synthetic benchmarks, and so the 10x performance penalty that Microsoft found empirically is well within the range of what is observed elsewhere.
Electron does not, in fact, work great. Apps which use Electron are an absolute drag for the user because they are slow, use a ton of memory, or both. Any developer who cares one iota about the quality of his software will try to avoid Electron.
People get so outrageously bent out of shape over the details here. But it's 100% just geek nattering. People who need to develop and ship general use UI code that isn't a game or an iOS app write to the web stack, every time, for very good reasons. And these solutions win every market they're in.
Basically: show me someone displacing VSCode (or any other large established Electron app) or GTFO. Won't happen. The reverse happens all the time, though. How's Eclipse doing these days?
>Meh. Flaming about this is so exhausting given that the war was already fought and we know who the winner is.
I mean yeah its obvious that typescript had insufficient performance for the typescript compiler. They made a big public announcement about the rewrite to golang. It's pretty clear who the winner is.
>First, that's the typescript compiler, not typescript apps. And it was a ground-up rewrite effort (a very large one) with a specific eye toward improving the performance of the original, which was widely held to be sub-optimal for reasons entirely unrelated to implementation language.
The typescript compiler uses v8 as a runtime to run itself and it used to be written in typescript. It was probably one of the biggest typescript apps there is.
Here are some reasons why they chose golang over v8:
* the memory allocation patterns of a compiler were a poor fit for the v8 JIT
* the runtime is restricted to a single thread
* JITs have to make a tradeoff between startup time and how much time they spend optimizing generated code, AOT compilation can spend more time optimizing while having a faster startup time which is critical for a CLI application, where the JIT cost is paid every time the program is started
>Suffice it to say that, hell no, you can't just transpile your code to Go and expect it to run faster. We all know it doesn't work like that.
This is a straw man that nobody is proposing, but even a naive attempt would probably have some benefits, primarily relating to startup time and memory consumption.
>But more broadly, landing with "Please don't use Electron" in the context of a comment about a MS product seems weird given the implementation framework of Microsoft's single most impactful new UI project of the last decade...
>Just stop, basically. You lost. Use Electron. It works great and everyone else already does and proved you wrong.
Browser rendering engines are pretty mature at this point, with significant GPU acceleration, and over a decade stress-testing by bloated web apps.
Meanwhile SwiftUI doesn't feel particularly fast. Apple's latest and greatest rewrite of System Preferences has dumbed down the UI to mostly rows of checkboxes, and yet switching between sections can lag worse than loading web pages from us-east-1.