Lovable + Capacitor vs Despia for Native Apps
You built your app in Lovable. Capacitor and Despia both ship it to iOS and Android, but they trade native control against deployment effort.
You built the app in Lovable. It works in the browser. Now it has to be on the App Store and Google Play, with push, deep links, and the native features users expect. There are two honest ways to get there from a Lovable web app: wrap it with Capacitor, or ship it with Despia. They solve the same problem and make the opposite tradeoff. One hands you the full native project. The other hands you the result and keeps you out of Xcode.
What Capacitor actually does
Capacitor takes your web build and puts it inside a native shell, then gives you the real native project to go with it. You get an Xcode project and an Android Studio project that you own and maintain. You run the CLI to sync web changes into them, you open them in the native IDE, and you build from there. iOS builds need a Mac.
That ownership is the point of Capacitor, and it is a genuine strength. You can edit the AppDelegate, write your own native plugins, drop in a native SDK with a non-standard install, and wire it into the app lifecycle by hand. If a vendor SDK says "call this in didFinishLaunchingWithOptions before anything else," you have a file to put that line in. Nothing is hidden from you.
The cost is that you are now maintaining two things. The Lovable web app is one source of truth, and the native projects are another. Native config lives in Xcode and the Android manifest, not in your web codebase. Most native changes mean a rebuild and a new store review.
What Despia does
Despia takes the same Lovable app and ships it as a real native binary for iOS and Android, with your web code running in the platform WebView. It keeps one codebase. The web app stays the source of truth, and you reach native through a single JavaScript function. There is no Xcode, no Android Studio, and no Mac in the loop. Code signing and submission run from the browser.
The native side is 50+ device features behind that one call: haptics, biometrics, push, in-app purchases, GPS, camera, storage, screen control, and more. You gate native calls on the runtime check and call the feature you need.
const isDespia = navigator.userAgent.toLowerCase().includes('despia')
if (isDespia) despia('successhaptic://')
Web content updates ship over the air through remote hydration, so a UI or logic change goes live without an App Store resubmission. Deep linking and link handling are configured in the editor as no-code, instead of as Associated Domains entitlements, an apple-app-site-association file, and intent filters you edit by hand across two native projects. And the escape hatch is still there: you can export full Xcode and Android Studio projects at any time.
Side by side
| Lovable + Capacitor | Lovable + Despia | |
|---|---|---|
| Codebases to maintain | Web app plus two native projects | One web app |
| Build tooling | CLI, Xcode, Android Studio, a Mac for iOS | Browser, no IDE, no Mac |
| Native device features | Build or install plugins | 50+ built in, one JS call |
| Custom native code | Full access, you edit it | Managed for you, export to edit |
| Deep linking setup | Native config in both projects | No-code in the editor |
| Over-the-air updates | Via a third-party service | Built in |
| Most changes need a store review | Often | Web changes ship over the air |
When Capacitor is the right call
This is the honest part, and it matters. If your app needs exotic native access, Capacitor has a clear advantage. A custom AppDelegate flow, a native SDK with an unusual setup that has to be injected at a specific point in launch, your own native plugin doing something none of the standard features cover: Capacitor gives you the files to do all of it, because it hands you the whole native project. Despia handles and simplifies that layer for you, which is the trade. When you need to reach below the 50+ features into custom native code with a non-standard wiring, having the raw project is the edge.
So the real question is not which tool is more powerful in the abstract. It is whether your app is one of the rare ones that needs that.
But do you actually need a custom delegate?
Most apps do not. The 50+ native features cover roughly 99% of what real apps reach for, and the things people assume require custom native work usually do not. Deep linking and deferred deep linking are handled in the editor with no code. Push, in-app purchases, biometrics, and the rest are one call away and already wired into the app lifecycle for you, which is exactly the AppDelegate work you would otherwise be doing by hand in Capacitor. The cases that genuinely need a hand-edited delegate or a bespoke native SDK are the exception, not the norm, and even then the native export is there for the day you hit one.
Despia exists to make deployment the easy part: native power and web flexibility without Xcode or Android Studio, from the single codebase you already have in Lovable. Capacitor exists to give you the full native project when you truly need to live in it. Pick based on whether your app is the exception.
Ship one app, not two
If you are going to keep building in Lovable, keep building there. Despia ships that app to the App Store and Google Play, gives it native device access and no-code deep linking, and updates it over the air, from the one codebase you already have.
