You've built a web app in Angular, clients are asking for a mobile app, but the budget for two native teams is a million. Ionic + Capacitor reuses code and types, while camera and geolocation access come via native plugins. Compared to native development, Ionic can reduce costs by 40–60%, saving tens of thousands of dollars. The result: a single codebase for iOS and Android, time-to-market cut by 2–3x compared to native. Our team has 5 years of experience in Ionic development, with over 20 hybrid app projects delivered, including logistics and fintech systems. Ionic is a popular framework for building hybrid apps and cross-platform mobile applications.
What Are the Ideal Use Cases for Ionic?
The app is content- and form-oriented, not graphics-heavy. The logic is already written in TypeScript and runs in the browser. The team knows Angular/React better than Swift or Kotlin. For instance, for a logistics company we shipped an MVP in 5 weeks—with cargo tracking and push notifications. A year of operation showed sufficient performance on employee devices (iPhone SE, Samsung Galaxy A50). Bugs appeared only on older models with 2 GB RAM—we optimized lists with virtual scrolling.
Ionic is not a good fit for games, real-time video processing apps, or where precise native UX is needed (complex gestures, custom transitions like Instagram). In those cases, we recommend native development.
Accessing Native Features with Capacitor
import { Camera, CameraResultType, CameraSource } from '@capacitor/camera'; import { Geolocation } from '@capacitor/geolocation'; import { PushNotifications } from '@capacitor/push-notifications'; // Photo const photo = await Camera.getPhoto({ quality: 90, allowEditing: false, resultType: CameraResultType.Uri, source: CameraSource.Camera }); // Geolocation const position = await Geolocation.getCurrentPosition({ enableHighAccuracy: true, timeout: 10000 }); // Push notifications await PushNotifications.requestPermissions(); await PushNotifications.register(); PushNotifications.addListener('registration', (token) => { sendTokenToServer(token.value); }); Official Capacitor native plugins cover 90% of typical needs: Camera, Filesystem, Preferences, Network, StatusBar, Haptics, Browser, Clipboard. The rest is covered by third-party npm plugins or custom native plugins in Kotlin/Swift.
According to the official Capacitor documentation, native plugins cover 90% of typical needs.
Ionic Performance Is Sufficient for Most Apps
An Ionic app runs in WKWebView (iOS) and WebView (Android). On modern devices (iPhone 12+, Pixel 6+) the difference from native is hard to notice. On budget Android (2 GB RAM, Android 10) — an IonList with 500 items and complex markup starts to lag. ion-virtual-scroll solves the problem for long lists. With proper optimization (ChangeDetectionStrategy.OnPush, memoization, lazy loading) the app starts in 1–2 seconds, comparable to native.
| Parameter | Ionic | Native (Swift/Kotlin) | React Native |
|---|---|---|---|
| Language | TypeScript/JavaScript | Swift/Kotlin | TypeScript/JavaScript |
| Performance | Medium (WebView) | High | High (JSI) |
| Startup time | 1-2 s | 0.5-1 s | 0.8-1.5 s |
| Native API access | Via native plugins | Direct | Via bridge |
| Complexity | Low (web development) | High | Medium |
| Cost | Low | High | Medium |
Common issues and their solutions
Keyboard covering input on Android — solved by installing @capacitor/keyboard and setting KeyboardResize.Body. Slow cold start — on Android helps android:largeHeap and pre-loading WebView. App Store review — use native features (camera, push) to comply with Section 4.2.
| Problem | Solution |
|---|---|
| Keyboard covers input | Plugin @capacitor/keyboard, KeyboardResize.Body |
| Slow cold start | android:largeHeap, Pre-warming WebView |
| App Store review | Use native features, Push, Camera |
How Much Does an Ionic App Cost?
A typical project starts at $15,000. Timeline depends on complexity: MVP with 5–10 screens — 4–8 weeks. Full b2b app with offline mode, push, and integrations — 3–6 months. Cost is calculated individually after analyzing requirements. To get a preliminary estimate for your project, contact us — we'll reply within a day. Order a technical audit, and we'll select the optimal architecture.
Deliverables and Inclusions
When ordering turnkey development, we provide:
- Architecture documentation (diagrams, component descriptions)
- Source code with TypeScript comments
- Configured projects for iOS (Xcode) and Android (Android Studio)
- Capacitor plugin configuration and permissions
- Build scripts for CI/CD (GitHub Actions)
- Access to TestFlight and Firebase App Distribution for testing
- Dependency update instructions
- Code warranty for 3 months after delivery
Work process
- Analytics — 1–2 weeks: gather requirements, prototype, technical specification
- Design — 1 week: architecture, plugin selection, project setup
- Development — 4–12 weeks: iterative development with demos every 2 weeks
- Testing — 1–2 weeks: functional, integration, on real devices
- Deployment — 1 week: publish to App Store and Google Play, set up monitoring
Timeline and cost
Timeline depends on complexity: MVP with 5–10 screens — 4–8 weeks. Full b2b app with offline mode, push, and integrations — 3–6 months. A typical project starts at $15,000. Cost is calculated individually after analyzing requirements. To get a preliminary estimate for your project, contact us — we'll reply within a day. Order a technical audit, and we'll select the optimal architecture.