Hire · Hybrid mobile

Hire Ionic Developers

Senior Ionic engineers who join a web-first team and turn its Angular, React or Vue skills into installable apps for iOS, Android and the browser. Our shortlist has each written a paid Capacitor plugin, tuned a slow webview screen and shipped the same build as a PWA.

Paid Capacitor plugin exercise

Hires start at senior level

Native shells and PWAs from one codebase

On your team

What an Ionic developer owns on your team.

01Owns

Web code to native shells

Wraps your existing framework code with Capacitor, sets up iOS and Android projects and keeps them in source control.

02Owns

Ionic UI components

Uses Ionic components and theming so screens adapt to iOS and Material styles while matching your brand.

03Owns

Capacitor plugins

Picks official and community plugins, and writes custom ones in Swift and Kotlin when a device API is missing.

04Owns

Progressive web app

Ships the same codebase as an installable PWA with a service worker, offline caching and a web manifest.

05Owns

Webview performance

Keeps bundles lean, virtualises long lists and avoids layout thrash so the app feels native on mid-range phones.

Why web-first teams pick Ionic

If your product team already ships an Angular, React or Vue application, Ionic lets them reach the app stores without learning a new language. The engineer you hire should multiply that advantage: setting up Capacitor so web developers can contribute safely, while keeping native projects tidy enough that nobody fears opening Xcode.

Vetting

Skills we test before an Ionic developer joins.

01Tested

Framework fluency

Angular standalone components and signals, React with hooks, or Vue with the Composition API, using Ionic’s bindings for each.

02Tested

Capacitor internals

How the bridge passes calls to native code, plugin method definitions, permissions and the native project lifecycle.

03Tested

Native project basics

Enough Xcode and Android Studio to manage entitlements, Gradle settings, splash screens and signing.

04Tested

Offline and storage

Service worker caching strategies, SQLite through a plugin, and secure storage for tokens instead of localStorage.

05Tested

Webview constraints

Differences between WKWebView and Android System WebView, safe areas, keyboard handling and scroll behaviour.

06Tested

Testing hybrid apps

Unit tests in Jasmine, Jest or Vitest, Cypress or Playwright for web flows and device runs for native plugins.

Work sample

How the Ionic developer work sample runs.

  1. 01Step 1

    Write a small plugin

    The candidate builds a Capacitor plugin exposing one native API with a TypeScript definition and a web fallback, paid at a day rate.

  2. 02Step 2

    Tune a heavy screen

    They take a list that stutters in the Android webview and fix rendering, image loading and change detection costs.

  3. 03Step 3

    Ship it as a PWA

    They configure caching and an install prompt so the same build works offline in a desktop browser.

  4. 04Step 4

    Argue the ceiling

    A conversation about a feature brief where they decide whether Ionic can handle it or whether a native module or rewrite is needed.

Levels

Ionic Developers: what changes at each level.

01Level 1

Senior

Builds features across browser, iOS and Android from one web codebase and maintains your Capacitor plugins.

02Level 2

Lead

Owns native project hygiene, plugin upgrades, CI for three targets and the boundary between web and native code.

03Level 3

Hybrid app architect

Decides which features stay in the webview, which move to native modules and when a hybrid app should be replaced.

Which Ionic level fits

A senior adds output when the hybrid app is stable. A lead is useful when plugins are out of date, native folders have drifted or nobody can build a release cleanly. An architect fits when you are weighing whether the hybrid approach still serves the product or should hand some screens to native code.

Knowing where the webview stops

Every hybrid app eventually meets a feature the webview handles poorly, such as large animated canvases or long-running background tasks. Good Ionic developers recognise that early and propose a targeted plugin or native screen. Weaker ones either force it into JavaScript or recommend rewriting everything.

Ask candidates for a time they moved one feature to native code and what it cost.

Proving the pipeline quickly

In the opening days, ask for one build delivered to all three targets: a TestFlight build, an internal Play track build and a deployed PWA. Shipping the same change three ways exposes signing, environment and caching problems before real features depend on them.

FAQ

Questions to resolve before the build.

01Is Ionic the same as Cordova?

No. Ionic is a UI toolkit, and modern Ionic apps use Capacitor as the native runtime. Capacitor treats the iOS and Android projects as source you own, which makes custom native code far easier than Cordova did.

02Will an Ionic app pass App Store review?

Yes, provided it offers genuine app functionality rather than repackaging a website. Apple’s guideline on minimum functionality is the usual risk, and an experienced Ionic engineer plans native features and offline behaviour with that in mind.

03When does our Ionic app need to go native?

Warning signs include heavy real-time graphics, complex gesture-driven interfaces, extensions or background processing. Often a few native screens or plugins solve it without a full rewrite.

Primary sources

References behind this page

Dated official documentation, standards, and research that support the factual claims on this page.

  1. 01
    Ionic Framework documentation

    Official docs for Ionic components, theming and framework integrations.

  2. 02
    Capacitor documentation: Creating plugins

    How to write custom Capacitor plugins in Swift and Kotlin.

How to read this page

Scope, cost and timeline figures are planning guidance until confirmed in a written proposal. Diagrams and screens are illustrations, not client deliverables, and source-code rights and handover follow the signed agreement. See the delivery process and the full disclaimer.

Next decision

Turn the brief into an accepted product scope.

Define outcomes, constraints, evidence, rights and handover before delivery begins.

Commercial rights, repositories, environments, documentation, acceptance and handover remain contract-defined.