Hire iOS, Android & Cross-Platform Engineers
One decision shapes this hire more than any other: native or cross-platform. It sets your headcount, your pool and your timeline — so it is worth making deliberately rather than inheriting it from the last job description.
Native or cross-platform
This is a hiring decision as much as an architecture one. Here is what each choice costs you in people.
Cross-platform
React Native, Flutter
- One engineer covers both platforms
- Wider candidate pool, often web engineers who moved across
- Faster to a first release
- Limits appear with heavy graphics, sensors and background work
Choose when: the app is screens, forms and APIs, and time to market matters.
Native
Swift, Kotlin
- Two specialists, and the iOS one sets your timeline
- Full platform capability and better performance ceiling
- Smaller pool, particularly senior iOS
- Higher cost per platform, and slower to first release
Choose when: camera, sensors, background processing or animation are core to the product.
How we screen mobile engineers
Building a screen is not the job. Keeping an app healthy through store reviews and OS releases is, and these questions find the people who have done it.
Plan for the iOS hire first
On a two-platform native build, the Android role will usually fill while the iOS role is still open. Employers who start both searches together and plan around the Android timeline end up with a half-built product waiting on one seat.
Two things that reliably help: open the iOS search first, and allow remote. The iOS pool outside the top three metros is meaningful, and this is one of the few engineering families where distributed work costs almost nothing in practice.
Why some pools stay shortQuestions employers ask
Should we hire native iOS and Android engineers or a cross-platform developer?
It depends on what the app does, and the hiring consequences are large. Cross-platform — React Native or Flutter — means one engineer can cover both platforms, which roughly halves the headcount and widens the pool considerably. Native means two specialists but full access to platform capability and better performance for anything graphics-heavy, hardware-dependent or latency-sensitive. If your app is primarily screens, forms and API calls, cross-platform is usually the pragmatic answer. If it does serious work with the camera, sensors, background processing or heavy animation, native repays the extra cost.
Is it harder to hire iOS or Android engineers in India?
iOS, consistently and by a meaningful margin. The Android pool in India is substantially larger, partly because the domestic device market is overwhelmingly Android and partly because the barrier to starting is lower. Senior iOS engineers, particularly those strong in Swift and modern concurrency, are a genuinely thin pool and are priced accordingly. Employers planning a two-platform native build should assume the iOS hire is the one that sets the timeline.
How do you assess a mobile engineer properly?
Look at shipped apps, not frameworks listed. Ask what is live in a store under their name or their employer's, what the install base looked like, and what they personally owned inside it. The specific questions that separate depth from surface are about the unglamorous parts: how they handled release management and store review, what they did about crash rates, how they managed state and offline behaviour, and what they did when a platform version broke something. Anyone can build a screen; keeping an app healthy across OS releases is the actual job.
Can mobile engineers work remotely?
Yes, and this family suits it better than most. Mobile work is well-bounded, testable and largely asynchronous, and the device-testing constraint is solvable with a modest hardware budget. Hiring remotely widens the pool considerably for iOS in particular, where metro-only searches routinely stall. We recruit for remote and hybrid mobile roles across India.
Do we need a mobile-specific QA engineer?
Once you are shipping regularly to both platforms, usually yes. Mobile QA carries constraints that web QA does not — device and OS fragmentation, store review cycles, offline states, and the fact that a bad release cannot simply be rolled back the way a web deploy can. Small teams often absorb this into the engineering role; past a certain release cadence that stops working.
Building a mobile team?
Tell us what the app does. That decides native or cross-platform faster than the headcount plan will.