The 8 Best Software To Develop iOS Apps in 2026

TL;DR: Choosing iOS development software depends on your skills and timeline. Options range from Apple’s native Xcode (Swift and macOS required) to cross-platform frameworks like Flutter and React Native, to no-code visual platforms like Bubble that handle AI generation and build packaging without a Mac. Regardless of the tool, publishing to the App Store requires an Apple Developer account ($99/year), a signed build, and beta testing.

It might seem like all iOS development tools are more or less the same, but a bad choice turns into weeks of rebuilding. If you need a feature your tool can’t support, you’ll have to either pay a developer to bridge the gap or rip everything out and start over with something different.

Apple is picky about what it accepts: Its 2025 App Store Transparency Report shows more than 2 million rejected submissions last year alone, for everything from bugs to policy violations. And users expect the same polish no matter who built the app, so you have to get it right.

Building an iOS app usually means combining tools from different companies, like Apple’s Xcode, Google’s Firebase, and open-source deployment tools like Fastlane. Your best fit depends on your skills and timeline. It also depends on how many platforms you’re targeting.

In this guide, we walk through eight tools across all three paths and what each takes to publish to the App Store. Then we help you pick the right fit for your situation.

What to know before choosing iOS development software

Code and Mac requirements for each path

You’ve got three ways to build for iOS, and they differ in two big ways: how much code you write, and whether you need a Mac to do it.

Native development means writing Swift directly in Xcode, which gets you direct access to Apple’s frameworks and the newest iOS features the moment they ship. Xcode only runs on macOS, so you’ll need a Mac to use it.

Cross-platform frameworks like Flutter or React Native are the middle ground: You write one codebase in Dart or JavaScript that covers both iOS and Android. You’re still coding either way, and you’ll typically still need macOS and Xcode for the actual iOS build, though cloud Mac services can work around that if you don’t own one.

The third path uses AI, which lets you skip some of the up-front coding. But most AI tools still generate code you’ll need to be able to read, edit, and maintain yourself. Bubble is the only development tool on this list that skips both code and the Mac requirement entirely: Chat with AI to generate your app from any computer, then fine-tune the design, data, privacy rules, and logic in a fully visual editor.

Team skills matter more than a feature checklist. If your team already knows JavaScript but not Swift, React Native is the more practical pick over Xcode, even though Xcode gets you deeper into iOS. The best tool is whichever one your team can actually ship with.

Your path to publication

Your path to publication is everything that happens after your build is finished and before your app is live in the App Store: signing, provisioning, metadata, beta testing, Apple’s review, and release. Weigh this entire path, not just the initial build, when you’re comparing tools. No matter which tool you pick, you’ll need to clear these requirements:

• Signed builds: You’ll need a way to generate builds that are cryptographically signed, so Apple trusts them for distribution.
• Provisioning profiles: These link your Apple Developer account to your specific app, so it’s authorized for testing and release.
• Metadata and screenshots: The App Store won’t let people download your app without a description, screenshots, a support URL, and privacy details.
• Beta testing: Testing with real users before you launch publicly helps you catch device-specific bugs and usability issues while you can still fix them.

With native or cross-platform tools, you piece together signing, provisioning, and distribution using separate software, and you have to keep it all in sync build after build. Bubble works differently: One platform handles signing, packaging, and uploading your build to App Store Connect, so there’s nothing separate to wire together.

The best software to develop iOS apps in 2026

Here are eight tools that cover the whole iOS development process, from writing code to shipping updates. Some build the app itself (Xcode, Flutter, React Native), others handle the backend (Firebase), testing (TestFlight), or releases (Fastlane). Most teams end up combining a few of these into their mobile app tech stack.

1. Bubble: Best for non-technical builders who want production apps across platforms

Bubble lets you build web and native iOS and Android apps from one fully visual AI app builder, no code required. Describe what you want, and Bubble AI generates a working app you can click through and edit right away.

From there, chat with the Bubble AI Agent (beta) for speed, or edit directly in the visual editor for control. Unlike AI coding tools that can leave logic and backend buried in code or chat-only workflows, every layer here, from design to privacy rules to business logic, stays visible and editable.

Your database, user authentication, API integrations, and hosting all live in one place, so there’s no separate backend to wire up. When you’re ready for iOS, Bubble packages your build and sends it to App Store Connect without Xcode, though Apple’s own store setup, review, and release steps still apply.

Bug fixes, text changes, and UI tweaks go out as over-the-air (OTA) updates, skipping app store resubmission entirely. They land quietly the next time someone opens the app.

You can build on Windows, Linux, or Mac, and stay on the same platform from your first prototype all the way to production. When you’re ready to publish, Bubble walks you through the remaining publishing steps: Apple Developer setup, App Store Connect, metadata, and review.

Best for:

• Non-technical founders who need production apps without hiring developers. You can go from idea to working app without a technical co-founder or a traditional development cycle, keeping full visual control over what you build.
• Teams wanting to build production apps without switching platforms. You avoid the rebuild that comes with outgrowing a prototyping tool, since Bubble scales with you as you add users and features.
• Cross-platform launches where iOS and Android share data and workflows. Changes to your data model or business logic apply to both platforms at once, without maintaining separate codebases.

Limitations:

Bubble’s native mobile builder is still in beta. Some deep native capabilities or edge cases may require plugins, integrations, or another native-development approach outside Bubble’s built-in visual tooling. Apps that need to save data while offline may work better with native tooling.

Pricing:

Free to build and test. Paid plans vary by platform and are billed annually: Web + Mobile runs $59 (Starter), $209 (Growth), or $549/month (Team); Mobile-only starts at $42/month; Web-only starts at $29/month; and Enterprise is custom. Build allotments scale with plan too, from 5 monthly builds on Starter up to 20 on Team, with more available in each plan’s first three months. Bubble also includes enterprise-grade security features like SOC 2 Type II compliance, though details vary by plan.

Compare to:

BuildFire and AppyPie focus on templates, while Bubble focuses on visual workflows you can customize completely.

2. Xcode: Best for deep native control over Apple platform features

Xcode is Apple’s official integrated development environment (IDE) for native iOS, iPadOS, macOS, watchOS, and tvOS development. It gives developers direct control over every layer of a native app. That control extends to design, testing, and debugging, which live inside the same editor.

Most native iOS work runs through it for signing, builds, and App Store distribution, though tools like Fastlane can automate parts of that process. New Apple APIs and frameworks are often available in Xcode before third-party tools catch up.

Automated builds and testing run through Xcode Cloud alongside TestFlight. Apple Developer Program membership includes 25 free compute hours a month, with paid tiers starting at $49.99/month for 100 hours.

Best for:

• Native development teams needing full control over Apple platform features. Apps requiring direct access to new iOS APIs on day one can use Xcode to reach beta SDKs and pre-release frameworks as soon as Apple ships them.
• Apps requiring ARKit, Core ML, HealthKit, or other Apple-specific frameworks. Augmented reality experiences, on-device machine learning models, or health data integrations that require deep iOS integration work with the native tooling these frameworks expect.
• Developers already proficient in Swift or Objective-C who want maximum customization. Teams with iOS expertise can optimize performance at the metal level or implement custom rendering pipelines.

Limitations:

Requires macOS with no Windows or Linux support. Steep learning curve if you’re unfamiliar with Swift, SwiftUI, or iOS development patterns. Project setup, dependency management, and code signing certificates add complexity.

Pricing:

Free download from the Mac App Store. Publishing to the App Store requires an Apple Developer Program membership at $99/year.

Compare to:

VS Code is a lightweight alternative for editing Swift, but can’t compile or code sign iOS apps. AppCode from JetBrains offered an alternative IDE for Swift development, but was discontinued in 2022.

3. Flutter: Best for teams building iOS and Android from one codebase

Flutter is Google’s open-source framework for building multi-platform apps from a single Dart codebase, compiled natively for each platform. One codebase covers both iOS and Android, cutting down the duplicate work of building for each separately.

Flutter’s Hot Reload applies most code changes to a running app instantly, without a full rebuild, so you can iterate much faster. It also includes built-in UI components that adapt to each platform’s look and feel, though developers still handle plenty of platform-specific work by hand.

Best for:

• Teams with existing developers building iOS and Android apps from one codebase. You build the same features for both platforms without maintaining separate Swift and Kotlin codebases, cutting the workload for teams who already code.
• Startups with small engineering teams. You can ship on both iOS and Android without duplicating the work or hiring separate specialists for each platform.
• Developers comfortable with object-oriented languages. Teams familiar with Java, C#, or similar languages will find Dart’s syntax accessible.

Limitations:

Native iOS integrations require writing platform-specific code in Swift or Objective-C through Flutter’s platform channels. Some specialized integrations may require evaluating third-party package maturity before you commit to them.

Pricing:

Free and open source. No licensing costs, no restrictions on commercial use.

Compare to:

React Native uses JavaScript instead of Dart, which can feel more familiar if you’re coming from web development. Microsoft has moved on from Xamarin to .NET MAUI, its current cross-platform UI framework, and older Xamarin apps can migrate there.

4. React Native: Best for teams with JavaScript and React experience

React Native is Meta’s open-source framework for building native mobile apps with React and JavaScript. If your team already builds with React on the web, that experience carries over directly to iOS and Android.

Screens render as real native UI, not a web view, though real-world speed still depends on how the app is built. A big library of community packages covers common needs like camera access, push notifications, payments, and maps, though some are better maintained than others.

React Native’s Fast Refresh updates a running app quickly while keeping its current state, so small changes show up without a restart.

You can share most business logic, API calls, and state management across platforms, though you’ll still handle things like iOS navigation patterns or Android’s back button separately.

React Native ships new releases regularly, so check the current release notes for what’s supported before you commit.

Best for:

• Teams with strong JavaScript and React experience building mobile apps. The same component patterns and state management approaches you already know apply here too, so there’s no new language to pick up.
• Projects needing extensive third-party integrations from npm packages. Plenty of community packages already cover things like payment processing and analytics, so you skip writing native bridge code yourself.
• Rapid prototyping where speed to market matters more than perfect platform fidelity. You can ship a working app fast to test demand, then go back and polish platform-specific details once you know it’s worth the investment.

Limitations:

Complex animations sometimes need extra work to run smoothly. Upgrading React Native versions can also break compatibility with some community packages.

Pricing:

Free and open source, though you’ll still need an Apple Developer Program membership at $99/year to publish.

Compare to:

Flutter and React Native take different architectural approaches, and which one performs better depends on your app’s specific needs and integrations. Ionic, by contrast, is built on web technologies (HTML, CSS, JavaScript) running in a WebView rather than native components.

5. Visual Studio Code: Best for editing code across multiple languages and platforms

Visual Studio Code is Microsoft’s lightweight, extensible code editor with support for Swift development through extensions. It can’t replace Xcode for compiling and signing iOS apps, but many developers use it as a text editor for larger codebases where Xcode feels sluggish.

The integrated terminal runs command-line tools, git commands, and build scripts without leaving the editor. VS Code’s Live Share feature lets multiple developers edit the same file in real time, similar to Google Docs.

VS Code’s extension marketplace covers many parts of the development workflow, from database management and API testing to deployment automation and code formatting. Database extensions let you view and edit records directly, while formatting extensions keep code consistent across a team.

Best for:

• Editing Swift or React Native code when Xcode feels heavy or slow. VS Code offers faster search, find-and-replace, and multi-cursor editing on the same files.
• Cross-platform development where one editor handles multiple languages. If you’re writing Swift for iOS, Kotlin for Android, and JavaScript for your backend, VS Code provides consistent tooling across all three without switching IDEs.
• Remote development and pair programming with Live Share collaboration. Live Share lets distributed teams edit the same file in real time, share terminal sessions, and debug together. It’s more interactive than screen sharing or asynchronous code review.

Limitations:

It can’t compile iOS apps, run simulators, or manage signing certificates, so you’ll still need Xcode for those tasks. It’s also no substitute for Xcode’s Interface Builder or visual debugging tools.

Pricing:

Free and open source, and most extensions are free too, though availability and pricing can vary.

Compare to:

Sublime Text offers similarly lightweight editing, though with a smaller extension ecosystem. JetBrains AppCode was another option, but it was discontinued in 2022.

6. Firebase: Best for fast backend setup and real-time data sync

Firebase is Google’s backend platform. It includes authentication, a real-time database, storage, messaging, and analytics. Authentication supports email and password, phone numbers, and sign-in through Google, Apple, and other providers.

The real-time database (Firestore) syncs data automatically across devices, so when one person updates something, everyone else sees the change instantly. Server-side code can also run automatically in response to database changes, signups, or scheduled jobs.

Firebase tracks crashes and errors too, and monitors performance signals like network requests, screen rendering times, and traces.

On the compliance side, Firebase services have completed ISO 27001 and SOC 1, SOC 2, and SOC 3 evaluations, with some also completing ISO 27017 and ISO 27018 certification.

Best for:

• Backend setup for user accounts and data storage. You can set up Firebase Authentication and Firestore quickly, so you spend less time on login systems and database infrastructure and more time on your actual app.
• Apps requiring real-time synchronization across devices like chat or collaboration tools. Changes push to every connected device automatically, without you having to build custom WebSocket infrastructure yourself.
• Teams wanting integrated analytics and error tracking. Analytics, crash reporting, and performance monitoring all come bundled into one SDK, so you don’t have to stitch together separate tools.

Limitations:

Switching to a different backend provider later can be difficult. Costs scale with database reads, writes, and storage, so a sudden spike in users can mean a sudden spike in your bill. Complex business logic may still require custom backend services.

Pricing:

Firestore’s free tier includes 1 GiB stored data, 50,000 document reads/day, 20,000 document writes/day, 20,000 deletes/day, and 10 GiB outbound data transfer/month. Check Firebase pricing for Authentication limits and other services.

Compare to:

CloudKit is Apple’s iCloud-backed data framework for apps on Apple platforms, with web access options for some use cases. Supabase offers an open-source alternative with PostgreSQL instead of NoSQL. AWS Amplify provides similar functionality within Amazon’s ecosystem.

7. TestFlight: Best for beta testing with real users before launch

TestFlight is Apple’s official beta testing platform. You can distribute pre-release iOS apps to up to 10,000 external testers, who can then try the app and send feedback before launch.

Testers get an email invitation once a build is uploaded through App Store Connect, and the app installs directly on their device without connecting to a computer.

Internal testing with up to 100 team members happens immediately, with builds ready within minutes. External testing needs Apple’s Beta App Review to approve the first build in each group, though that review only checks for basic compliance and won’t catch every issue.

Feedback comes straight from the app, too: Testers can leave screenshots and written notes, and crash reports capture stack traces and device details automatically. The platform also tracks active testers, build usage, and which versions people have installed.

Best for:

• Pre-launch testing with real users on real devices before App Store submission. You can catch device-specific bugs, like a layout issue on an iPhone SE or a crash on iOS 16, before they reach the public. It’s also Apple’s official beta channel, so it mirrors the real App Store experience more closely than testing in development.
• Gathering feedback from beta testers without managing manual distribution. Testers install builds straight from a link, so you skip collecting device UDIDs, managing provisioning profiles, or emailing .ipa files around.
• Managing multiple beta versions and tester groups for different features. You can run separate beta tracks, so one group tests a redesigned onboarding flow while another tests a new payment integration, without the feedback or versions getting mixed up.

Limitations:

Apple ecosystem only. No Android equivalent. External builds still require Apple review, which can delay urgent beta releases. Limited customization compared to third-party beta platforms.

Pricing:

Free with Apple Developer account. No additional cost beyond the $99/year program membership.

Compare to:

Firebase App Distribution offers similar cross-platform beta distribution. Bubble takes a different route with BubbleGo, letting you test on-device during development without app store deployment.

8. Fastlane: Best for automating iOS build and release tasks

Fastlane is an open-source platform that automates iOS deployment tasks including screenshot generation, signing certificate management, TestFlight uploads, and App Store submissions. It turns tasks that would otherwise mean manual clicking through Xcode and App Store Connect into single terminal commands.

Its Match feature generates and stores signing certificates in a git repo and syncs them across the team, cutting down the setup time for new developers compared to configuring things manually.

Screenshot automation runs UI tests to generate screenshots across configured devices and languages, so when the UI changes or a new device size needs coverage, Fastlane regenerates them instead of you capturing everything by hand.

Best for:

• Automating repetitive release tasks for frequent updates. If you’re shipping weekly or biweekly, this can save you hours of manual work in Xcode and App Store Connect, turning a long process into a single command.
• Teams managing multiple apps or maintaining consistent release processes. Every app follows the same build, test, and submission process, so nothing drifts between releases or team members.
• Integrating iOS deployment with continuous integration pipelines like GitHub Actions. Fastlane scripts run right in your CI/CD pipeline, building and uploading to TestFlight automatically whenever code merges to the release branch.

Limitations:

You’ll need to be comfortable with command-line tools and iOS signing concepts. Setup takes some time upfront, but it pays off on every release after that. If something goes wrong in an automation script, it can be trickier to debug than doing things by hand.

Pricing:

Free and open source, with no restrictions on commercial use.

Compare to:

Xcode Cloud is Apple’s own CI/CD service, though you’ll pay for compute time once you’re past the 25 free hours a month that come with an Apple Developer Program membership. GitHub Actions and Jenkins handle CI/CD more broadly, but you’ll need to set up more Fastlane configuration yourself.

What you need to publish an app to the App Store

Building your app is only the first step. No matter which development path you took, getting it live on the App Store takes a few more things:

• Apple Developer account: You’ll need an active membership, at $99 a year, to submit your app for review and distribution.
• Signed build: Apple needs a cryptographically signed binary to confirm it’s really you, and that the code hasn’t been tampered with.
• App Store Connect metadata: You’ll need to fill in store details like screenshots, a description, a support URL, and privacy information before anyone can download your app.
• Beta testing: Testing with real users, through something like TestFlight, helps you catch bugs before Apple’s review team does.

With traditional development, you manage signing certificates and provisioning profiles by hand, through Xcode or the command line. Bubble generates and uploads the iOS build to App Store Connect without needing a Mac or Xcode, though you’ll still handle Apple’s own developer-account setup, metadata, and review submission.

Which iOS development software is right for you

Your best combination depends on your technical background and how quickly you need to ship.

If you want to skip code entirely, Bubble gives you AI generation, visual editing, backend, hosting, and native build generation in one platform. Chat with AI when you want speed, edit visually when you want control. You’ll still need to set up an Apple Developer account, submit metadata, and go through Apple’s review before your app goes live.

If you want maximum control over native iOS features, start with Xcode and Swift. You’ll write more code and handle more configuration, but you’ll get access to every Apple framework the moment it ships.

If you want one codebase for iOS and Android, Flutter and React Native are your two main options. Flutter uses Dart, while React Native uses JavaScript and taps into a much larger ecosystem of existing packages. Both typically need macOS and Xcode for the actual iOS build, though you can do feature work cross-platform and lean on cloud build services when you need to.

If you’re building with Xcode, Flutter, or React Native, you’ll likely still need a few supporting tools: a backend service like Firebase for authentication and data, TestFlight for testing with real users, and Fastlane if you want to automate releases. Bubble includes all of this built in.

Start building your iOS app today

There’s no single best tool here, just the one that fits how you want to build. Bubble lets you move fast without giving up control: Chat with AI when speed matters most, then step in and edit any detail yourself when precision does. And because it’s one platform for web and native mobile, you’re never rebuilding the same app twice.

If signing certificates and Mac requirements have held you back, Bubble clears both out of the way. You can develop on Windows, Linux, or Mac, whatever you already use, and Bubble handles the signing, packaging, and store-specific details for iOS and Android alike.

You don’t need to have it all figured out before you start. Bubble AI gets you moving, and the visual editor is there whenever you’re ready to fine-tune. Start building for free.

Frequently asked questions about software to develop iOS apps

Can I develop my own iOS app without coding experience?

Yes. You can build a fully functional iOS app without writing a single line of code using visual development platforms like Bubble. While traditional iOS development requires learning Swift and using Xcode, Bubble lets you generate an app foundation with AI, then customize design, data, privacy rules, and logic through a fully visual editor.

How much does it cost to develop an iOS app?

Publishing any iOS app requires an Apple Developer account at $99 per year. Traditional coding tools like Xcode, Flutter, and React Native are free but require significant time to learn.

Bubble is free for building and testing native mobile apps. Publishing requires a paid Mobile or Web + Mobile plan — $42/month for Mobile-only, $59/month for Web + Mobile, both billed annually.

Do I need a Mac or Xcode to build and publish an iOS app?

Traditional native iOS development requires macOS and Xcode to compile and sign your app. If you build with Bubble, you can develop on Windows, Linux, or Mac — Bubble generates the iOS build and sends it to App Store Connect after you complete Apple’s required setup, so no Mac or Xcode is needed.

Can AI tools build a production-ready iOS app?

Many AI coding tools generate prototypes quickly, but non-technical builders can lose control when logic and backend live in code or chat-only workflows. Bubble AI generates visual workflows and database structures you can inspect and edit, while Bubble’s privacy rules and security tooling help you build production-ready apps as long as you configure and review them along the way.

Can Bubble replace hiring an iOS developer?

For most standard business and consumer apps, yes. Bubble’s AI generation, visual editing, backend, and native build generation let many non-technical founders launch and maintain an iOS app without a technical co-founder or dev team. Some deep native capabilities or complex edge cases may still require a developer or specialized plugins.

Do I need separate backend software for my iOS app?

Simple apps with local storage can work without a backend, but most production apps need user authentication, data sync, and analytics. You can integrate a separate service like Firebase, or build with Bubble, where the AI Agent can help generate backend workflows, database structure, and privacy rules for you to inspect and customize before launch.