A practical walkthrough for building your first iOS-ready app in Draftbit: set up the project, design screens visually, add navigation, connect data, and preview it on your iPhone through Expo.
This guide assumes you want a working iOS app previewed on a real iPhone, built visually in Draftbit. You do not need Swift knowledge, but a little familiarity with React Native concepts will help.
Create a Draftbit account and confirm your plan supports what you need, especially if you intend to export code later. Check current plan details on Draftbit's site.
On your iPhone, install the Expo Go app from the App Store. This is how you will preview your Draftbit project on-device during development, without any Xcode setup yet.
Keep expectations honest from the start. What you build here runs as a React Native app on iOS, not as native Swift, and eventual App Store release will require Apple's tooling and a Developer Program membership.
In the Draftbit dashboard, create a new app. You will typically be offered a starting point, either a blank canvas or a template with pre-built screens.
For your first app, a template can be instructive because it shows how screens, navigation, and data are wired together. For full control, start blank.
Give the app a clear name. This name is internal to your project organization and is separate from the display name and bundle identifier you will set later for the App Store.
Once created, you land in the visual editor. Take a moment to locate the canvas in the center, the component and layers panels, and the properties or styling panel where you configure whatever is selected.
Start by laying out a single screen. Drag a container, then add components like text, images, and buttons into it.
Layout in Draftbit follows React Native's Flexbox model. You control direction (row or column), alignment, and spacing rather than using absolute pixel positioning for everything.
Style components through the properties panel: set colors, padding, margins, font sizes, and corner radius. Try to reuse consistent spacing and colors so the app feels intentional.
On iOS specifically, mind the safe areas around the notch, Dynamic Island, and home indicator. Keep important controls away from the very top and bottom edges so they are not clipped or hard to tap on modern iPhones.
A real app needs multiple screens. Create a second screen, for example a detail or profile view, and design it the same way.
Now connect them. Draftbit lets you configure navigation visually, such as a stack navigator for push-style transitions or tabs for a bottom tab bar.
Attach a navigation action to a button so tapping it moves to the target screen. Test the flow mentally: can the user get in and back out of every screen?
Bottom tab navigation feels especially native on iOS and is a good default for apps with a few top-level sections. Keep the number of tabs small and label them clearly.
Static screens are fine for a demo, but most apps show real data. In Draftbit, add a data source pointing at a REST API endpoint.
Configure the request: method, URL, headers, and any authentication your API needs. Draftbit can fetch a sample response so you can see the shape of the data.
Bind that data to components. For a list, map the array to a list component and bind each item's fields to the row's text and images.
For detail screens, pass an identifier through navigation and fetch or filter the matching record. Start with a simple public API to learn the flow before wiring in your own authenticated backend.
This is the satisfying part. Use Draftbit's preview option to open your project in Expo Go on your iPhone, usually by scanning a QR code or opening a link.
Your app loads live on the device. Tap through the navigation, watch the API data render, and check that layouts respect the iPhone's safe areas.
Previewing on real hardware catches things the desktop canvas hides: touch target sizes, scrolling behavior, font rendering, and how images load over the network.
Iterate quickly. Change a style or fix a binding in the editor, then refresh the preview. This tight loop is one of Draftbit's biggest advantages for early development.
Once the core flow works, tidy up. Name your screens and components clearly, group reusable pieces, and remove leftover placeholder content.
Set app-level details you will need soon: display name, icon, and splash screen. These feed into the iOS build and your App Store listing later.
If you plan to extend beyond the visual editor, this is where code export matters. Exported React Native code lets a developer add custom logic the canvas cannot express.
Think about your data and auth story before scaling up. It is easier to design consistent API patterns now than to retrofit them across many screens.
A few predictable mistakes trip up most people building their first Draftbit app. The first is fighting the layout system with fixed pixel sizes instead of embracing Flexbox, which leads to screens that break on different iPhone sizes.
The second is ignoring safe areas early, then discovering that headers and buttons collide with the notch, Dynamic Island, or home indicator only when you preview on a real device.
Another frequent misstep is wiring every screen to a separate, inconsistent API pattern. Deciding on a consistent request and response convention up front saves painful rework later.
It also pays to test on-device often rather than trusting the desktop canvas alone. The canvas approximates the result, but touch targets, scrolling, and network image loading only become real on hardware.
Finally, do not confuse a working Expo Go preview with a finished product. It is a fast development loop, not a shippable build, and treating it as the finish line leads to surprises when you reach the real Apple submission steps.
Previewing in Expo Go is not the same as shipping. A published app needs a standalone, signed iOS build, which you create with EAS Build from your Expo project.
You will need a paid Apple Developer Program membership to distribute on the App Store, plus an App Store Connect record for your app.
The build produces an .ipa that you submit for TestFlight testing and, ultimately, App Store review. Apple's review guidelines apply to your app exactly as they would to any hand-coded one.
So the honest summary: Draftbit gets you from idea to a working, previewable iOS app fast, but the final mile is standard Apple territory that no low-code tool removes.
For designing and previewing in Expo Go, no Mac is required. When you move to producing a signed iOS build, cloud builds via EAS mean you can avoid a local Mac, though Apple's tooling and a Developer Program membership are still involved.
Install Expo Go from the App Store, then use Draftbit's preview option to open your project on the device, usually by scanning a QR code. The app loads live so you can test navigation, data, and layout.
Much of it, yes. Designing screens, adding navigation, and previewing are approachable. Connecting authenticated APIs and preparing an App Store build introduce more technical steps where developer help is valuable.
No. It runs as a React Native app on iOS. Draftbit produces cross-platform React Native code, not native Swift, so keep that in mind for performance-critical or deeply native requirements.
Draftbit supports REST APIs, so you can bind lists and detail screens to JSON responses. Start with a simple public endpoint to learn the flow, then move to your own backend with proper authentication.