Mobile App Development Guide

Building & Deploying Mobile Applications with Bubble.io

The complete playbook for architecting, building, and shipping iOS and Android apps on Bubble — from responsive design principles to App Store submission, illustrated with a real production case study.

6Core Chapters

1Real Case Study

~26minRead Time

⏱ 26 min read · Bubble.io · Mobile Development

bubble.io/editor → App Store & Google Play

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114

Surah List

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Profile

Chapter 01

Can Bubble Really Build Mobile Apps?

The short answer is yes — and thousands of live apps in the App Store and Google Play prove it. But the honest answer is more nuanced: Bubble builds mobile-optimised web applications that can be packaged and deployed as native mobile apps. Understanding the distinction between these two things is the most important concept in this entire guide, because it shapes every architectural decision you will make.

Bubble is a web app builder at its core. Every application runs in a browser. When you “build a mobile app” in Bubble, you are building a responsive web application that renders beautifully on a mobile screen — and then wrapping it in a native shell (using a tool like BDK Native) that allows it to be submitted to the App Store and Google Play, and optionally access device features like push notifications and the camera.

The key distinction to internalise: A Bubble mobile app is not compiled from source code into native iOS/Android binaries. It is a responsive web app delivered inside a native container. This means it looks and behaves like a native app to the user — but it has the architecture of a web app. For the vast majority of app ideas, this is an excellent trade-off: you build once and deploy everywhere, in a fraction of the time and cost of native development.

Three Deployment Paths for Bubble Mobile Apps

Progressive Web App (PWA)

Browser-native, no store needed

What it is: A Bubble app accessed via a mobile browser that users can “Add to Home Screen” — giving an app-like icon, full-screen experience, and offline caching.

Best for: Validating before App Store submission. B2B tools where users access via link. Apps where avoiding review delays matters.

Limitations: No push notifications on iOS. Not discoverable in the App Store. Fewer device API access points.

BDK Native (Recommended)

WebView wrapper with native shell

What it is: BDK Native wraps your Bubble app in a real iOS and Android container. It adds push notifications, camera access, biometric login, in-app purchases, and App Store/Play Store presence.

Best for: The vast majority of Bubble mobile apps. Consumer apps, B2C products, anything that needs App Store distribution.

Limitations: WebView-based, not fully native rendering. Animation performance ceiling below React Native.

Natively Coded Shell

Custom native wrapper around Bubble

What it is: A custom-built React Native or Flutter shell that loads your Bubble web app in a WebView, giving you full control over native UI elements, transitions, and device integration beyond what BDK Native provides.

Best for: Teams with mobile development resource who need maximum native control while keeping Bubble as the backend/logic layer.

Limitations: Requires a mobile developer. Higher cost and complexity.

What a Bubble Mobile App Can and Cannot Do

Capability	PWA	BDK Native	Native Coded Shell
App Store / Play Store listing	✗	✓	✓
Push notifications	Limited (Android only)	✓	✓
Camera access	✓ (browser)	✓	✓
GPS / location	✓ (browser)	✓	✓
Biometric login	✗	✓	✓
In-app purchases (Apple / Google)	✗	✓	✓
Home screen icon	✓ (add to home screen)	✓	✓
Offline functionality	Partial (cached pages)	✗	Partial
Native UI components	✗	✗	✓
Contact list / calendar access	✗	✓	✓
Deep linking	✓	✓	✓
App updates without user action	✓	✓ (Bubble updates instantly)	✓

💡

The Biggest Advantage Over Native Development

When you update your Bubble app — add a feature, fix a bug, redesign a screen — the change is live for every user instantly. No App Store review. No “please update to the latest version.” Your Bubble mobile app is always running the latest version, the same way a website always shows the latest version. This alone is a significant operational advantage over truly native apps.

Chapter 02

Designing Mobile-First in Bubble

The most common mistake when building a mobile app in Bubble is designing for desktop first and retrofitting a mobile layout. This produces clunky, hard-to-use mobile experiences that feel like squeezed websites rather than apps. The correct approach is mobile-first: design every screen for a 390px-wide viewport first, then optionally adapt for larger screens.

Bubble’s responsive engine was substantially rebuilt in 2022. The new system uses a flexbox-style layout model that, when understood correctly, makes building mobile-first UIs far more intuitive than the legacy engine. Every element, group, and repeating group now has explicit layout controls: direction (column vs. row), alignment, gap, and fit behaviour.

Core Responsive Principles for Mobile Apps

📱

Set the Canvas to 390px

Start every page with a max page width of 390px — the width of a modern iPhone. Design in this constraint. The app will scale naturally on larger Android devices without breaking.

▶

Column Layout by Default

Every page and group should use a vertical (column) layout. Mobile content scrolls vertically. Horizontal layouts are for specific row components: nav bars, icon rows, tab bars — not page structure.

📋

Fixed Bottom Navigation

Mobile apps use bottom navigation, not sidebars. Create a reusable element for your tab bar, fix its position to the bottom of the screen, and leave consistent bottom padding on every page to prevent content hiding behind it.

✍

Touch Targets: 44px Minimum

Every tappable element — buttons, links, list items — must be at least 44px tall. Smaller targets cause mis-taps on mobile. Set minimum heights on all interactive elements explicitly.

🌐

Full-Width Elements

Most elements in a mobile app should be 100% width with consistent horizontal padding on the container group (typically 16px–20px on each side). Avoid fixed-pixel widths that break on different device sizes.

🖼

Conditional Visibility for Platform

Use Bubble’s built-in Current page width condition to show/hide elements based on screen width. Show a mobile bottom nav when width < 768px, a sidebar nav when width ≥ 1024px.

Mobile Navigation Architecture

Mobile app navigation is fundamentally different from web navigation. Most mobile apps follow one of three patterns — and Bubble can implement all three:

Pattern	How to Build in Bubble	Best For
Tab Bar (bottom navigation)	Reusable element fixed to bottom. Each tab navigates to a separate page. Active tab highlighted using Current Page = [page name] conditional.	Apps with 3–5 top-level sections. Most consumer apps (feed, explore, profile, settings).
Stack Navigation	Navigate forward to deeper pages, pass context via URL parameters. “Back” button navigates to previous page using Bubble’s Go back action. Header shows current context.	Apps with hierarchical content: category → item list → item detail.
Drawer / Slide-out Menu	A floating group hidden off-screen (left: -100%). Toggle its position using a custom state. Animate slide-in using CSS transition on the group.	Apps with many navigation destinations. Admin or settings-heavy interfaces.
Modal / Bottom Sheet	A popup or floating group anchored to the bottom of the screen. Use conditionals to control visibility. Useful for action menus, filters, and confirmation dialogs.	Secondary actions, filters, forms that don’t warrant a full page navigation.

Typography and Spacing for Mobile Readability

Mobile reading is a different experience from desktop reading. Smaller screens, variable lighting, and thumb-driven scrolling require deliberate typographic choices.

// Mobile Typography System — Bubble Style Definitions Heading 1 (page titles): 28–32px, weight 700, line-height 1.2 Heading 2 (section titles): 22–24px, weight 700, line-height 1.3 Body (primary text): 16–17px, weight 400, line-height 1.6 Secondary (labels, captions): 13–14px, weight 400, line-height 1.5 Micro (timestamps, meta): 11–12px, weight 400, color: mid-grey // Spacing system — use multiples of 4px or 8px Page horizontal padding: 16px–20px (consistent across all pages) Section gap: 24px–32px between major page sections Card internal padding: 16px all sides List item padding: 12px–16px vertical, 0 horizontal (border-bottom divides) Bottom nav height: 56px–64px + safe area inset for newer iPhones Page bottom padding: 72px (nav height + 8px buffer) // Safe area handling (for iPhone notch / Dynamic Island) // Add to your page’s top group: Custom CSS: padding-top: env(safe-area-inset-top); Custom CSS: padding-bottom: env(safe-area-inset-bottom);

💡

Test on Real Devices Early and Often

Bubble’s editor preview is not a reliable representation of how your app will look on a real mobile device. From day one, access your Bubble app on a physical iPhone and Android device using the development URL. The things that catch developers off guard — keyboard pushing content up, safe area insets on newer iPhones, touch scroll behaviour on iOS — only appear on real devices. Build a habit of testing on device after every major UI change.

Chapter 03

Data Architecture for Mobile Performance

Mobile users are on cellular connections with variable speed. They are more sensitive to load times than desktop users, and they have no patience for spinner screens. The difference between a mobile app that feels fast and one that feels sluggish is almost entirely determined by your data architecture decisions in Bubble’s database — not the UI.

The good news: most mobile app performance problems in Bubble come from a small set of architectural anti-patterns that are easy to avoid once you know them. The following principles apply to any Bubble mobile app, and were applied directly in the Quranious build described in the case study below.

The Five Performance Principles for Bubble Mobile Apps

Search Constraints, Not Client Filters

Database vs. Browser

Always push filtering logic into the “Do a search for” constraints, not into “:filtered by” expressions. Search constraints run as database queries on Bubble’s servers and return only the matching records. “:filtered by” fetches all records first and filters them in the user’s browser — catastrophic on a mobile data connection with a large dataset.

Database queryNo client-side filterConstraints only

Paginate Large Lists

Infinite Scroll

Never load an entire dataset into a Repeating Group. Use Bubble’s “Load more” button or infinite scroll plugin with a page size of 10–20 items. Store the current page number in a custom state. On scroll to bottom, increment the state and Bubble loads the next batch. This pattern makes even 10,000-record datasets feel instant.

Page size: 15–20Custom state paginationLazy loading

Pre-load on Page Entry

Proactive Data Fetching

Use the “Page is loaded” workflow trigger to pre-fetch data into custom states before the user needs it. For a content app, load the first 20 items immediately on page load and store them in a state. The user sees content instantly. Subsequent loads are triggered by scroll events, not taps.

Page loaded triggerCustom state storageZero-wait first render

Denormalise Strategically

Reduce Relational Hops

Each relational hop in a Bubble expression (e.g. Current cell’s Order’s buyer’s name) adds a database round-trip. For frequently-displayed fields, store a copy directly on the parent record — a “denormalised” field. Example: store author_name as a text field on a Post, even though the author’s User record exists. Update it when the author changes their name. Eliminates 90% of relational lookup latency.

Reduce join depthDenormalised text fieldsCached values

Use Option Sets for Static Data

Avoid Static DB Records

Data that never changes at runtime — categories, types, statuses, navigation items — should live in Option Sets, not database types. Option Sets are baked into the app at build time and require zero database queries to access. A dropdown that uses an Option Set loads instantly. The same dropdown populated by a database search adds a network round-trip on every render.

Option Sets for enumsNo static DB recordsZero-query lookup

Structuring Large Content Datasets

Content-heavy apps — reading apps, catalogue apps, directory apps — face a specific challenge: how do you structure tens of thousands of records in Bubble’s database without performance degrading? The Quranious app, which manages all 114 surahs, 6,236 ayahs, and multiple translations, is an excellent example of how to do this correctly.

// Data model for large content datasets (Quranious pattern) Surah: number (number, indexed) name_arabic (text) name_english (text) name_transliteration (text) revelation_type (option set: Meccan / Medinan) ayah_count (number) — denormalised, avoids counting at render time juz_start (number) — enables juz-based navigation queries Ayah: surah (Surah, indexed) ayah_number (number, indexed) juz_number (number, indexed) text_arabic (text) translation_en (text) — stored directly, avoids join translation_ur (text) — additional translation layer page_number (number) — enables Quran page-based navigation // Loading pattern for reading view (fast) Repeating Group data source: Do a search for Ayahs constraint: surah = Current page’s Surah parameter sort by: ayah_number (ascending) — No :filtered by. No relational hops. Single indexed query. // Navigation pattern — surah list (instant) Surah list loads: All 114 records in one query (small, fixed dataset) Sorted by surah number ascending ayah_count displayed from denormalised field — zero additional query

Real-World Case Study

Quranious: Building a Content-Intensive Mobile App on Bubble

Every principle in this guide was applied in the development of Quranious — a complete Quran reading application built entirely on Bubble.io and deployed to the Apple App Store by Simple Automation Solutions. Quranious is not a prototype. It is a live, production application that handles one of the most structurally complex content datasets in the world: the entire Holy Quran with multiple translation layers and navigation across surahs, ayahs, and juz.

📚 Case Study — Simple Automation Solutions

Quranious — Mobile Application for Daily Quran Reading

Built on Bubble.io · Live on Apple App Store · Android under closed testing

114Surahs

6,236Ayahs

MultiTranslations

100%No-Code Stack

Quranious delivers structured Quranic text, translations, and a clean reading experience through a fully no-code architecture. It serves as both a functional spiritual product and a proof of concept that Bubble can handle large-scale, content-intensive, data-structured applications — not just SaaS dashboards. The app was built using SAS’s four-step execution framework: Discover, Build, Launch, and Iterate.

Read the full case study →

The Four-Step Execution Framework (Applied to Quranious)

Discover

Creating structured clarity before a single element is placed

Before any Bubble editor was opened, SAS structured the entire data architecture. Surah, ayah, juz, and translation relationships were mapped on paper. API data sources were evaluated. Performance constraints of Bubble were identified and planned around from the start — not discovered mid-build.

This prevented the most common failure mode in Bubble mobile app development: discovering architectural problems after 40% of the build is complete, forcing expensive rework.

Data model mappingAPI evaluationPerformance planningScalability from day one

Build

Disciplined, modular, scalable execution

Quranious was built using modular, reusable UI components for the reading screens. Ayahs were stored with relational links to surah and juz. Translations were structured as dynamic, expandable layers rather than hardcoded text. Searches were optimised with proper constraints. Rather than trying to build every feature at once, the build focused on stability, accuracy, and the core reading experience first.

Modular componentsOptimised queriesRelational data structureCore-first build

Launch

App Store & Google Play deployment

Quranious was deployed to the Apple App Store and submitted to Google Play (currently in closed testing). Before submission, authentication flows were tested end-to-end, the core reading experience was validated across devices, and database performance was load-tested across surah navigation. The launch validated Bubble’s capability to support content-heavy applications when structured correctly.

App Store approvedAuth testedLoad testedUX refined

Iterate

Expand features without rebuilding the foundation

Because the data architecture was designed correctly from day one, adding new features to Quranious does not require restructuring the database. Additional translations can be added as new fields. Bookmarking can be introduced as a new data type with a relationship to User and Ayah. Personalisation features can be layered on. The foundation supports growth without technical debt accumulation.

Additive featuresNo database rebuildLayered translationsBookmark-ready

Key Technical Decisions That Made Quranious Work

Three specific architectural decisions in Quranious are worth examining in detail because they solved challenges that any content-intensive mobile app on Bubble will face:

Challenge	Decision Made	Why It Worked
6,236 ayahs in the database without slow queries	Ayahs stored with indexed `surah` and `ayah_number` fields. Reading view queries by surah only, returning 3–286 ayahs depending on surah length.	A constrained search on an indexed field is fast regardless of total record count. The query never touches all 6,236 records — only the surah’s subset.
Multiple translations without schema bloat	Translation languages stored as additional text fields on the Ayah record (translation_en, translation_ur) rather than as separate Translation data types with relational links.	Denormalised text fields on the parent record eliminate join queries. Displaying a translation requires zero additional database lookups — it’s already in the record.
Smooth navigation across 114 surahs	Surah list loaded as a single query of 114 records on page load. Navigation between surahs passes the surah number as a URL parameter — the reading page queries by that parameter.	114 records is a trivially small dataset. Loading it once and caching in memory eliminates repeated queries. The URL parameter pattern enables direct linking to any surah.
Quran data sourcing	Used the AlQuran Cloud API to import structured ayah and translation data into Bubble’s database via a one-time import workflow.	Importing the data into Bubble’s own database — rather than querying the external API on every page load — means zero external API latency in the reading experience. The data is local.
Clean reading UI without distraction	Minimal UI: full-width text, consistent padding, no animations, no ads. Single reusable component for the ayah reading card.	A reusable element for the ayah card means design changes propagate to every surah instantly. Minimal UI reduces cognitive load and honours the spiritual context of the content.

What Quranious demonstrates for the no-code ecosystem: A disciplined, architecturally-sound approach to Bubble development can produce a data-intensive, live-in-production mobile application that handles 6,236 structured records with relational navigation, multiple translations, user authentication, and real-world App Store deployment. The constraint is not Bubble’s capability — it is the builder’s understanding of how to use it correctly. This is the SAS execution framework in practice.

Chapter 05

BDK Native & App Store Deployment

Once your Bubble app is built, tested on mobile browsers, and ready to ship, the deployment process to the App Store and Google Play follows a consistent set of steps. This chapter walks through the entire process — from BDK Native configuration to App Store review submission — with the specific requirements and common rejection reasons that will save you weeks of iteration.

Setting Up BDK Native

BDK Native (by Zeroqode) is the most widely used solution for wrapping Bubble apps in native iOS and Android containers. It consists of a Bubble plugin and a separate native build process that produces the IPA (iOS) and APK/AAB (Android) files you submit to the stores.

Install BDK Native Plugin

Bubble Plugin Marketplace

Install the BDK Native plugin from Bubble’s plugin marketplace. Configure your Bubble app URL, app name, and bundle identifier (e.g. com.yourcompany.appname). The bundle ID must match exactly what you register in App Store Connect and Google Play Console. Choose this carefully — it cannot be changed after first submission.

Bundle ID: permanentMatch App Store Connect

Configure Native Features

Push, Camera, Biometrics

In BDK Native’s configuration, enable only the device features your app actually uses. Apple requires a privacy usage description string for every device API you request access to (camera, location, contacts, etc.). If you request permissions you don’t use, Apple will reject your submission. Enable push notifications only if you have configured a Firebase or APNs connection.

Enable only what’s usedPrivacy strings requiredAPNs for push (iOS)

App Assets

Icon, Splash, Screenshots

Prepare your app icon at 1024×1024px (no rounded corners — Apple applies them). Create a splash screen that matches your app’s brand. For App Store submission you will need screenshots at exact dimensions for iPhone 6.7″, iPhone 6.5″, iPad Pro 12.9″ (if supporting iPad), and equivalent Android sizes. Use a tool like Figma to produce all sizes from a single design.

Icon: 1024×1024 PNGNo transparencyMultiple screenshot sizes

Build & Export

IPA / AAB generation

BDK Native generates the native build via their build service. You provide your Apple Developer account credentials (for iOS code signing) and Google Play credentials (for Android signing). The output is a signed IPA file for iOS TestFlight/App Store upload and a signed AAB for Google Play. This process requires an Apple Developer Program membership ($99/yr) and a Google Play Developer account ($25 one-time).

Apple Dev: $99/yrGoogle Play: $25 onceSigned IPA + AAB

Submit for Review

App Store Connect / Play Console

Upload your IPA via Transporter or Xcode Organiser to App Store Connect. Upload your AAB to Google Play Console. Complete all store listing fields: app name, description, category, age rating, privacy policy URL, support URL, and keywords. Submit for review. Apple’s review takes 1–3 business days for first submission. Google Play takes 3–7 days.

App Store Review: Common Rejection Reasons for Bubble Apps

Apple’s App Store review is the most common point of failure in the Bubble-to-mobile journey. Understanding the specific rejection reasons that affect Bubble apps saves weeks of back-and-forth.

Rejection Reason	What Apple Looks For	How to Avoid It
Guideline 4.2 — Minimum Functionality	The app must provide genuine value and functionality — not just display a website. A thin wrapper around a website with no native features will be rejected.	Ensure your app uses at least one BDK Native feature (push notifications, biometric login, or device-specific UI). Your app must feel like an app, not a browser tab.
Guideline 5.1.1 — Data Collection & Storage	Every type of data collected from users must be disclosed in the Privacy Policy and in App Store Connect’s App Privacy section.	List every data type you collect in Bubble (name, email, usage data, etc.) in both your Privacy Policy and the App Privacy questionnaire in App Store Connect. Missing even one category triggers rejection.
Guideline 3.1.1 — In-App Purchases	If your app charges users for digital content or features, this must go through Apple’s in-app purchase system, not an external payment processor.	If your Bubble app has subscriptions or digital purchases accessed on iOS, use BDK Native’s StoreKit integration for the Apple-side purchase. Stripe may still be used for web purchases.
Guideline 2.1 — App Completeness	Apps with placeholder content, broken links, or unfinished features will be rejected.	Test every page and flow exhaustively before submission. Remove any “coming soon” pages or disabled features. Reviewers test the app thoroughly.
Guideline 1.4 — Physical Harm	Apps related to sensitive topics (health, religion, finance) are reviewed more carefully.	For apps like Quranious, ensure content accuracy and provide clear attribution. Religious content apps are reviewed for potential sensitivities — ensure respectful, accurate representation.
Performance: Crashes & Bugs	Apps that crash during review are automatically rejected. This includes Bubble apps that load blank screens on first open.	Test on real devices over a slow connection (3G simulation). Ensure your app does not display a blank screen while Bubble loads. Add a splash screen with a minimum display time.

The Apple & Google Play Submission Checklist



Apple App Store

Requirements before submission

✓
Apple Developer Program membership ($99/yr)
✓
App icon: 1024×1024px PNG, no alpha channel
✓
Screenshots: iPhone 6.7″ and 6.5″ (minimum)
✓
Privacy Policy URL (required — cannot be blank)
✓
App Privacy questionnaire completed in App Store Connect
✓
All requested permissions have usage description strings
✓
TestFlight beta testing completed with 5+ testers
✓
No placeholder content, broken links, or unfinished UI
✓
Age rating completed accurately
✓
App tested on physical iPhone over cellular connection

▶

Google Play Store

Requirements before submission

✓
Google Play Developer account ($25 one-time)
✓
App icon: 512×512px PNG
✓
Feature graphic: 1024×500px
✓
Screenshots: at least 2 phone screenshots
✓
Privacy Policy URL in store listing and app
✓
Data safety section completed (what data is collected)
✓
Target API level meets current Google requirement
✓
AAB (Android App Bundle) format — not APK
✓
Internal testing track used before production release
✓
Content rating questionnaire completed

💡

Use TestFlight Extensively Before Apple Submission

TestFlight is Apple’s beta testing platform. Submit your app to TestFlight before the formal App Store submission. Distribute to 10–20 real users. The two weeks of TestFlight feedback will surface UX issues, performance problems on different devices, and edge-case bugs that would otherwise result in user reviews saying “the app crashes.” Quranious went through multiple TestFlight iterations before the public App Store launch.

Chapter 06

Post-Launch: Updates, Analytics & Iteration

One of Bubble’s greatest advantages as a mobile app platform is how painlessly you can update it post-launch. The vast majority of updates — new features, bug fixes, UI changes, new content — are deployed by simply saving your Bubble app. No new App Store submission required. Your users see the update the next time they open the app, because the Bubble web app inside the BDK wrapper always loads the latest version from Bubble’s servers.

The only time you need to re-submit to the App Store is when you change something in the native wrapper itself — the BDK Native configuration, new device permissions, updated push notification settings, or a new app icon or splash screen. Everything that lives inside Bubble can be updated silently, instantly, and without review.

What Requires a New App Store Submission vs. What Doesn’t

Change Type	Requires New Submission?	Notes
New feature built in Bubble	✗ No	Deploy instantly. Users see it on next app open.
Bug fix in Bubble workflow or UI	✗ No	Fix in Bubble, save, done. No user action required.
New database content / records	✗ No	Bubble database changes are live immediately.
UI redesign within Bubble	✗ No	Completely transparent to the App Store.
New app icon or splash screen	✓ Yes	These are embedded in the native wrapper, not Bubble.
New device permissions (camera, location, etc.)	✓ Yes	Permission strings are part of the native build.
Enable push notifications (if not already on)	✓ Yes	APNs configuration is in the native layer.
BDK Native version upgrade	✓ Yes	Treat like any native dependency update.
App name change	✓ Yes (App Store Connect)	Requires review even if the app itself didn’t change.

Tracking App Performance with Analytics

Bubble doesn’t ship with built-in mobile analytics, but integrating analytics is straightforward. The two most common approaches for Bubble mobile apps are Google Analytics 4 (via the Google Analytics plugin or GTM) and Mixpanel (via the API Connector). Both allow you to track screen views, button taps, feature usage, and conversion funnels.

// Analytics Event Tracking Pattern in Bubble // Option 1: Google Analytics 4 (via plugin or script) On page load: Track event: “screen_view” Parameters: { screen_name: “Surah Reading”, surah_number: [URL param] } On button click (“Bookmark Ayah”): Track event: “bookmark_added” Parameters: { surah: Current cell’s Surah name, ayah: Current cell’s number } // Option 2: Mixpanel via API Connector API Connector call: POST https://api.mixpanel.com/track Body: { “event”: “Surah Completed”, “properties”: { “distinct_id”: Current User’s unique id, “surah_name”: Current page Surah’s name, “ayah_count”: Current page Surah’s ayah_count, “session_duration”: Custom state’s elapsed seconds } } // Key events to track for any content mobile app screen_view — every major page/screen content_started — user begins reading/viewing content_completed — user reaches the end bookmark_added — high-intent engagement signal search_performed — what users are looking for share_tapped — viral coefficient signal session_started — daily active user tracking

The Iteration Roadmap for a Bubble Mobile App

The structured iteration approach used in Quranious applies to any Bubble mobile app. Because the data architecture was built with extensibility in mind, each new feature can be added as an incremental layer without touching the foundation.

Core Experience Only

Ship the one thing your app does

Launch with just the core value action: reading in Quranious, booking in a scheduling app, browsing listings in a marketplace. Authentication, the primary content type, and clean navigation. Nothing else. Every additional feature added before validation is a feature that might need to be removed.

Engagement Features

Keep users coming back

Bookmarks, favourites, progress tracking, history. Features that give users a reason to return and a sense of personal investment in the app. In Quranious: bookmarked ayahs, reading progress by surah, and daily reading streaks. These features require adding new data types (Bookmark, Progress) that link to User — no changes to existing types.

Personalisation

Tailor the experience per user

User-defined preferences: font size, translation language, reading mode (light/dark), notification schedule. In Bubble, these are additional fields on the User data type. No architectural change required — just extend the User record with preference fields and read them in UI conditionals.

Community & Social

Connect users to each other

Sharing, notes and reflections, discussion threads, study groups. These require new data types (Note, Share, Group) but the existing User, content, and authentication infrastructure handles all the underlying complexity. Each social feature is additive — it never requires touching V1’s working code.

The compounding value of correct architecture: Quranious was designed so that every future feature — bookmarking, personalisation, social reflection features — can be added without restructuring the database that was built in Version 1. This is not a lucky outcome. It is the direct result of spending time in the Discover phase mapping the data architecture before writing a single workflow. The most valuable hour in any Bubble mobile app project is the one spent on paper mapping data types and relationships before opening the editor.

⚠

App Store Rating Strategy

Your app’s rating is the single most visible quality signal in the store listing. Prompt users for a review at the highest-satisfaction moment in the app — after they’ve completed a meaningful action, not on first launch. In Bubble, trigger the BDK Native “Request App Review” action after a user completes their 7th reading session, or after they bookmark their 5th ayah. This timing produces significantly higher ratings than prompting on app open.

Build Your Mobile App with the Same Framework

From architecture and design to App Store submission and post-launch iteration —
the disciplined Bubble mobile development process that shipped Quranious.

Book a Free Discovery Call → Read the Quranious Case Study