Wrapping your web LMS in a WebView and calling it a mobile app, then wondering why learners don't open it?
Learners in the field or in low-connectivity environments who can't access training content when they actually need it?
Mobile Learning App Development
Custom iOS and Android learning apps built for real mobile learners -- offline content access, push notifications that bring them back, and an experience that competes with the apps they already use every day.
100+ products shipped since 2019. We've built a music learning app for Irish musicians using audio exercises, visual feedback, and structured practice plans. The same engagement mechanics -- daily habit formation, immediate feedback, visible progress -- apply across mobile education and training.
Native iOS and Android apps with React Native -- single codebase, two platforms, App Store and Google Play submission
Offline content delivery with local progress sync when connectivity returns
Push notifications for streaks, due assessments, and learning reminders with preference management
In-app assessments, spaced repetition scheduling, and gamification designed for the specific learning context
RaftLabs builds custom mobile learning apps for iOS and Android for education and training organisations. Mobile learning app development covers native React Native apps with offline content delivery, push notifications for re-engagement, in-app assessments with multiple question types and spaced repetition scheduling, gamification mechanics including streaks and badges, and learning analytics dashboards for both learners and administrators. We've built a music learning app for Irish musicians using audio exercises, visual feedback, and structured practice plans -- the same engagement principles apply across education and training. Most mobile learning app projects deliver in 12--16 weeks at a fixed cost with full source code ownership.
100+Products shipped
·5+EdTech clients
·FixedCost delivery
·12-14Week delivery cycles
A web LMS wrapped in a WebView is not a mobile learning app
Mobile learners behave differently from desktop learners. They learn in short sessions during commutes, between calls, or in the few minutes before a shift starts. They need content that loads instantly, media that plays without buffering, interactions that work with a thumb rather than a mouse, and notifications that bring them back before a habit breaks. A desktop interface squeezed into a phone screen satisfies none of these requirements. It is a compromise that produces low engagement, low completion rates, and learners who open the app once and then delete it.
We've built a music learning app for Irish musicians that uses audio exercises, visual feedback on timing and pitch, and structured daily practice plans to drive consistent engagement. The principles behind that product -- immediate feedback, habit-forming mechanics, and content that respects how people actually use their phones -- are the same principles we apply to every mobile learning app we build, whether the subject is compliance training, language learning, or professional skills development.
What we build
Native iOS and Android apps
React Native architecture with native module integration for media playback, push notifications, device camera access, and other platform capabilities that a WebView cannot expose. A single codebase produces both the iOS and Android apps, which reduces build and maintenance cost without the experience trade-offs of a hybrid WebView approach. We handle App Store and Google Play submission, including app metadata, screenshot assets, privacy policy requirements, and the review process, so the build ends with a live app, not a development build sitting in a staging environment.
Offline content delivery
Content -- lessons, videos, assessments, and reference materials -- is downloaded to the device for offline use so learners can access what they need regardless of connectivity. Downloads are managed in the background so the learner does not have to wait, and storage usage is controlled so the app does not quietly fill a learner's phone. Progress is tracked locally while offline and synced to the server when connectivity is restored, with conflict resolution that preserves the learner's work. This is essential for learners working in areas with unreliable connectivity -- field workers, commuters, learners in lower-income markets where data costs are a real consideration.
Push notifications and re-engagement
Personalised push notifications for learning streaks, upcoming due assessments, new content releases, and daily practice reminders -- sent at the time that is most likely to produce a session for each individual learner based on their usage pattern. Notification preference management lets learners control what they receive without the only alternative being to turn off all notifications. Re-engagement sequences for learners who have gone inactive for a defined number of days, designed to rebuild the habit rather than just send a generic reminder. Notification analytics show which messages are driving sessions and which are being dismissed, so the content can be improved over time.
In-app assessments and quizzes
Multiple question types built for mobile interaction: multiple choice, fill-in-the-blank, audio recording response, video response, image selection, and drag-and-drop matching. Each question type is designed for thumb interaction on a phone screen, not adapted from a desktop form. Immediate feedback after each question shows whether the answer was correct and explains why, so the assessment is also a learning moment. Spaced repetition scheduling for review items brings questions back at the interval where recall is most at risk, so assessment is doing active retrieval practice rather than just testing what the learner already knows well.
Gamification and progress mechanics
Streaks, points, badges, leaderboards, and milestone rewards designed around the specific engagement mechanics that work for the learning context, not copied wholesale from consumer gaming. A compliance training audience needs different mechanics than a language learning audience -- the right level of competition, the right reward frequency, and the right streak recovery policy for the consequences of a missed day. We design the gamification system around what your learner cohort responds to, informed by what works in similar products and tested against real usage data early in the build so the mechanics can be tuned before launch.
Learning analytics and progress tracking
Learner-facing dashboard showing module progress, assessment scores, time spent in the app, current streak, and overall completion towards a goal or programme endpoint -- the data a learner needs to see to stay motivated and know where to focus next. Administrator and instructor view showing cohort performance across all learners: completion rates by module, average assessment scores, engagement trends, and individual learner progress for the learners who need a nudge. Data exports for integration with a reporting tool or HRIS, and webhook support for feeding learning events into your existing data infrastructure.
Frequently asked questions
React Native produces a genuinely native experience for the vast majority of mobile learning use cases -- native UI components, native media playback, native push notifications, and access to device hardware via native modules. The main trade-offs compared to fully separate native codebases are: React Native has a small overhead for CPU-intensive tasks like heavy animation or complex audio processing, and certain newer platform APIs are available in native Swift or Kotlin before the React Native community produces a wrapper. For mobile learning apps, which are content-heavy rather than computationally heavy, React Native consistently produces the right experience at a lower cost than two separate native codebases. Separate native codebases are worth the cost when the app has a genuine requirement that React Native cannot meet -- we will tell you honestly if that is the case during scoping.
When a learner completes a module or assessment while offline, the result is stored in a local database on the device with a pending sync flag. When connectivity is restored -- which the app monitors passively -- the pending records are sent to the server in the background, without the learner needing to do anything. The sync logic includes conflict resolution for the edge cases where the server and device have conflicting records, for example if a learner completed the same module on two devices while offline. Sync events are logged server-side so administrators have a record of when completion data was received rather than just when the activity occurred.
Yes. Gamification is a configurable layer, not a fixed part of the experience. For compliance training in a regulated industry where some employees are uncomfortable with competitive mechanics, streaks and points can be disabled or replaced with simple progress indicators. For a corporate skills development programme, leaderboards can be scoped to team rather than organisation-wide so the comparison is among peers rather than against the entire company. For a consumer education product where engagement is the primary challenge, full gamification including global leaderboards and streak recovery mechanics can be enabled. The gamification configuration is typically set at the programme or cohort level so different audiences within the same app can have different experiences.
A focused mobile learning app -- native iOS and Android via React Native, content delivery with offline support, in-app assessments, basic push notifications, and a learner progress dashboard -- typically runs $35,000--$75,000. Adding full gamification mechanics, spaced repetition scheduling, advanced analytics, and backend admin tooling typically runs $75,000--$140,000. A feature-complete mobile learning product with audio or video response assessments, a re-engagement notification system, instructor dashboards, and API integration with an existing LMS or HRIS typically runs $100,000--$180,000. Build time for a focused app is typically 12--14 weeks. A more complex product runs 16--22 weeks. We scope every project before pricing it.
Tell us who your mobile learners are, what content they need, where they lose connectivity, and what the current app experience is failing to do. We'll scope the right mobile learning product and give you a fixed cost.
