Mobile App PRD Template

What This Template Is For

Building a mobile app is not the same as building a web app with a smaller screen. Mobile products face platform-specific review processes, device fragmentation, network variability, and permission models that do not exist on the web. A standard PRD misses these constraints entirely, which leads to rejected app store submissions, poor performance on low-end devices, and last-minute rework.

This template extends the traditional PRD format with sections specifically designed for mobile product development. It covers iOS and Android platform considerations, device and OS version targeting, permission handling, and app store compliance. Whether you are building native, cross-platform with React Native or Flutter, or a hybrid approach, the template guides you through decisions that mobile PMs face on every project.

Use the RICE Calculator to prioritize which platform to launch on first if you cannot ship both simultaneously.

How to Use This Template

1. Start by defining your target platforms and minimum OS versions. This single decision cascades through every other section.
2. Fill in the Problem Statement and Goals sections. These are identical to a standard PRD.
3. Work through the Mobile-Specific Requirements section. Cover permissions, offline behavior, push notifications, and device targets.
4. Draft the Platform Considerations section with your engineering lead. Cross-platform trade-offs require technical input early.
5. Define your app store submission plan, including screenshots, descriptions, and review guidelines.
6. Share the draft with your cross-functional team. Use Open Questions for unresolved platform decisions.

The Template

Overview

One-line summary. [Describe what the app does in one sentence.]

Problem Statement

• ☐ Define the target user persona or segment
• ☐ Describe the pain point with specific evidence (support tickets, interview quotes, metrics)
• ☐ Explain what users do today and why the current solution is insufficient on mobile
• ☐ Describe the cost of inaction (churn, competitive risk, revenue impact)

Goals and Success Metrics

• ☐ Define one primary goal for the mobile app
• ☐ Set 2-3 measurable success metrics with baselines and targets
• ☐ Define guardrail metrics (crash rate, app store rating, uninstall rate)
• ☐ List 2-3 explicit non-goals to prevent scope creep
• ☐ Score this initiative with the RICE framework

Mobile-Specific Requirements

Device and OS Targets

• ☐ Define minimum iOS version (consider adoption curves from Apple developer stats)
• ☐ Define minimum Android API level (check Android distribution dashboard)
• ☐ List specific device categories to support (phones, tablets, foldables)
• ☐ Define screen size breakpoints

Permissions

• ☐ List all required permissions (camera, location, notifications, contacts, etc.)
• ☐ Document the rationale for each permission (required for app store review)
• ☐ Define the permission request flow (when to ask, what to show if denied)
• ☐ Plan graceful degradation when permissions are denied

Connectivity and Offline

• ☐ Define behavior on slow or no network connection
• ☐ Identify which features require connectivity vs. work offline
• ☐ Define data sync strategy when connectivity resumes
• ☐ Set maximum offline data cache size

Push Notifications

• ☐ Define notification types and triggers
• ☐ Plan the opt-in flow and timing
• ☐ Set notification frequency limits
• ☐ Define deep-link targets for each notification type

Platform Considerations

• ☐ Document iOS-specific design requirements (Human Interface Guidelines compliance)
• ☐ Document Android-specific design requirements (Material Design compliance)
• ☐ Define platform-specific navigation patterns (tab bar vs. bottom nav, gestures)
• ☐ Plan for platform-specific features (widgets, app clips, instant apps)
• ☐ Document app store review guidelines relevant to this feature

User Stories

• ☐ Write P0 (must-have) user stories in "As a... I want... so that..." format
• ☐ Write P1 (should-have) user stories
• ☐ Write P2 (nice-to-have) user stories
• ☐ Include mobile-specific acceptance criteria (touch targets, gesture support, orientation)

Technical Architecture

• ☐ Define architecture approach and justify the decision (native vs. cross-platform)
• ☐ Document API dependencies and mobile-specific endpoints
• ☐ Plan local storage strategy (SQLite, Core Data, Room, SharedPreferences)
• ☐ Define authentication flow (biometrics, SSO, session management)
• ☐ Plan crash reporting and error tracking (Crashlytics, Sentry)
• ☐ Define analytics SDK and event tracking plan

Launch and Distribution

• ☐ Prepare app store listing (title, subtitle, keywords, description, screenshots)
• ☐ Plan phased rollout strategy (TestFlight / internal testing track first)
• ☐ Define rollback plan (how to revert if critical issues arise)
• ☐ Plan app store review timeline (allow 2-5 days for review)
• ☐ Prepare support documentation and FAQ for launch

Open Questions

Filled Example: Fitness Tracking App

Overview

One-line summary. A mobile app that syncs daily activity data from wearables and phone sensors into a unified dashboard with personalized insights.

Problem Statement

Who is affected? Active adults aged 25-45 who use two or more fitness devices or apps.

What is the problem? Users track steps on their phone, workouts on their watch, and sleep on a separate app. No single view shows their daily activity picture. They spend 10+ minutes per day switching between apps to understand their health data.

Evidence.

• 62% of respondents in our survey use 3+ health apps and want consolidation
• "I just want one place to see everything" appeared in 28 of 40 user interviews
• Competitor apps that aggregate health data grew 34% YoY (Sensor Tower data)

Mobile-Specific Requirements

Permissions required:

• HealthKit (iOS) / Health Connect (Android): read steps, heart rate, sleep, workouts
• Notifications: daily summary and goal reminders
• Background App Refresh: sync wearable data periodically

Offline behavior: Dashboard shows cached data up to 7 days old. New data syncs when connectivity returns. Local SQLite cache stores the last 90 days of activity data.

Launch Plan

Key Takeaways

• Mobile PRDs must cover platform constraints (permissions, OS versions, device targets) that web PRDs can ignore
• Define your minimum OS versions and architecture approach before writing detailed requirements
• Plan for offline behavior and connectivity issues from day one, not as an afterthought
• Build app store review compliance into your timeline with buffer for rejections
• Use one PRD for both platforms with a dedicated section for platform-specific differences

About This Template

Created by: Tim Adair

Last Updated: 3/4/2026

Version: 1.0.0

License: Free for personal and commercial use