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Mobile Analytics Integration Strategy

Design and implement a mobile analytics strategy with event tracking, user properties, funnels, cohort analysis, and privacy compliance.

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What this prompt does

This prompt designs a full mobile analytics strategy and the code abstraction to keep it clean. It runs through six steps: defining an event taxonomy, building a provider-agnostic analytics abstraction, setting up user identity and properties, implementing conversion funnels, configuring cohort retention analysis, and enforcing privacy compliance. The order matters because a messy taxonomy and provider lock-in are the failures that hurt later, long after launch.

The variables shape the plan to your product. [naming_convention] and [event_count] define the tracking plan, [business_events] capture domain-specific actions, and [primary_provider] plus [secondary_provider] are wired behind one AnalyticsService interface. [identity_method] and [user_tiers] drive identity resolution, [funnel_count] and [conversion_threshold] define funnels and alerts, [cohort_dimension] and [retention_definition] shape retention, and [privacy_frameworks] set the consent rules. The abstraction is the part that turns a provider swap into a one-file change, which is why it is built before any provider-specific code lands. Getting the taxonomy and the abstraction right early is far cheaper than untangling a tag soup of provider calls scattered through the app after launch.

When to use it

  • You are instrumenting a new mobile app and want a consistent event taxonomy from day one.
  • You want to avoid analytics-provider lock-in by routing through one abstraction.
  • You need identity resolution that survives login, logout, and reinstalls.
  • You want conversion funnels with drop-off alerts, not just raw event counts.
  • You need cohort retention reporting (D1, D7, D30, D90) tied to a real active-session definition.
  • You must satisfy GDPR, CCPA, and ATT before launch rather than patching consent afterward.

Example output

Expect a tracking plan covering [event_count] events grouped into screen views, user actions, system events, and business events, with required and optional properties per event. Alongside that you get an AnalyticsService interface with adapters for [primary_provider] and [secondary_provider], an identity flow handling anonymous-to-authenticated merges, [funnel_count] funnel definitions with drop-off points, cohort retention reports by [cohort_dimension], and a consent-management design for [privacy_frameworks] with granular categories. It is largely architecture and spreadsheet-style planning plus interface code, organized so that each layer can be reviewed and implemented independently.

Pro tips

  • Lock [naming_convention] early; an object_action style applied consistently across all [event_count] events saves painful renames later.
  • Define [business_events] carefully, since these are what funnels and retention ultimately measure.
  • Keep the AnalyticsService abstraction strict so swapping [primary_provider] or [secondary_provider] stays a one-file change.
  • Set [retention_definition] to something meaningful for your app; counting any app open as active inflates retention misleadingly.
  • Make consent gating real: block tracking until opt-in and honor [privacy_frameworks] signals like ATT before any event fires.
  • Tune [conversion_threshold] to your baseline so drop-off alerts are actionable rather than noisy and easy to ignore.

Frequently Asked Questions

Does the abstraction really let me switch analytics providers easily?
That is the intent of step 2. The `AnalyticsService` interface decouples tracking from the vendor, with adapters for `[primary_provider]` and `[secondary_provider]`. Swapping providers means changing only the adapter, provided your app code consistently calls the abstraction rather than the SDK directly.
How does it handle user identity across reinstalls?
Step 3 assigns an anonymous ID on first launch, merges it with the authenticated user ID on login using `[identity_method]`, and resets on logout. It explicitly aims for proper identity resolution across reinstalls, though reinstall matching is inherently imperfect on mobile platforms.
Is privacy compliance actually built in?
Step 6 implements consent management that blocks analytics until opt-in, supports granular categories, and honors iOS App Tracking Transparency and Android Privacy Sandbox signals. It also covers GDPR right-to-erasure via the `[primary_provider]` API, so consent is enforced before events fire.
What kind of retention analysis does it set up?
It defines cohorts by `[cohort_dimension]` and tracks D1, D7, D14, D30, and D90 retention, using your `[retention_definition]` to decide what counts as an active session. Weekly cohort reports are scheduled to `[report_destination]`.
Engr Mejba Ahmed

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Engr Mejba Ahmed

AI Developer · Software Engineer

I'm Mejba — I design and ship production AI systems, automations, and full-stack apps. If you want this turned into a working solution for your team, let's talk.

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