Initialize the Feeding Timer project using Swift Package Manager for clean dependency handling and modular structure.

Create the FeedingLogEntry data structure to store start/end times, cues, and breast side information.

Design and implement the Active Feed Timer screen to track ongoing breastfeeding sessions with real-time updates.

Provide interactive charts to visualize daily, weekly, and custom feeding session patterns.

Handle and represent sync states to ensure logs remain consistent across devices.

Integrate Combine publishers to update the feed timer UI reactively during active sessions.

Design a reusable section header component for lists such as feeds, stats, or categories.

Expose feeding session properties with @Published to enable live updates across views.

Ensure FeedLogService reliably saves, updates, and retrieves feeding logs with comprehensive unit tests.

Automate UI validation to confirm the Active Feed Timer screen works correctly under different scenarios.

Improve the DashboardViewModel structure for clarity, maintainability, and responsiveness.

Add functionality to log baby cues (e.g., rooting, crying) before and during feeds.

Create summary cards showing daily totals, averages, and next expected feed predictions.

Provide a settings view where users can configure preferences, reminders, and localization.

Introduce a predictive chart estimating the baby’s weight based on feeding patterns and growth data.

Rework FeedingLogStore for better performance, data consistency, and easier extension.

Enhance sync error handling with retries, logging, and user notifications when data fails to update.

Translate all user-facing text to English and German, ensuring compatibility with iOS localization.

Design and integrate professional icons and splash screens for both light and dark modes.

Verify app compatibility, performance, and UI stability on iOS 16.6+ devices.

Create a dedicated Apple Watch app target to extend Feeding Timer functionality to watchOS.

Enable WCSession to synchronize feeding logs between iPhone and Apple Watch in real time.

Design a minimal Start/Stop button interface on the Watch for quick feed tracking.

Add subtle haptic taps to confirm user interactions when starting or stopping feeds.

Create a lightweight interface optimized for small Watch screens with large tappable buttons.

Ensure the Watch app continues running timers accurately when in background mode.

Write unit tests to verify WCSession reliably transmits and receives feed updates.

Provide a complication shortcut so parents can quickly start or view a feed directly from the Watch face.

Validate performance, UI responsiveness, and sync reliability on physical Apple Watch hardware.

Measure and optimize power consumption to ensure the Watch app does not drain the device battery.

Reduce data transfer payloads to make syncing faster and more efficient between iPhone and Watch.

Simplify and clean up the WatchViewModel for better maintainability and reactive updates.

Create test coverage for WCSessionManager to ensure stability in message handling.

Stream feeding session progress to the Watch in real time, keeping it in sync with the iPhone.

Add snapshot tests to verify Watch UI layouts remain consistent during changes.

Introduce dark mode theming for the Watch app to improve readability in low light.

Translate Watch app UI into multiple languages to support international parents.

Prepare polished screenshots of the Watch app for App Store submission.

Link Watch session data with the iOS Stats Overview so users see consistent feeding insights.

Configure release build settings to package the Watch app for production deployment.

Design the data schema for synchronizing feeding logs across devices, ensuring consistency and forward compatibility.

Store feeding logs locally in IndexedDB so the app can work offline and sync changes later.

Handle conflicts when multiple devices edit the same feed entry, resolving with the most accurate data.

Use service workers to cache app assets and recent feeding logs for reliable offline-first use.

Build a migration manager to handle schema updates without losing existing feeding log data.

Allow creation of local backup snapshots of feeding logs for recovery if sync fails.

Prototype direct peer-to-peer syncing of feeding logs for households without cloud connectivity.

Encrypt all feeding logs before syncing or storing them to protect sensitive baby health data.

Ensure the app is fully usable offline, syncing data only when connectivity is available.

Write unit tests for SyncService to verify feeding logs sync correctly in different scenarios.

Run large-scale tests to confirm IndexedDB and sync logic handle 10,000 feeding log entries efficiently.

Improve performance of fetching, sorting, and filtering large feeding log datasets.

Create a visible log of sync attempts and results so parents know when feeding data is up to date.

Define clear error messages and fallback options for sync and storage failures.

Enable multiple parent devices to log feeds for the same baby without overwriting each other’s data.

Automatically prune old log metadata to keep the database lightweight while retaining essential records.

Retry failed sync operations automatically to avoid losing feeding log updates.

Test migration paths to ensure IndexedDB upgrades keep feeding logs safe and intact.

Integrate telemetry to track sync success, errors, and user activity for future optimization.

Prepare integration for syncing feeding logs with cloud services as a fallback option.

Initialize the Feeding Timer marketing website with Next.js and Tailwind CSS for fast, styled static pages.

Design the hero banner to showcase Feeding Timer’s value with a striking headline, call to action, and background image.

Implement a markdown-based blog system for publishing articles on baby feeding, parenting, and app updates.

Set up SEO-friendly meta tags for title, description, Open Graph, and Twitter to promote Feeding Timer online.

Generate a sitemap.xml to improve indexing of all Feeding Timer website pages by search engines.

Ensure the site adapts perfectly across mobile, tablet, and desktop devices.

Integrate Google Analytics to track visitor interactions, traffic sources, and conversions.

Build a blog index page displaying all published articles in reverse chronological order.

Create the detail view for each blog post, with proper styling and social share features.

Include a robots.txt file to control search engine crawling of Feeding Timer website content.

Enhance blog readability by applying Tailwind Typography for rich text styling.

Add a Contact page with a form and essential details for parents to reach out or provide feedback.

Improve site speed, accessibility, and SEO scores based on Lighthouse audits.

Highlight Feeding Timer app screenshots and key features in a dedicated showcase section.

Set up deployment pipeline to host the Feeding Timer website on Digital Ocean servers.

Configure nginx to serve the static site, handle routing, and manage load balancing.

Enable HTTPS by setting up Certbot SSL certificates for secure connections.

Tune Next.js build settings for a fully static export that requires no backend server.

Document the project setup, development workflow, and license terms under GPL v3.

Test and fix site compatibility issues across Chrome, Safari, Firefox, and Edge.

Establish the official Feeding Timer color palette to ensure visual consistency across app and web.

Configure Tailwind with Feeding Timer’s brand colors, typography, and spacing tokens.

Create consistent button styles (primary, secondary, destructive) used across the app and website.

Define font sizes, weights, and line heights for titles, subtitles, and body text.

Design reusable card layouts for feeds, stats, tasks, and project previews.

Ensure all UI elements support light and dark themes seamlessly.

Define and standardize an icon set that matches Feeding Timer’s visual style.

Polish the design of section headers for better readability and brand alignment.

Introduce responsive grid systems for displaying tasks, projects, and categories.

Audit components for accessibility compliance, ensuring proper ARIA labels and keyboard navigation.

Verify all color combinations meet WCAG AA/AAA standards for readability.

Provide engaging empty state illustrations and text for when no feeds or tasks exist.

Create alert and info banners for reminders, sync errors, and app updates.

Establish consistent spacing values for paddings and margins across breakpoints.

Build a consistent tab navigation bar for iOS and Android views.

Unify input fields, checkboxes, and selectors into a single design system standard.

Experiment with responsive layout approaches to simplify view composition.

Develop chart templates for feeding stats, intervals, and weight predictions.

Adapt illustrations for dark mode to maintain clarity and visual appeal.

Adjust font scaling and hierarchy for consistent readability across platforms.

Ensure FeedLogService correctly saves, updates, and retrieves feeding logs with comprehensive unit tests.

Automate UI tests to confirm the Active Feed Timer screen behaves as expected in all user flows.

Verify that syncing feeding logs across devices works reliably by testing end-to-end scenarios.

Run accessibility audits to ensure the Feeding Timer app meets WCAG standards for all users.

Capture and validate UI snapshots to detect unexpected visual changes in the app.

Insert 1,000 feeding log entries to test app performance and data handling under heavy load.

Integrate automated tests into CI/CD pipelines to ensure reliability on every commit.

Define a QA checklist for manual testers to validate key Feeding Timer features.

Distribute TestFlight builds for beta testers to gather early feedback before release.

Profile CPU, memory, and rendering to optimize Feeding Timer’s performance on older devices.

Verify FeedingStyleService correctly classifies feeding sessions (normal, snack, cluster).

Simulate push notifications to ensure reminders are scheduled and displayed properly.

Run full-stack sync tests to confirm logs update seamlessly between iPhone and Watch.

Execute regression tests to confirm no new bugs were introduced after feature changes.

Automate QA checks for release candidates to streamline deployment readiness.

Test how the app recovers gracefully from crashes and preserves feeding data.

Simulate thousands of users logging feeds at once to evaluate server load handling.

Scan for vulnerabilities to ensure Feeding Timer protects sensitive baby and parent data.

Test app compatibility across iPhones, iPads, and different iOS versions.

Prepare the final checklist for App Store submission including assets, metadata, and compliance.

Trigger iOS push notifications to remind parents when the next feeding session is due, even if the app is closed.

Allow parents to set flexible reminder intervals between feeds, including custom durations to match baby routines.

Display an in-app banner reminding parents of an upcoming feed in a subtle, non-intrusive way.

Send haptic feedback on Apple Watch to notify parents discreetly when a feed is overdue.

Ensure reminder and notification preferences are synced between iPhone, Watch, and other devices.

Add a settings section where parents can enable, disable, and customize feeding reminders.

Create custom icons and gentle sounds tailored for Feeding Timer reminders and alerts.

Develop automated tests to validate that notifications are triggered reliably at the correct times.