Saas

Uyku Optimizasyonu (Sleep Optimizer)

warningProblem

"Are people who wake up at 5am actually more productive or have they just convinced themselves suffering early is the same as being disciplined?"

psychologyPotansiyel Çözüm

Kişiselleştirilmiş uyku ve uyanma rutinleri önererek, bireylerin gün içindeki enerji seviyelerini ve üretkenliklerini optimize eden, bilimsel verilere dayalı bir platform.

groupHedef Kitle

Sabah erken uyanmanın zorunlu olduğunu düşünen ancak gün içinde enerji düşüşleri yaşayan profesyoneller, öğrenciler ve uyku düzenini optimize etmek isteyen herkes. Özellikle 'Gece Kurdu' olup sabahları verimsiz hissedenler ve erken uyanıp öğleden sonra tükenenler.

paymentsGelir Modeli

Aylık veya yıllık abonelik modeli. Temel özellikler ücretsiz (örneğin, basit uyku takibi), gelişmiş analizler, kişiselleştirilmiş raporlar ve özel rutin önerileri için premium abonelik.

Aksiyon Planı

Kişiselleştirilmiş uyku/uyanma zamanı önerileri (kullanıcının sirkadiyen ritmine göre)

Gün içindeki enerji seviyesi takibi ve analizi

Özelleştirilebilir 'uyanma ritüeli' oluşturucu (soğuk duş, journaling, meditasyon vb. hatırlatmaları)

Verimlilik analizi: Hangi zaman dilimlerinde en verimli olunduğunun tespiti ve raporlanması

Uykudan sonraki ilk birkaç saatteki zihinsel performansı destekleyici kısa egzersizler veya odaklanma teknikleri önerileri

Pazar Analizi

8.7Puan

Kaynak: productivityopen_in_new

AI Prompt

You are an expert full-stack developer tasked with building a Minimum Viable Product (MVP) for a productivity optimization SaaS application called 'Sleep Optimizer'. The application should help users understand their personal circadian rhythms and optimize their sleep-wake cycles for peak daily productivity, rather than forcing a rigid 'early bird' mentality. The MVP must be a multi-page application built with Next.js App Router (using the `app/` directory), utilizing Drizzle ORM for database interactions with PostgreSQL, and implementing robust API routes for full CRUD functionality. Do NOT generate a simple landing page or a basic SPA.

**Core Requirements:**

1.  **Project Setup:** Use Next.js 13+ with the App Router (`app/` directory).
2.  **Database:** PostgreSQL with Drizzle ORM for schema definition and interaction.
3.  **Authentication:** Implement basic email/password authentication using Clerk or a similar service, integrated with NextAuth.js for session management.
4.  **State Management:** Utilize React Context API or Zustand for client-side state management.

**Database Schema (Drizzle ORM):**

*   **`users` table:**
    *   `id` (UUID, primary key)
    *   `email` (VARCHAR, unique)
    *   `passwordHash` (VARCHAR)
    *   `createdAt` (TIMESTAMP)
    *   `updatedAt` (TIMESTAMP)

*   **`userProfiles` table:**
    *   `userId` (UUID, foreign key to `users.id`, unique)
    *   `name` (VARCHAR)
    *   `preferredWakeUpTime` (TIME)
    *   `naturalSleepPreference` (ENUM: 'night_owl', 'early_bird', 'flexible')
    *   `timezone` (VARCHAR)
    *   `createdAt` (TIMESTAMP)
    *   `updatedAt` (TIMESTAMP)

*   **`sleepLogs` table:**
    *   `id` (UUID, primary key)
    *   `userId` (UUID, foreign key to `users.id`)
    *   `startTime` (TIMESTAMP)
    *   `endTime` (TIMESTAMP)
    *   `sleepQualityScore` (INTEGER, 1-5)
    *   `notes` (TEXT)
    *   `createdAt` (TIMESTAMP)

*   **`dailyEnergyLevels` table:**
    *   `id` (UUID, primary key)
    *   `userId` (UUID, foreign key to `users.id`)
    *   `date` (DATE)
    *   `morningEnergy` (INTEGER, 1-10)
    *   `afternoonEnergy` (INTEGER, 1-10)
    *   `eveningEnergy` (INTEGER, 1-10)
    *   `notes` (TEXT)
    *   `createdAt` (TIMESTAMP)

*   **`productivitySessions` table:**
    *   `id` (UUID, primary key)
    *   `userId` (UUID, foreign key to `users.id`)
    *   `startTime` (TIMESTAMP)
    *   `endTime` (TIMESTAMP)
    *   `taskDescription` (VARCHAR)
    *   `perceivedFocus` (INTEGER, 1-10)
    *   `createdAt` (TIMESTAMP)

**API Routes (`app/api/`):**

Implement CRUD operations for all tables. Examples:

*   `POST /api/auth/signup`
*   `POST /api/auth/login`
*   `GET /api/user/profile`
*   `PUT /api/user/profile`
*   `POST /api/sleep-logs`
*   `GET /api/sleep-logs`
*   `GET /api/sleep-logs/:id`
*   `PUT /api/sleep-logs/:id`
*   `DELETE /api/sleep-logs/:id`
*   `POST /api/energy-levels`
*   `GET /api/energy-levels?date=<date>`
*   `POST /api/productivity-sessions`
*   `GET /api/productivity-sessions?startDate=<date>&endDate=<date>`

**Frontend Structure (`app/` directory):**

*   **`layout.tsx`:** Root layout with basic structure and navigation.
*   **`page.tsx`:** Dashboard page displaying an overview of sleep, energy, and productivity data, including personalized insights.
*   **`auth/`:** Pages for signup, login.
*   **`profile/`:** Pages for viewing and editing user profile (e.g., `profile/edit`).
*   **`sleep/`:** Pages for logging sleep (`sleep/log`), viewing history (`sleep/history`).
*   **`energy/`:** Pages for logging daily energy levels (`energy/log`), viewing trends (`energy/trends`).
*   **`productivity/`:** Pages for logging productivity sessions (`productivity/log`), viewing analysis (`productivity/analysis`).

**MVP Features to Implement:**

1.  **User Onboarding & Profile Setup:** Collect `preferredWakeUpTime`, `naturalSleepPreference`, and `timezone` upon signup.
2.  **Sleep Logging:** Allow users to manually log their sleep start and end times, and rate sleep quality. API for CRUD operations.
3.  **Daily Energy Logging:** Allow users to log their energy levels at different times of the day (morning, afternoon, evening). API for CRUD operations.
4.  **Productivity Session Logging:** Allow users to log focused work sessions, including task description and perceived focus level. API for CRUD operations.
5.  **Personalized Insights Dashboard:** Analyze logged data to provide:
    *   **Circadian Rhythm Analysis:** Estimate user's natural peak productivity times based on their logs and preferences (e.g., "Your peak focus tends to be between 10 AM and 1 PM.").
    *   **Sleep Quality Feedback:** Basic feedback on sleep duration and quality.
    *   **Energy Trend Visualization:** Charts showing energy levels throughout the day/week.
    *   **Productivity Correlation:** Show correlation between sleep/energy levels and productivity session focus.
6.  **Basic Recommendations:** Offer simple, data-driven recommendations (e.g., "Consider adjusting your bedtime based on your energy dips.").

**Technical Considerations:**

*   Use server components and client components appropriately.
*   Ensure proper error handling for API calls and database operations.
*   Implement basic UI/UX best practices for clarity and ease of use.
*   Seed the database with sample data for initial testing if needed.
*   The focus is on core logic and data management for the MVP, not on a polished, production-ready UI.