travel-agent

byRana Owais

# WanderSync — AI-Powered Travel Itinerary Planner ## Complete Project Build Prompt You are an expert full-stack developer and UI/UX designer. Build a **complete, production-quality web application** called **WanderSync** — an AI-powered travel itinerary planner. Follow every specification below exactly. The final product must look and feel like a polished, professional SaaS product — not a student project. --- ## 1. PROJECT OVERVIEW WanderSync lets users describe their travel preferences in natural language (or a structured form) and receive a personalized, day-wise travel itinerary generated by AI, enriched with real attraction, hotel, and weather data. **Example user input:** *"I want a 7-day cultural trip in Italy with budget hotels and art museums."* --- ## 2. TECH STACK - **Frontend:** HTML5, CSS3, JavaScript, React JS (functional components + hooks) - **Backend:** Python, Flask (REST API) - **Database:** SQLite (users, sessions) + JSON/MongoDB (itinerary storage) - **AI Model:** OpenAI API — GPT-4o (for itinerary generation, natural language understanding, and personalization/embeddings) - **External APIs:** - **Google Places API** — attractions, points of interest, ratings, photos - **OpenWeatherMap API** — weather forecasts for the destination and travel dates - (Optional, if credentials available) **Booking.com / RapidAPI Hotels** — hotel data - **PDF Export:** `reportlab` or `weasyprint` - **Auth:** Flask-Login / session-based authentication with hashed passwords (bcrypt) --- ## 3. DESIGN SYSTEM (STRICT — FOLLOW EXACTLY) ### Color Palette — "Professional White + Deep Teal" | Role | Color | Hex | |---|---|---| | Background (primary) | White | `#FFFFFF` | | Background (secondary/cards) | Soft off-white | `#F7F9FA` | | Primary brand color | Deep Teal / Navy | `#0D3B4A` | | Accent color (CTAs, highlights) | Warm Coral | `#FF6B4A` | | Secondary accent | Muted Gold | `#E8A33D` | | Text (primary) | Charcoal | `#1A1D29` | | Text (secondary/muted) | Slate Grey | `#6B7280` | | Borders/dividers | Light grey | `#E5E7EB` | | Success | `#2EC4B6` | | Error | `#E63946` | Design should feel **airy, clean, minimal, and premium** — generous white space, soft shadows (`box-shadow: 0 4px 20px rgba(0,0,0,0.06)`), rounded corners (`border-radius: 12–16px`). ### Typography - **Headings font:** `Sora` (Google Font) — bold, modern, geometric — used for H1–H3, hero text, logo. - **Body font:** `Inter` (Google Font) — clean, highly readable — used for paragraphs, form labels, buttons. - **Accent/quote font (optional):** `Fraunces` (serif, italic) — for taglines or testimonial-style text, to add a premium editorial touch. Import via Google Fonts: ```html <link href="https://fonts.googleapis.com/css2?family=Sora:wght@400;600;700;800&family=Inter:wght@400;500;600&family=Fraunces:ital,wght@1,400;1,500&display=swap" rel="stylesheet"> ``` ### UI Principles - Consistent 8px spacing grid - Buttons: solid coral for primary actions, outlined teal for secondary actions, subtle hover transitions (`transition: all 0.2s ease`) - Icons: use a consistent icon set (Lucide or Feather icons) - Cards for itinerary days, attractions, and hotel suggestions with subtle hover-lift effect - Fully responsive (mobile-first breakpoints: 480px, 768px, 1024px, 1280px) - Skeleton loaders / shimmer effects while AI is generating content (never a blank spinner alone) --- ## 4. PAGES / SITE MAP 1. **Home / Landing Page** — Hero section with tagline, "Plan Your Trip" CTA, "How it Works" (3–4 steps), featured destination cards. 2. **Login / Signup Page** — Clean split-screen layout (form on one side, travel imagery on the other). 3. **Trip Planner Page (Input)** — Natural language text box + structured filters (destination, dates, budget, interests as tags/chips, number of travelers). 4. **Loading / Processing State** — Animated, on-brand loading screen with rotating status messages ("Curating your perfect trip...", "Checking the weather...", "Finding hidden gems..."). 5. **Itinerary Result Page** — Day-wise tabs, each with timeline-style activity cards (time, title, description, image, map pin), weather widget, hotel suggestions sidebar. Buttons: Edit, Download PDF, Share, Save. 6. **Edit Itinerary (inline)** — Drag-to-reorder or remove activities within the result page. 7. **Dashboard / My Trips** — Grid of saved itineraries as cards (destination image, dates, "View" button). 8. *(Optional)* **Profile/Settings Page** — Basic user info management. --- ## 5. FUNCTIONAL REQUIREMENTS 1. User authentication (signup/login/logout) with secure password hashing. 2. Natural language + structured input handling for trip preferences. 3. OpenAI GPT-4o integration to generate a structured JSON itinerary (day-wise activities, timing, descriptions, local insights). 4. Google Places API integration to enrich the itinerary with real attractions, ratings, and photos. 5. OpenWeatherMap integration to show forecasted weather for the trip dates. 6. Personalization: store past user queries/itineraries and use them (via embeddings or simple heuristics) to bias future recommendations. 7. Itinerary output must be downloadable as a formatted PDF and shareable via a link. 8. Users can edit (reorder/remove activities) and re-save their itinerary. 9. All itineraries are stored per-user and retrievable from a "My Trips" dashboard. 10. Real-time progress indicator while the AI/API calls are processing. --- ## 6. NON-FUNCTIONAL REQUIREMENTS - **Performance:** Itinerary generation should complete and render within 3–5 seconds under normal load (show progressive loading if longer). - **Security:** All data transmitted over HTTPS; passwords hashed with bcrypt; API keys stored in environment variables, never hardcoded. - **Scalability:** Backend structured so it can handle concurrent requests (use async calls to external APIs where possible). - **Reliability:** Graceful error handling if OpenAI or a third-party API fails (fallback messaging, retry logic). - **Usability:** Fully responsive, accessible (proper contrast ratios, alt text, keyboard navigation). --- ## 7. DELIVERABLES - Complete, well-commented source code (Flask backend + React or HTML/CSS/JS frontend) - `.env.example` file listing required API keys (OpenAI, Google Places, OpenWeatherMap) - `README.md` with setup instructions, assumptions made, and a system architecture diagram (described in text/ASCII if needed) - Sample test data (3–4 example user prompts and their generated itineraries) - Clean project folder structure, e.g.: ``` wandersync/ ├── backend/ │ ├── app.py │ ├── routes/ │ ├── services/ (openai_service.py, places_service.py, weather_service.py, pdf_service.py) │ ├── models/ │ └── database.db ├── frontend/ │ ├── src/ │ │ ├── components/ │ │ ├── pages/ │ │ ├── styles/ │ │ └── App.jsx ├── .env.example ├── README.md └── requirements.txt ``` --- ## 8. TONE OF THE FINAL PRODUCT The end result should feel like a **premium travel-tech startup product** — think Airbnb's cleanliness meets a modern AI SaaS tool. Avoid generic Bootstrap defaults, avoid purple-gradient AI-app clichés, avoid cluttered layouts. Every screen should look intentional and polished enough to be shown in a portfolio. Begin by scaffolding the project structure, then implement the backend services, then build the frontend screens in the order listed in Section 4.

No preview

Comments (0)

No comments yet. Be the first!

System Requirements

System Requirement Document
Page 1 of 7

System Requirements Document

Introduction

WanderSync is an AI-powered travel itinerary planner designed to simplify and personalize the travel planning experience. It leverages Generative AI and Large Language Models (LLMs) to create dynamic, personalized travel itineraries based on user preferences. The application integrates real-time data from various third-party travel APIs to provide context-aware, optimized travel plans.

System Overview

WanderSync allows users to input their travel preferences through a conversational interface, which is then processed by an AI model to generate a structured, day-wise travel itinerary. The system enriches itineraries with real-time data on attractions, accommodations, and weather, providing a comprehensive travel planning solution.

Page 2 of 7

Functional Requirements

  1. User Authentication

    • As a user, I want to securely sign up, log in, and log out using session-based authentication with hashed passwords.
  2. Natural Language Input

    • As a user, I want to input my travel preferences in natural language or through a structured form to receive a personalized itinerary.
  3. AI-Powered Itinerary Generation

    • As a user, I want the application to use OpenAI GPT-4o to generate a structured itinerary with day-wise activities, timing, descriptions, and local insights.
  4. Integration with Google Places API

    • As a user, I want the itinerary to include real attractions, ratings, and photos from Google Places.
  5. Weather Forecast Integration

    • As a user, I want to see weather forecasts for my travel dates using OpenWeatherMap API.
  6. Personalization and Recommendations

    • As a user, I want the application to personalize recommendations based on my past queries and itineraries using embeddings.
  7. PDF Export and Sharing

    • As a user, I want to download my itinerary as a formatted PDF and share it via a link.
  8. Itinerary Editing

    • As a user, I want to edit, reorder, or remove activities within my itinerary and save the changes.
  9. Dashboard for Saved Itineraries

    • As a user, I want to view and retrieve my saved itineraries from a "My Trips" dashboard.
  10. Real-Time Progress Indicator

    • As a user, I want to see a real-time progress indicator while the AI and API calls are processing.
  11. Conversational Interface

    • As a user, I want to interact with a chatbot-style interface to ask for updates or make modifications to my itinerary.
  12. Backend Optimization Logic

    • As a user, I want the application to optimize my travel plans considering time, distance, cost, and preferences.
  13. Optional Voice Input

    • As a user, I want to optionally use voice input to describe my travel preferences.
  14. Real-Time Updates

    • As a user, I want the application to retrieve up-to-date information such as weather and safety alerts.
  15. Multi-User Collaboration

    • As a user, I want to co-create and edit itineraries with others through shared access.
  16. Background and Necessity for the Application

    • As a user, I want to understand the necessity of the application in a globalized world where travel planning is complex.
  17. Proposed Solution

    • As a user, I want the application to provide a solution that simplifies travel planning using AI.
  18. Once the Query is Submitted

    • As a user, I want the system to process my query and generate an itinerary once I submit my travel preferences.
  19. The Backend LLM Interprets the Input

    • As a user, I want the backend LLM to interpret my input to generate an optimized itinerary.
  20. Gathers Relevant Data

    • As a user, I want the application to gather relevant data for itinerary generation.
  21. Including Day-Wise Activities

    • As a user, I want my itinerary to include day-wise activities and sightseeing suggestions.
  22. Recommended Attractions

    • As a user, I want the itinerary to include recommended attractions and ideal visit times.
  23. Edit Entries

    • As a user, I want to edit entries in my itinerary for customization.
  24. Functionality Allows Users to Rearrange Activities

    • As a user, I want the functionality to rearrange activities in my itinerary.
  25. Re-Query Specific Days

    • As a user, I want to re-query specific days in my itinerary for updates.
  26. Then Presents It as a Tailored Itinerary

    • As a user, I want the system to present the itinerary as a tailored travel plan.
Page 3 of 7

User Personas

  1. Individual Traveler

    • A solo traveler looking for personalized travel itineraries based on specific interests and budget constraints.
  2. Family Tourist

    • A family planning a vacation, requiring itineraries that accommodate multiple preferences and activities suitable for all ages.
  3. Group Planner

    • A group of friends or colleagues planning a trip together, needing collaborative itinerary planning features.
Page 4 of 7

Core User Flows

  1. Itinerary Creation Flow

    • User inputs travel preferences via natural language or structured form.
    • System processes input using AI and retrieves data from external APIs.
    • User receives a personalized, day-wise itinerary with options to edit and save.
  2. Itinerary Editing Flow

    • User accesses a saved itinerary from the dashboard.
    • User edits activities by reordering or removing them.
    • User saves the updated itinerary.
  3. Itinerary Sharing Flow

    • User selects an itinerary to share.
    • System generates a shareable link or downloadable PDF.
    • User shares the itinerary with others.
Page 5 of 7

Visuals Colors and Theme

  • Background (primary): White #FFFFFF
  • Background (secondary/cards): Soft off-white #F7F9FA
  • Primary brand color: Deep Teal / Navy #0D3B4A
  • Accent color (CTAs, highlights): Warm Coral #FF6B4A
  • Secondary accent: Muted Gold #E8A33D
  • Text (primary): Charcoal #1A1D29
  • Text (secondary/muted): Slate Grey #6B7280
  • Borders/dividers: Light grey #E5E7EB
  • Success: #2EC4B6
  • Error: #E63946

Signature Design Concept

  • Airy, clean, minimal, and premium design with generous white space and soft shadows.
  • Rounded corners for UI elements.

Interaction Model & Motion Direction

  • Consistent 8px spacing grid.
  • Subtle hover transitions for buttons and cards.
  • Skeleton loaders for content generation.
Page 6 of 7

Non-Functional Requirements

  1. Performance

    • Itinerary generation should complete within 3–5 seconds under normal load.
  2. Security

    • All data transmitted over HTTPS; passwords hashed with bcrypt.
  3. Scalability

    • The platform must handle concurrent requests and external API calls efficiently without degradation.
  4. Reliability

    • Graceful error handling for API failures with fallback messaging.
  5. Usability

    • Fully responsive and accessible interface.

Tech Stack

  • Frontend: HTML5, CSS3, JavaScript, React JS
  • Backend: Python, Flask
  • Database: SQLite, JSON/MongoDB
  • AI Model: OpenAI API — GPT-4
  • External APIs: Google Places API, OpenWeatherMap API
  • PDF Export: reportlab or weasyprint
  • Auth: Flask-Login with bcrypt
Page 7 of 7

Assumptions and Constraints

  • Accurate and real-time data retrieval from third-party APIs is essential.
  • Performance may degrade during high traffic periods such as holiday seasons if infrastructure scaling is insufficient.
  • Privacy and data security must comply with regional regulations.

Glossary

  • AI: Artificial Intelligence
  • API: Application Programming Interface
  • GPT-4o: A version of OpenAI's Generative Pre-trained Transformer model
  • LLM: Large Language Model
  • RAG: Retrieval-Augmented Generation
  • SaaS: Software as a Service

No completed page designs yet.

Completed design pages will appear here when they are ready to preview.

Home / Landing Page: Explore features
Login / Signup Page: Log in
Dashboard / My Trips: View family trips
Trip Planner Page Input : Enter family preferences
Loading / Processing State: Watch progress
Itinerary Result Page: Review family itinerary
Edit Itinerary inline : Adjust activities for ages
Itinerary Result Page: Save itinerary
Itinerary Result Page: Export PDF
Profile/Settings Page: Update family info

No completed page designs yet.

Completed design pages will appear here when they are ready to preview.

Home / Landing Page: Explore features
Login / Signup Page: Log in
Dashboard / My Trips: View family trips
Trip Planner Page Input : Enter family preferences
Loading / Processing State: Watch progress
Itinerary Result Page: Review family itinerary
Edit Itinerary inline : Adjust activities for ages
Itinerary Result Page: Save itinerary
Itinerary Result Page: Export PDF
Profile/Settings Page: Update family info