Wie man einen WLAN-Signalanalysator mit 3D-Heimkartierung für iOS erstellt

Einfache Zusammenfassung

Develop a cutting-edge WiFi Signal Analyzer with 3D Home Mapping for iOS, providing users with an innovative way to visualize and optimize their home network coverage.

Produktanforderungsdokument (PRD)

Goals:

• Develop an iOS app that accurately measures and visualizes WiFi signal strength
• Implement 3D mapping functionality to create a model of the user's home
• Provide actionable insights for improving WiFi coverage

Target Audience:

• Home users looking to optimize their WiFi network
• IT professionals managing small office networks
• Property managers overseeing multiple living spaces

Key Features:

1. WiFi signal strength measurement and visualization
2. 3D home mapping using iOS device sensors
3. Heatmap overlay of WiFi coverage on 3D model
4. Recommendations for optimal router placement
5. Historical data tracking and comparison
6. Ability to share reports and 3D models

User Requirements:

• Intuitive interface for easy navigation and data interpretation
• Accurate WiFi signal strength measurements
• Precise 3D mapping of home environments
• Clear, actionable recommendations for improving WiFi coverage
• Ability to save and load multiple property profiles

Benutzerflüsse

1. Home Mapping:

   • User launches app and selects "Create New Map"
   • App guides user through room-by-room scanning process
   • User reviews and confirms 3D model accuracy

2. WiFi Analysis:

   • User selects "Analyze WiFi" from main menu
   • App prompts user to walk through the mapped area
   • Real-time signal strength data is collected and overlaid on 3D model

3. Optimization:

   • User views heatmap of WiFi coverage
   • App suggests optimal router placement
   • User can simulate different router positions to see impact

Technische Spezifikationen

• iOS Development: Swift, SwiftUI
• 3D Mapping: ARKit, SceneKit
• WiFi Analysis: iOS Network Extension framework
• Data Storage: Core Data
• Cloud Integration: Firebase for user accounts and data sync
• Analytics: Firebase Analytics
• Crash Reporting: Firebase Crashlytics

API-Endpunkte

• /auth/register: User registration
• /auth/login: User authentication
• /maps: CRUD operations for 3D maps
• /analysis: Store and retrieve WiFi analysis data
• /recommendations: Generate optimization suggestions

Datenbankschema

Users:

• id: UUID
• email: String
• password: String (hashed)
• createdAt: Date

Properties:

• id: UUID
• userId: UUID (foreign key)
• name: String
• createdAt: Date

Maps:

• id: UUID
• propertyId: UUID (foreign key)
• data: Binary (3D model data)
• createdAt: Date

AnalysisResults:

• id: UUID
• mapId: UUID (foreign key)
• data: JSON (WiFi signal strength data)
• createdAt: Date

Dateistruktur

Implementierungsplan

1. Project Setup (1 week)

   • Initialize iOS project with SwiftUI
   • Set up version control and CI/CD pipeline
   • Configure development, staging, and production environments

2. Core Functionality (3 weeks)

   • Implement WiFi signal strength measurement
   • Develop 3D mapping functionality using ARKit
   • Create basic UI for navigation and data display

3. Data Visualization (2 weeks)

   • Implement heatmap generation for WiFi signal strength
   • Overlay heatmap on 3D model
   • Develop interactive 3D viewer for mapped spaces

4. Optimization Algorithm (2 weeks)

   • Create algorithm for suggesting optimal router placement
   • Implement simulation feature for different router positions
   • Develop recommendation engine for improving WiFi coverage

5. User Management and Cloud Integration (1 week)

   • Implement user registration and authentication
   • Set up Firebase integration for data sync and analytics
   • Develop property and map management features

6. Testing and Refinement (2 weeks)

   • Conduct thorough testing of all features
   • Optimize performance and reduce battery usage
   • Refine UI/UX based on user feedback

7. Documentation and Submission (1 week)

   • Prepare user documentation and help resources
   • Finalize App Store listing and marketing materials
   • Submit app for App Store review

Bereitstellungsstrategie

1. Use TestFlight for beta testing with a select group of users
2. Implement phased rollout strategy in App Store
3. Monitor app performance and user feedback using Firebase Analytics
4. Prepare server infrastructure for API endpoints and data storage
5. Set up automated backups for user data
6. Implement monitoring and alerting system for server health
7. Plan for regular updates and feature releases based on user feedback

Designbegründung

The WiFi Signal Analyzer with 3D Home Mapping for iOS is designed to provide a unique and valuable tool for home network optimization. By combining accurate WiFi signal measurement with 3D mapping technology, users can gain unprecedented insight into their network coverage. The use of ARKit and SceneKit allows for precise 3D modeling of spaces, while the iOS Network Extension framework enables accurate WiFi signal analysis. The heatmap visualization overlaid on the 3D model provides an intuitive way for users to understand their network coverage. The optimization recommendations and simulation features empower users to make informed decisions about router placement. Cloud integration ensures data persistence and enables future features like sharing and comparing network setups. Overall, this design aims to create a powerful yet user-friendly tool that stands out in the utilities category of the App Store.