Automatisch-Nachbuchen - Technical Concept Study
A conceptual demonstration exploring technical aspects of automation through browser technology. This educational project is no longer active and was developed exclusively for learning purposes.
Notice: This project has been discontinued and exists only as an archive for educational purposes
This project report describes a purely conceptual study conducted exclusively for educational and research purposes. It is an archived, inactive technical demonstration.
Important legal notice: This project is not affiliated with, sponsored by, or endorsed by any mobile telecommunications providers. Automated use of provider interfaces may violate terms of service and is not recommended. This documentation serves educational purposes only.
Conceptual Overview
This technical demonstration explored the theoretical possibilities of browser automation and workflow optimization in the context of web interactions. The study included the conception of a hypothetical architecture for specific mobile data plans with volume management features.
Hypothetical System Architecture
The conceptual application was based on a modern architecture with clear separation between frontend and backend:
Frontend Concepts
- Next.js with React for user interface prototypes
- TailwindCSS for design concepts
- Prototypes for dashboard visualizations
- Dark mode as a UI/UX experiment
- Progressive Web App (PWA) design concepts
Backend Concepts
- Next.js API Routes for endpoint architecture concepts
- Theoretical application of Flask API for specialized automation tasks
- Exploration of Playwright for web interaction automation
- Concepts for secure data storage
- Theoretical event-based architecture
Data Processing Concepts
- PostgreSQL with Prisma ORM as a conceptual database model
- Theoretical database migration strategies
- Concepts for query optimization
- Theoretical transaction safety models
Educational Goals and Explored Technical Challenges
As part of this conceptual study, several educational goals were pursued:
Browser Automation Theory
A main focus of the study was the theoretical examination of modern browser automation techniques:
- Conceptual selector strategies for DOM navigation
- Theoretical error handling mechanisms
- Adaptive timing strategies in automated processes
- Concepts for robust automation scenarios
Security Concepts
As part of the educational component, the following theoretical security concepts were explored:
- Models for data encryption
- JWT-based authentication concepts with NextAuth.js
- Theoretical role-based access concepts
- HTTPS implementation strategies
Theoretical Monitoring System
The study included conceptual considerations for real-time monitoring:
- Theoretical monitoring strategies for data volume
- Concepts for automated system reactions
- Theoretical threshold logic
- Logging concepts
Technologies Explored
- Next.js and React for frontend concepts
- TailwindCSS for UI design theories
- NextAuth.js for authentication models
- Flask for backend concepts
- PostgreSQL with Prisma ORM as database model
- Playwright for browser automation theory
- Docker as containerization concept
Educational Value
This conceptual study served to acquire and deepen knowledge in the following areas:
- Modern web development technologies
- Frontend/backend architecture concepts
- Theoretical scaling strategies
- Conceptual security models
Conclusion
This project was a purely academic exercise to understand modern web technologies and exists only as archived educational content. It is not an active service or a recommendation for automated use of provider portals contrary to their terms of use.