Streamlining Managing Hotel and Apartment Platform The Axisrooms Central Reservation System
Industry
Duration
Team
Technologies
Client Overview
The Axisrooms Central Reservation System is a robust platform tailored for managing hotel and apartment chains across India comprehensively. This software empowers users to configure various hotel parameters, including fundamental details like room types, pricing structures, reservation policies, meal plans, taxes, and promotional offers. Moreover, it integrates seamlessly with external booking platforms such as Booking.com, enabling instant bookings and synchronization.
Client Needs
Frontend Development
Scalable Backend Implementation
Room Distribution Algorithm
User-Friendly Interface
The Axisrooms CRS sought a solution that would streamline hotel and apartment management across India. The client required an advanced booking mechanism, commonly known as a 'booking engine,' along with a room distribution algorithm that would enable effective handling of hotel room reservations. They needed a comprehensive platform that could not only manage basic hotel parameters like room types, pricing, and policies but also seamlessly integrate with external booking providers for instant reservations. Additionally, they required a user-friendly interface capable of handling the complexity of reservation management transparently. The system had to be scalable enough to accommodate the needs of thousands of hotels while ensuring optimal distribution of guests across available rooms. Furthermore, Axisrooms needed integration with customer systems to access booking information from external sources effortlessly.
Services Provided
Backend Design and Development: We designed and developed a robust backend using a microservices architecture. This approach ensures the system is scalable, maintainable, and can handle a large number of transactions efficiently.
Fronted Application Design & Development: Our team devised a comprehensive design for the frontend application, emphasizing user experience, responsiveness, and ease of use. By focusing on these aspects, we ensured that the application interface was intuitive and user-friendly, enhancing usability for hotel and apartment chain management.
Reservation System Heuristic Design: We engineered a sophisticated heuristic reservation system, meticulously crafted to optimize the distribution of hotel guests among available rooms. This system aimed to enhance efficiency and maximize utilization, ensuring an optimal guest experience and streamlined reservation management for Axisrooms CRS.
Integration with External Systems: Our team seamlessly integrated Axisrooms CRS with external booking platforms and customer systems. This integration enabled the seamless exchange of booking information, ensuring synchronized operations and enhanced functionality for users across various platforms and systems.
Scope of Work
Conducting a comprehensive analysis of the hospitality industry to understand the specific needs and challenges faced by hotel and apartment chains.
Designing and implementing both the frontend and backend architecture of the reservation system, ensuring scalability and robustness to handle the complexities of hotel management.
Developing a user-friendly frontend interface that allows for transparent and efficient management of various hotel parameters, reservation processes, and promotional offers.
Implementing a scalable backend infrastructure capable of handling a large volume of hotel data and reservations, ensuring smooth operations even with thousands of hotels in the system.
Designing and implementing a heuristic approach for reservation handling to optimize guest distribution across available rooms, maximizing occupancy and revenue generation.
Integrating the reservation system with external booking platforms and customer systems to facilitate seamless data exchange and booking information retrieval.
Technologies Used
Java: Java served as the primary programming language for developing the backend components of Axisrooms CRS. Known for its robustness, scalability, and extensive ecosystem of libraries and frameworks, Java provided a solid foundation for building complex and reliable enterprise applications.
Spring: he Spring framework played a pivotal role in backend development, providing comprehensive support for building enterprise-grade applications. Leveraging Spring Boot, Spring Framework, and other Spring modules, developers achieved rapid development, dependency injection, transaction management, and seamless integration with other technologies.
Docker: Docker was employed for containerization, enabling the efficient deployment and management of Axisrooms CRS across different environments. By encapsulating each component into lightweight, portable containers, Docker facilitated consistent deployment and scalability while reducing overhead and dependency issues.
Redis: Redis served as an in-memory data store, enhancing the performance and scalability of Axisrooms CRS. Leveraging Redis's high-speed data access capabilities, the platform efficiently cached frequently accessed data, such as session information and database queries, reducing latency and improving overall system responsiveness.
Angular: Angular was chosen for frontend development, enabling the creation of dynamic and interactive user interfaces for Axisrooms CRS. With its component-based architecture and powerful features like two-way data binding and dependency injection, Angular facilitated the development of responsive and feature-rich front-end applications.
PostgeSql: PostgreSQL was selected as the relational database management system (RDBMS) for storing and managing data in Axisrooms CRS. Renowned for its reliability, extensibility, and support for complex queries, PostgreSQL provides a robust and scalable data storage solution, ensuring data integrity and efficient retrieval.
RabbitMQ: RabbitMQ was utilized as a message broker for asynchronous communication between microservices in Axisrooms CRS. By decoupling components and facilitating reliable message delivery, RabbitMQ enhanced the scalability, resilience, and performance of the platform's distributed architecture.
Development Process
The development process for Axisrooms CRS followed an agile methodology, beginning with thorough requirement analysis to align with client needs and industry standards. Backend development leveraged Java and Spring for core functionality, while Angular was used for frontend interfaces. Continuous integration ensured regular testing and deployment, with Docker containers facilitating consistent deployment.
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