Stable and Reliable Software Requires Cutting-edge Architectural Patterns
August 31, 2023

Software uptime means higher revenue

One of the main guiding threads when designing the HOBACA platform and planning the software architecture was that the system must be highly reliable, with continuous availability and performance capable of seamlessly processing even the highest peaks without slowing down the system and downtime. Combining suitable technologies with cutting-edge architectural patterns is the main prerequisite in creating a powerful and modern software architecture that delivers a seamless user experience. The HOBACA platform is designed to meet the end user’s needs as much as possible. In other words, satisfied users’ feedback is the main driver of wider platform use, ultimately resulting in higher revenue.

A modern and intuitive user interface that meets the needs of users

User interface design emphasizes creating a modern and simple look, considering the user’s needs and ensuring that the interface has elements that are easy to access, easy to understand and use to perform the necessary actions. Designers must first understand the true essence of the software itself and combine concepts from visual design with software architecture, focusing on delivering a user-friendly and visually appealing experience.
While using the HOBACA platform, whether it is the owner of an electric vehicle charging station who uses the operational and management part of the software or end-users who use the application part to initiate charging, both witness an extremely modern, easy-to-use interface.

Understanding the Technologies and microservices architecture

HOBACA platform is built as a combination of powerful and modern tools – Java Spring Boot framework as a backend framework, following Angular and React Native for frontend user interface designs. Microservices architecture ensures high scalability and system parts isolation, contributing to excellent fault tolerance and overall system reliability. Each layer can be scaled independently, ensuring efficient resource usage.
The modular nature of used frameworks makes integrating new features and improvements easier without affecting other parts of the application.

Conclusion

The combination of modern technologies, organized and deployed as a powerful microservice architecture environment, makes the HOBACA platform highly scalable, modern, and reliable software designed with performance capable of seamlessly processing even the highest peaks without slowing down the system and downtime. Powerful software architecture, followed by modern, user-friendly, and intuitive design, makes the HOBACA platform the best EV charging solution ready to meet the end user’s needs as much as possible.

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