Madhapur, Hyderabad, India
Microservices architecture breaks down the remittance platform into independently deployable services, each handling a specific function such as transaction processing, compliance, AML, and customer management. This allows for modular development, quicker updates, and easier scaling. Each service can be developed using the best-suited technology, improving efficiency and innovation. Fault isolation is enhanced, meaning issues in one service do not affect the entire system.
The backend of iRemitU is built using Python, leveraging the FastAPI framework.
Speed: FastAPI can process a large number of requests per second with minimal delay. This is crucial for applications that need to handle many users simultaneously.
Efficiency: FastAPI makes efficient use of system resources (CPU, memory, etc.), allowing it to serve more requests with the same hardware compared to some other frameworks.
Ease of Use: Python's simplicity and readability make the codebase easy to maintain and extend.
Asynchronous Support: FastAPI supports asynchronous programming, which improves throughput and scales the application more effectively.
The user interface is developed using Vue.js, a progressive JavaScript framework, along with Vuetify, a material design component library.
Reactive Data Binding: Vue.js offers a reactive data binding system, which ensures that the UI updates automatically when the underlying data changes.
Component-Based Architecture: This allows for reusable, modular components, making the development process more efficient.
Material Design: Vuetify provides a rich set of pre-designed UI components following Google's Material Design guidelines, ensuring a visually appealing and consistent user interface.
MySQL is used as the primary relational database management system for storing structured data.
Reliability: MySQL is a highly reliable and mature database solution.
Performance: It provides high performance for read-heavy operations.
Scalability: MySQL supports large-scale deployments and can be scaled horizontally.
Usage: Log storage.
Benefits: Handles large volumes of unstructured data, provides high availability and scalability, and offers flexible schema design.
Usage: Storage for logs and other static files.
Benefits: Scalable and durable object storage, secure data transfer, and integration with other AWS services.
Dependency management and packaging in Python.
Simplifies dependency management, ensures reproducible builds, and facilitates project setup.
Message broker for handling asynchronous communication between services.
Ensures reliable message delivery, supports various messaging patterns, and can handle high-throughput.
Usage: Distributed task queue for managing asynchronous tasks.
Benefits: Allows for the execution of background tasks, improves application responsiveness, and enables scheduling of periodic tasks.
In-memory data structure store, used as a cache and message broker.
Benefits: Provides fast access to frequently used data, supports high-throughput and low-latency operations, and improves overall performance.
Our web-based mobile app ensures that your business can offer a mobile solution without the need for extensive development across multiple platforms. This approach leverages web technologies to deliver a consistent and responsive experience that can be accessed from any mobile browser. Key benefits include:
Universal Access: Users can access the app from any device with a web browser, eliminating the need for downloads or installations.
Cost-Effective: Reduces development and maintenance costs by using a single codebase.
Quick Updates: Updates and improvements are instantly available to all users without the need for app store approvals or user-initiated updates.
Platform Agnostic: Ensures compatibility across Android, iOS, and Huawei devices, providing a broad reach.
For businesses seeking a more integrated mobile experience, our hybrid app developed using Flutter offers a powerful alternative. Flutter, an open-source framework by Google, allows us to create natively compiled applications for mobile from a single codebase. This approach ensures high performance and a rich user experience. Key benefits include:
Native Performance: Delivers high performance and smooth animations, comparable to native apps.
Single Codebase: Streamlines development by using a single codebase for Android, iOS, and Huawei, reducing time-to-market.
Rich UI/UX: Provides a customizable and visually appealing user interface that adapts to different devices and screen sizes.
Consistent Experience: Ensures a consistent look and feel across all platforms, enhancing user familiarity and satisfaction.
Access to Native Features: Allows for the integration of native device features, such as GPS, camera, and notifications, providing a more enriched user experience.
Whether you choose our web-based mobile app or the hybrid app with Flutter, RemitRise is committed to delivering a comprehensive mobile solution that meets the diverse needs of your business. Our goal is to empower our partners with the tools they need to offer seamless and efficient remittance services to their customers, regardless of the device or platform they use.