The Appzillon digital banking platform leverages the advantages of composable banking with its modular, loosely coupled architecture that promotes reusability. With Appzillon, banking functions are developed as independent, interoperable services, allowing banks to seamlessly integrate, scale, or replace business capabilities. This architecture provides granular control over individual components, enabling rapid development, deployment, and configuration of banking services.
Modular design enhances flexibility and reduces development and maintenance costs.
Reusable components speed up development and free up the development team to concentrate on innovating new features instead of repeating coding efforts.
Utilizing microservices architecture and APIs provides banks with interoperability advantages. This enables seamless integration with third-party services, fintech solutions, and partner ecosystems, enhancing their capabilities and market reach.
Improved customer experiences stem from increased personalization capabilities and seamless integration with third-party applications, simplifying customers’ interactions and making their experiences smoother.
Appzillon’s MASA (Mesh App and Service Architecture) facilitates composable banking by offering a robust foundation for agility, innovation, and scalability. Through multi grained microservices, Appzillon breaks down complex banking functionalities into manageable units, allowing banks to compose tailored services quickly. The service mesh layer ensures seamless communication among microservices, while the API Gateway enables external interactions and enforces security. This dynamic composition capability enables banks to respond swiftly to market demands, launch innovative products, and deliver personalized experiences to customers. With a focus on security, compliance, and developer productivity, Appzillon’s MASA architecture empowers banks to thrive in the digital era of composable banking, where flexibility and adaptability are key to success.
Appzillon adopts a microservices architecture, enabling composable banking by breaking down complex banking processes into smaller, independent services. This modular approach allows banks to build and scale their digital banking solutions efficiently.
The platform follows an API-first strategy, providing well-defined APIs that enable seamless integration with third-party services and internal banking systems. This flexibility allows banks to easily compose and extend their digital offerings.
With a component-based design approach, Appzillon facilitates the creation of reusable components for common banking functionalities. This promotes consistency, reduces development time, and supports the creation of tailored banking experiences.
Unlock the full potential of composable banking with Appzillon. Contact us for a personalized demonstration and discover how our composable banking capabilities can propel your financial institution to new heights.
Appzillon empowers banks to adopt both Banking-as-a-Platform (BaaP) and Banking-as-a-Service (BaaS) models, leveraging the benefits of composable banking. This approach enables banks to harness standardized capabilities provided by technology firms (without banking licenses), allowing them to concentrate on crafting unique and value-added services.
Additionally, Appzillon’s composability opens doors for financial institutions to venture into the profitable realm of BaaS. Core capability modules, initially designed for internal use, can now be monetized by offering them externally.
Be one step a head in delivering delightful retail banking user experiences to your customers
Learn More
Expand Banking Beyond The Walls Of A Branch With Just A Few Clicks
Learn More
Cloud-native technologies are transforming banking, offering scalability, and efficiency for modern bank...
Read More
In today’s digital banking environment, understanding and optimizing the customer journey is no longer...
Read More
Discover how we transformed the user experience for a bank’s retail banking app. This detailed case study walks you...
Read More
