In today's digital landscape, organizations are combining monolithic and microservices architectures for IT needs. A hybrid microservices platform is the way forward because it offers both microservices' flexibility and agility as well as monolithic performance and robust coupling.
The exponential growth of storage volumes and the advent of high-performance transient processing engines have marked the beginning of the In-Memory Computing (IMC) era. Low Latency Distributed Microservices (LLDM) resulted from it.
Caching technologies provide a solution to performance challenges that other storage volumes have been unable to tackle. However, they introduce new challenges, such as eventual consistency and Non-transactional platforms limitations.
A purely monolithic approach is no longer viable, and a purely microservices approach is not ideal. To handle the ever-growing real-time challenges, we need to embrace a hybrid approach, combining both approaches' benefits.
XAP's microservices distributed platform offers a no-compromise approach, enabling the decoupling of services while simultaneously boosting performance.
XAP microservices architecture stands out as the only platform capable of tackling intricacies by leveraging a unique deployment unit (DU) or processing unit (PU) mechanism. It encompass the definition of artifacts with interdependent lifecycles.
The XAP microservices platform is the only way to combine the benefits of the monolithic approach with all the advantages of microservices. It offers exacting governance over modular architecture, eliminates inter-process dependencies, and ensures data integrity and consistency across sites.
Implementing microservices-oriented systems across industries demands attention to performance and scalability. Relying solely on caching, database, and messaging systems as data state management and transfer fabrics makes it nearly impossible to achieve real-time microservices architecture. XAP empowers the delivery of real-time microservices that seamlessly integrate with your existing IaaS/PaaS, providing cost-effective, agile, event-driven applications.
Neither a purely monolithic nor microservices approach is sufficient for complex enterprise systems. A hybrid solution, combined with a cloud-native approach, delivers a robust, highly available, distributed, scalable, and encapsulated services deployment infrastructure.