In recent years, as technology and business have evolved, many financial institutions have entered a transitional phase in their underlying architecture. They are beginning to adopt distributed computing and cloud-native microservice architectures as the foundation for building upper-layer platforms and application systems. However, uncertainties in technology strategies and business models, unproven integration between components, and the complexity of combining disparate systems make it difficult to rely on past experience. These challenges also increase the risks to application performance and availability, creating significant hurdles in managing hybrid architectures. The ORIGIEN Core Runtime Support Platform is purpose-built to address these issues—helping institutions smoothly implement new computing power and architecture systems while reducing operational, technical, supply chain, engineering, and investment risks.

The ORIGIEN Core Runtime Support Platform adopts a system engineering approach, leveraging a comprehensive suite of technical middle platforms and components to vertically adapt and optimize chips, storage, networks, hardware, operating systems, databases, cloud, and middleware for peak performance. It offers a next-generation cloud-native data center solution. With its cloud-native architecture—featuring full-stack code definition, open decoupling, state consistency, and data-driven operations—the platform enhances operational efficiency and lays the foundation for data center digital transformation. It supports the financial industry’s demands for large-scale capacity, high concurrency, high availability, and robust security. ORIGIEN empowers upper-layer applications with reliable, configurable capabilities and enables an open, agile, autonomous, and continuously evolving business computing platform.

1、ORIGIEN Core Computing Layer

Designed for critical industries such as finance, this layer leverages next-generation general-purpose computing chips and a cloud-native architecture to replace legacy mainframes and monolithic systems while maintaining stability. It provides industry clients with multi-tenant capabilities for flexible orchestration of computing, networking, storage, and security resources—fulfilling the foundational requirements of safety, reliability, high performance, scalability, ease of maintenance, and multi-site high availability.

2、ORIGIEN Data Resource Management Layer

This layer delivers a complete solution and supporting toolset tailored for industries like finance to handle data organization, storage, management, access, transmission, and exchange, addressing their unique requirements comprehensively.

3、ORIGIEN Cluster Computing Component Layer

Building on the foundational computing and data management layers, this component layer supports critical technical features required by financial-grade applications. Leveraging cloud-native components, it enables core capabilities for microservices-based application execution, release, automated deployment, scaling, scheduling, monitoring, and failover.

4、ORIGIEN Public Service Component Layer

Based on the foundational computing, data management, and cluster components, this layer provides essential public service modules that support upper-layer applications—addressing technical characteristics unique to financial-grade critical industries.

5、ORIGIEN Digital Infrastructure Operations & Maintenance Management

Serving as a unified portal and component suite for managing the operations and maintenance of the digital infrastructure, this layer ensures end-to-end foundational support for upper-layer applications. It significantly enhances operational efficiency and resilience, enabling stable performance across complex scenarios such as cloud-native environments, high concurrency, massive datasets, multi-site deployment, elastic scaling, and stringent security demands. It ensures the platform’s overall availability, reliability, manageability, and security.

The ORIGIEN Core Runtime Support Platform offers a clear path forward, supported by a mature technical foundation and optimized cost structure. It enables direct application migration or upgrades to cloud-native architectures—reliably replacing traditional computing frameworks with sustainable, backward-compatible solutions that meet the financial-grade performance requirements of typical application scenarios.