Driven by enterprise architecture-led business modeling, the ORIGIEN Digital Construction Platform enables software engineering innovation. It provides capabilities for constructing, migrating, and governing large-scale application clusters through an integrated toolchain and engineering methodology.
As IT construction advances, major financial institutions and enterprises typically operate multiple, siloed business or service platforms, making integration and data sharing difficult. In their digital transformation journey, organizations urgently need to consolidate similar business scenarios into a single platform, open up business capabilities to external partners, and rapidly launch new scenario-driven services. Especially for industry clients like financial institutions, challenges and bottlenecks often arise during application development and delivery—highlighting the demand for a toolchain platform that unifies business design, development, and operations.
The ORIGIEN Digital Construction Platform is designed to meet the demands of expanding system scale and complexity. It offers an integrated toolchain and standardized framework covering business modeling, system design, full-domain low-code development, system testing, continuous integration and delivery, engineering management, R&D assets, security, and process management. The platform supports agile innovation and continuous iteration of digital applications, reinforcing best practices, reducing complexity, ensuring quality, and preserving architectural assets. Developers can focus on business implementation while the platform enhances software production through digitalized methods. It also provides a suite of tools to support technical architecture migration and switching—enabling seamless and stable adoption of new technology stacks.
1、Business Modeling
Based on proven business modeling methodologies, this capability guides the layered IT architecture of digital banks and provides a foundation for decomposing application components. It supports financial institutions in implementing enterprise architecture-driven digital transformation and serves as the foundational step in the integrated toolchain that connects requirements, design, and development.
2、Unified Design & Development
A one-stop, full-lifecycle low-code development platform that starts from metadata/data object definitions through to database design and system functionality. It enforces standardized development practices while enabling rapid delivery of business functions, significantly improving development efficiency, lowering personnel skill requirements, reducing costs, and facilitating the accumulation and management of R&D assets.
3、Unified Test Management
Establishes a comprehensive quality control system across the entire software testing lifecycle. Focused on defect prevention, it ensures software quality from functional, performance, and data dimensions. Real-time, end-to-end precision testing enhances business delivery value, while automation boosts testing efficiency and ensures test effectiveness.
4、DevOps Management
Built on IT automation, continuous integration, and continuous deployment, this capability creates an end-to-end automated software production pipeline. It supports integrated, intelligent, efficient, and precise management of the software development lifecycle, allowing rapid response to evolving requirements and market conditions. A data-driven approach makes development processes more streamlined, transparent, and controllable.
5、Architecture Management
Focused on high-level and enterprise-wide architectural challenges, this capability supports the definition and documentation of enterprise architecture. It provides methodologies and reference models to systematically organize and relate an organization’s software assets, ultimately visualizing architectural assets. It is a strategic tool for IT planning, architecture governance, and executive-level research.
6、Secure Development Management
By shifting security to the left, this approach embeds security practices throughout the R&D and testing lifecycle. It integrates security tools into a smart security management platform, ensuring robust safeguards during development and testing. This enhances security governance efficiency, streamlines approvals, and reduces the cost of incident response.
The platform resolves the disconnect between business requirements and system development through enterprise-grade modeling. It ensures seamless integration from requirements to design and implementation, enabling visual modeling of requirements and facilitating the sharing, inheritance, and reuse of modeling and R&D assets.
- Acts as an Enterprise-Grade General-Purpose Development Platform
As a platform-based development environment, ORIGIEN can serve as a general-purpose enterprise-level development platform once engineering and process systems are in place. It simplifies development management and reduces the overall cost of development tool procurement.
- Provides a Transparent, Actionable, and Controllable R&D Support System
Vertically integrates infrastructure, data assets, and various industry applications; horizontally connects the entire product-development lifecycle. The platform enforces a value-centric process framework and, leveraging a fully autonomous and controllable technology stack, delivers a transparent, actionable, and easily manageable R&D support system for clients.
- Enables End-to-End R&D Management to Drive Quality and Efficiency
Designed for enterprise-grade agile delivery in cloud-native environments, the platform—alongside its supporting tools—helps industry clients establish a standardized engineering framework. It enables full-lifecycle R&D management, performance measurement, and asset management to drive improvements in software delivery quality and productivity.
