Solutions for Digital Transformation

The goal of digital transformation is to turn businesses into digital entities while also fostering business innovation, model innovation, and Bentley Microstation other related activities. The basis and premise for achieving the digital transformation of company is the understanding of how to utilize the various digital technologies and if they can be used effectively. The development of a system, comprising strategy, business, applications, data, infrastructure, security, and other multifaceted construction, is what constitutes digital transformation rather than the creation of a few isolated systems or singular technological advances.

Digital transformation needs to incorporate the characteristics of CDE Solution provider these technologies to design a solution from the overall situation. Cloud computing, big data, artificial intelligence, blockchain, containers, microservices, middle office, DevOps, and other technologies solve the problem of a certain aspect. For instance, big data improves data processing capabilities, providing a large number of data elements required for artificial intelligence machine learning, deep learning; artificial intelligence based on the powerful arithmetic of cloud computing and big data sufficient data can be carried out in-depth learning and validation; blockchain enhances distributed security capabilities; containers provide elasticity and scalability. A systematic and systematic engineering mindset should be used when designing and building the business, data, applications, infrastructure, security, and enterprise strategy because there are numerous other technologies involved in the digital transformation process that need to be integrated and fused.

System Cloud Native

We can also infer from the discussion above that CDE solution the cloud offers computing power, big data offers data elements, artificial intelligence offers algorithms, containers offer an elastic operating environment, microservices, middle-office offers an architectural approach, DevOps offers an organizational collaboration approach, and there are also security, stability, and resilience approaches to support the joint development of an enterprise's integrated and resilient system.

The use of cloud computing IaaS services to provide arithmetic, which can support the management of multi-cloud heterogeneous resource, and cloud native system for the integration and fusion of these technologies and capabilities to provide a relatively complete, grounded solution (called cloud native convergence architecture) are both based on container technology to build the container cloud and containerized PaaS platform, which provides runtime elasticity, scalable environment. It develops the corporate data architecture system and realizes the only reliable data source using enterprise master data as the skeleton.

Create a digital enterprise architecture.

Consider databases, big data platforms, digital warehouses, data lakes, and other platforms as data infrastructure to enable data self-service and support data reusable services. Consider messaging platforms, authentication platforms, privilege platforms, monitoring platforms, and other middleware platforms as the foundation for achieving technological reusability. The design of services can be based on the design principles of 12 elements and 15 elements of cloud applications, breaking down monolithic business systems or designing distributed business systems with microservice architecture, and layering distributed business systems with the middle-platform architecture, which can simply divide the enterprise's integrated converged business system into front, middle, and back office (enterprise-level layering). Each component in these systems can then be designed to work with the other components. The middle-office layered architecture-based applications can be divided and deployed in the containerized PaaS platform with a microservices architecture to achieve on-demand elastic scaling of component services. The collaboration between applications is achieved through standardized declarative APIs, and the management and governance of API services is achieved with an API gateway. We can also implement the governance of the internal PaaS platform services. The simplest method is to actively disclose the relevant link information when implementing the service in accordance with the service design principles, in order to achieve link tracking and performance monitoring, so that it has visibility and observability while accounting for performance; DevOps methodology to achieve the integration of research and development, operation and maintenance, and the optimization of the organizational structure; DevOps is the core of In fact, it also offers a way of thinking to coordinate relationships between different teams and departments in order to realize full life cycle management of business, projects, applications, etc. through the expansion of tools, and avoid local, single-point, interrupted functional design; after completing the integration of the system convergence, it is necessary to continue improving the system's resistance to vulnerability, toughness, stability, and security. To meet the demands of the digital era and to satisfy the needs of the customer for access at any time, cloud-native convergence architecture supports mobile-based user experience. Security requirements involve every aspect of each node of the system, including network, containers, mirrors, applications, authentication, permissions, etc., and require continuous enhancement of security capabilities.

With the idea of system engineering, Cloud Native Convergence Architecture views enterprise strategy, business, data, application, infrastructure, security, etc. as a complex system and applies cloud, data, artificial intelligence, and other technological means to realize systematic data, application, infrastructure, security, and other tools to support digital business and digital business innovation and change, in order to realize the requirements of enterprise strategy.

Each technology has its own limitations, thus no one technology can be used to address every issue. Being alone is challenging, yet a decent guy still need three assistants. As a result, in order to promote and enhance the creation of cloud-native convergence architecture in line with the stated strategy, it is required to combine various technological tools and capabilities, as well as various organizations and teams. Of course, in order to prevent diversions and duplication of work, specialists must plan and develop the digital transformation strategy, architecture, and roadmap in accordance with the real organization.