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Constructed a reliable cloud native PaaS platform with the bank’s unique features. It enhances overall architectural performance, satisfies the iteration needs of mobile marking and other agile sectors; addressed technical challenges posed by numerous open-source components; established a service system and emergency response standards, which standardizes the development, operations, and service processes of the PaaS platform.
Built a bank-wide, large-scale cross-data-center “Internet Resource Pool”. It uses cloud native elasticity to scale applications, respond to external services as needed, address surges in high-concurrent traffic scenarios with flexibility and efficiency, ensuring application availability and sound support for its “API Bank——Boundless Open Banking” initiative.
Built a bank-wide base platform for cloud native applications. It refines deployment and delivery processes of applications on cloud, reinforces implementation of processes and standards, provides unified monitoring and O&M for applications, containers, and middleware. Created clusters across data centers to meet the needs of business departments.
Created a unified and agile development platform based on cloud native. It unifies the bank’s development frameworks, system architectures, release processes, and operations standards, improves the efficiency of middleware management, and makes cloud migration 50% more efficient. Business resources, services, and scenarios are shared among bank branches through the cloud-based and platform-based support, raising resource utilization rate by 30%.
Constructed a distributed application management platform designed for online cases. Leverage cloud native technology to establish delivery standards and automated release processes, yielding a 40% increase in application release and update efficiency. There’s also a 30% increase in utilization of IT resources, and the time for setting up the basic environment is also notably shortened.
Helped in transforming its “science and technology management system”, “precision poverty alleviation system”, and "comprehensive management system" into containerized applications on clouds, proving the cloud native technology is applicable in financial scenarios. Standardized APIs of application delivery and operational management, making application management easier and more efficient.
Constructed an resilient Internet platform, containerized its “payment gateway”, rapidly established an integrated DevOps delivery process to enhance delivery speed. Standardized encapsulation and abstracted operational requirements of applications on infrastructure, facilitating standard establishment, provider decoupling, and support for business elasticity.
Made production and disaster backup both activated in one deployment that provides auto load balancing and self-healing to ensure stability during traffic surge. Standardized application delivery and operational management and therefore delivery efficiency is improved to release applications within 20 min and roll back mobile banking operations in 3 min.
Partnered with the bank’s technical team to build a systematic financial technology system to continuously improve its competitiveness and ensure full compliance. Since the cloud migration, release efficiency improved by 40%, application management became much easier, and resources were saved by 30%.
Built an independent and manageable cloud native management system based on DaoCloud Enterprise. It transformed hardware-oriented infrastructure to the agile software-defined model, established a unified operational framework covering both infrastructure and business applications, and defined software deployment and delivery standards, expediting testing cycles and delivery. This propels breakthroughs in “independence, controllability, and technological innovation”.
Architected microservices for its “new generation unified e-commerce platform” from top level; planned the public component layer, defined the unified microservices specification at the group level, transformed its microservices from a core business system, and cultivated its talent during this process to support long-term scientific and technological innovation and development.
Constructed a cloud native PaaS platform to facilitate business elastic scaling. It allows more automated distributed operations and management, and canary release for the next generation of microservices architecture. Moreover, the platform adopts an innovative bimodal network solution, which not only satisfies security supervision and business needs but also supports dynamic attributes of container network.
Assisted its IT department in establishing a cloud native base platform for migrating applications to cloud. It streamlines application deployment process, alleviates operational management burdens, enhances organizational efficiency, promotes the testing of containerization of Dubbo microservices, and collaborates with cloud migration of other business systems.
Improved its business continuity and stability through automated scaling based on the cloud native platform, and established a DevOps collaboration platform to coordinate key processes including business, development, delivery, and operations, raising build and release efficiency by more than 80%, SLA guarantee to 99.99%, and monitoring and bug identification efficiency to 90%.
Crafted cloud native platform and a microservice governance system equipped with sound monitoring, logs and other O&M tools. It streamlines service rollout and registration, ensures smooth operation of business, and realizes agile delivery. Also provided training on microservice architecture and governance for its development team, enabling it to rapidly build essential technical skills.
Established a cloud native platform to promote innovation and integration of cloud e-commerce, microservices support, full-stack observability, and adaptation to cloud native. Helped it move to the fast track of cloud native development and the innovation driven by digital transformation.
Provided cloud native solutions for standard middleware. It integrates sound monitoring, operation system, and graphical interface, meets application’s needs for caching, shared storage and asynchronization, and manages cloud applications throughout the trace links. As a result, development cost is reduced, application retention rate improved, and business from DevOps to transactions, clearing and settlement are accessible online.
Provided consultation on creating, supporting, and maintaining containers in production environment; defined production-level design plans for the container management platform based on data center, network, and storage parameters, and formulated standards for containerization, orchestration, quality management, deployment, and update of applications in line with the platform and its internal collaborative workflows.
Provided consultation on creating, supporting, and maintaining containers in production environment; defined production-level design plans for the container management platform based on data center, network, and storage parameters, and formulated standards for containerization, orchestration, quality management, deployment, and update of applications in line with the platform and its internal collaborative workflows.
Developed, delivered, and deployed applications based on standardized images to achieve continuous build and release. Reduced virtualization costs with its existing IT resources. Defined container delivery templates for common components, enabling one-click deployment, enhancing delivery efficiency, and realizing fully graphical application delivery, automatic application release and scaling.
Built a resilient, redundant, and stable cloud native platform based on its storage system and infrastructure. Provided service delivery from applications to middleware through out-of-the-box middleware. Created a system of logging, monitoring and alerting to achieve full-trace monitoring of microservices and unified collection and analysis of business logs.
Centered around business construction, integration of foundational capacities such as research and development, manufacturing, and supply chain management is pursued to construct an open digital ecosystem, offers a comprehensive service infrastructure for enterprises' information departments, catering to various business scenarios including design, research and development, production, and supply.
Based on cloud native technology, a more comprehensive transformer intelligent maintenance system has been developed for TBEA, provides operational, maintenance, lifespan, and health strategy services throughout the transformer's lifecycle. This empowers TBEA to overcome domestic market growth constraints and achieve cost reduction and efficiency enhancement goals.
A unified plan is established to create capability centers tailored to the enterprise's characteristics, which are integrated into the industrial Internet platform 'ePlat.' This integration facilitates the centralized management of application services with multiple languages and protocols, enabling enterprises to reconfigure and recompose capabilities based on existing system operations, thus enhancing the efficiency of industrial Internet development.
The cloud native industrial IoT platform offers high availability services for diverse industries, enabling efficient and agile development of industrial apps. Streamlined delivery processes are supported through an industrial app development platform and community. The controlled and secure industrial capability open platform harnesses IT capabilities while ensuring orderly and profitable monetization.
With the implementation of the digital native technology middle platform project, Shanghai Mitsubishi Elevator is able to embrace digital operations in a more scientific, rational, and intuitive manner. Embracing opportunities and challenges with an open mindset, the company establishes corresponding data analysis models, continuously explores optimization measures for digital management, and effectively drives business growth.
DaoCloud Enterprise facilitates the migration of applications to the cloud, enabling resource consolidation and addressing the problem of duplicated construction in public services. Leveraging standardized architecture and sub-second elastic scalability, it can accommodate sudden or short-term high-traffic demands. With the platform's high availability and self-checking features, the frequency of failures is reduced, helping to alleviate the shortage of operations personnel to some extent.
Shanghai Electric and Daocloud successfully implemented containerization and microservices transformation, prioritizing application and data delivery. By opening service interfaces, the enterprise achieved agility in addressing evolving business needs arising from new scenarios, market changes, and rapid technological advancements. This resulted in a substantial improvement in the service experience for channel integration, customers, and suppliers.
By adopting cloud native technology concepts, industrial applications are standardized and automated, enhancing the speed and capacity of cloud adoption. Through modular components and open APIs, third-party application development and ecosystem are effectively supported. Fine-grained management across application development, testing, and operation ensures business continuity for the applications.
DaoCloud Enterprise supports the construction of the collaborative platform, enabling dynamic management of airworthiness certification activities, standardized management of airworthiness data, and rapid collaboration with regulatory authorities. This ensures a unified source of data, transmission paths, and work platforms for airworthiness certification and approval coordination activities.
Through the application of cloud native approaches, internal production and management systems are being re-engineered to effectively address the swift shifts in the automotive industry landscape and collaborative supply chain strategies. This paves the way for a smooth digital transformation, establishing a future-oriented production and management model for the automotive manufacturing sector.
Best optimal configuration and reinforcement are applied to the cloud native platform, matched with a comprehensive monitoring system and operational inspection processes. This significantly enhances resource utilization and gains unanimous recognition from various business departments for its support of distributed applications. The self-service user experience accelerates the platform's internal adoption and greatly improves the speed of application deployment.
On the basis of DaoCloud Enterprise, a cloud native platform was built upon a x86 and ARM IT infrastructure. This platform supports unified resource scheduling, standardized application delivery methods and management practices. It achieves explicit declaration of application environment dependencies, installation, and deployment, as well as unified management of applications.
Establish a mobile internet open platform, integrating and centrally managing APIs from various business groups, and standardizing secure authentication methods for application access. This is carried out separately for both internal and external customers, ensuring organized and unified openness. Additionally, by constructing dual gateways for public and private clouds, the issue of network bandwidth waste resulting from high-volume data exchange is effectively addressed.
Employ domain-driven design and microservices system design, define microservices technology standards for applications, achieve a distributed system architecture based on microservices, and establish a highly available and agile application architecture. Moreover, constructing an integrated process platform centered around delivery, adaptable to various development modes, enhances development efficiency, injecting new momentum for sustained business growth and innovation.
Use a full-stack cloud native infrastructure to build a dependent and controllable government cloud platform, develop a unified standard for managing government applications throughout the lifecycle, and deepen the integration between information technology and regulatory operations, to facilitate the overall upgrade of digital government construction.
Construct a cloud native intelligent supercomputing platform, which enhances resource utilization, increase O&M automation, shortens algorithm training time from one week to less than 2 hours, significantly improving its efficiency, external service capabilities, and leadership in the industry.
Construct a cloud native platform that achieves stable and rapid deployment and release of applications, ensures agile development of systems, and reduces complexity of release processes, allowing developers to focus on software quality. It can respond in real-time to high user traffic by automatic scaling to ensure system performance.
Upgrade the core e-government system based on microservices, meet development requirements of parallel development, independent deployment, unified monitoring, and elastic resource allocation, and address challenges in administrative approval, management of critical business information, and data sharing.
Customize a comprehensive solution covering infrastructure planning, application development, and system design. Provide a unified and standardized business environment to optimize consumer experience and achieve unified control for internal and external operations. Establish a complete digital ecosystem with front-end (applications), middle-end (platform), and back-end (architecture).
Utilize cloud native technology to empower the property service application platform, optimizes user experience of its "Ya Housekeeper" mobile app, and enhance the synergy of mini-programs, official social media accounts, and the mobile app. Customize scenario-based services based on community characteristics, and rebuild applications for homeowners, and thus improve the quality of end-to-end services.
Leverage DaoCloud Enterprise, the GIS cloud platform undergoes a cloud native transformation, enabling it to automatically scale service capacity based on workload. Through standardized encapsulation, efficient resource distribution and secure application isolation are achieved. Moreover, the platform is segmented into multiple isolated operational environments, facilitating resource isolation between trusted and non-trusted applications.
With the support of DaoCloud Enterprise, the microservices architecture of the power grid marketing system has been adjusted, significantly enhancing business efficiency and dynamic scalability. Simultaneously, a unified microservices technology specification and application guideline have been defined, along with a comprehensive microservices governance framework.
Leverage DaoCloud Enterprise to create an all-in-one operations and inspection mobile application management platform for industrial IoT scenarios. This platform creates a seamless end-to-end IoT application delivery experience, significantly enhancing operational efficiency. Additionally, by incorporating Portworx distributed storage capabilities, it addresses the comprehensive data storage requirements from control to data planes.
Create a virtual simulation management platform based on cloud native technology, establish virtual experiment courses with independent credits, and promote alignment between online teaching and the education system. Also build an open educational resource platform, foster the sharing and collaborative development of high-quality courses, experimental resources, and project resources.
Systematically transform its IPTV quality testing, security management, and other systems, based on DCE. Create a unified DevOps environment across development, testing, and production to enhance application service quality and accelerate microservices upgrade of the IT technology architecture.
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