CN-122027634-A - Efficient and extensible cloud architecture platform system

CN122027634ACN 122027634 ACN122027634 ACN 122027634ACN-122027634-A

Abstract

The cloud architecture platform system realizes the efficient management of cloud resources, the data security, the flexible deployment of services and the intelligent operation and maintenance by integrating an advanced micro-service architecture, a resource scheduling algorithm, a data storage and processing framework, security protection measures, a service deployment and management flow, a network communication technology, a monitoring and operation and maintenance system and a user interaction design, and provides a cloud service experience with high performance, high availability and high security for users.

Inventors

HU SHUQI
LIU WEI
HAN YILIANG
WANG XIAOYING
YAN XIAOWEI
ZHOU JINGYUN
ZHANG GUANGDI
SHI TONGHUI

Assignees

北京无线电计量测试研究所

Dates

Publication Date: 20260512
Application Date: 20251223

Claims (10)

1. An efficient and scalable cloud architecture platform system, the method comprising: The method adopts a micro-service architecture design to realize modularization, loose coupling and high availability of services, supports a multi-tenant mode, ensures mutual isolation of data and resources of different users, introduces a containerization technology such as Docker, and improves the deployment efficiency and flexibility of the resources.
2. The cloud architecture platform system of claim 1, wherein advanced resource scheduling algorithms, such as Kubernetes, are integrated to achieve dynamic allocation and efficient utilization of computing, storage and network resources, support elastic expansion and contraction of resources, automatically adjust resource capacity according to traffic load, and ensure optimal balance of service performance and cost effectiveness.
3. The efficient and extensible cloud architecture platform system of claim 1, wherein a distributed storage solution, such as Hadoop HDFS, ceph, etc., is provided to achieve high capacity, high reliability and high scalability of data; a big data processing framework such as APACHE SPARK is introduced to support real-time data stream processing and offline batch processing, so that the data processing efficiency and accuracy are improved.
4. The efficient extensible cloud architecture platform system of claim 1 wherein multi-level security safeguards are implemented, including network firewalls, intrusion detection systems, data encryption and access control lists, etc., to ensure security of the platform and user data; and a role-based access control (RBAC) model is adopted to realize fine-grained authority management, so that users can only access resources within the authorized range.
5. The efficient extensible cloud architecture platform system of claim 1, wherein a graphical service deployment tool is provided to support one-touch deployment and rollback, simplifying service deployment procedures; and a continuous integration/continuous deployment (CI/CD) process is introduced, so that automatic construction, testing and deployment of the service are realized, and the service updating frequency and quality are improved.
6. The efficient and extensible cloud architecture platform system of claim 1, wherein flexible configuration and efficient management of network resources is achieved using Software Defined Networking (SDN) technology; supporting multi-protocol network communication, such as HTTP/2, TLS/SSL, etc., ensuring reliability and security of data transmission.
7. The efficient and extensible cloud architecture platform system of claim 1, wherein integrated comprehensive monitoring tools, such as Prometheus, grafana, enable real-time monitoring and alerting of platform performance, resource utilization and security events; The intelligent operation and maintenance management platform is provided, automatic fault detection, resource optimization and system upgrading are supported, operation and maintenance cost is reduced, and operation and maintenance efficiency is improved.
8. The efficient and extensible cloud architecture platform system of claim 1, wherein a cloud situational awareness platform is provided to support situational awareness of cloud platform usage.
9. The efficient and extensible cloud architecture platform system of claim 1, wherein a compact, intuitive user interface is designed to support multi-terminal access, such as PC, mobile device, etc., providing a consistent and convenient user experience.
10. The efficient extensible cloud architecture platform system of claim 1, wherein rich API interfaces and SDKs are provided to support access and integration of third party applications and services to extend the functionality and application scope of the platform.

Description

Efficient and extensible cloud architecture platform system Technical Field The invention relates to the technical field of information, in particular to a high-efficiency extensible cloud architecture platform system, which aims to realize high-efficiency management and scheduling of computing resources, storage resources, network resources and application services by constructing a flexible, safe and high-efficiency cloud platform and provides a convenient and reliable cloud service experience for users. Background With the rapid development of cloud computing technology, a cloud architecture platform has become an important component of enterprise informatization construction. However, the existing cloud architecture platform still has many challenges in aspects of resource scheduling, data security, service deployment, operation and maintenance management, such as low resource utilization rate, insufficient data processing capability, frequent security holes, complex service deployment, low operation and maintenance efficiency, and the like. Therefore, the cloud architecture platform with high-efficiency resource management, powerful data processing capability, tight safety control, flexible service deployment and intelligent operation and maintenance management is developed, and has important significance for improving cloud service quality and user experience. Disclosure of Invention The invention provides a high-efficiency extensible cloud architecture platform system, which mainly comprises the following core modules: 1. cloud architecture infrastructure: and the micro-service architecture design is adopted to realize modularization, loose coupling and high availability of the service. And supporting a multi-tenant mode, and ensuring that data and resources of different users are isolated from each other. And a containerization technology, such as a Docker, is introduced, so that the deployment efficiency and flexibility of the resources are improved. 2. Resource management and scheduling: advanced resource scheduling algorithms, such as Kubernetes, are integrated to realize calculation, storage and dynamic allocation and efficient utilization of network resources. The flexible expansion and contraction of the resources are supported, the resource capacity is automatically adjusted according to the service load, and the optimal balance of service performance and cost effectiveness is ensured. 3. Data storage and processing: the distributed storage solution, such as Hadoop HDFS, ceph and the like, is provided, and high capacity, high reliability and high expandability of data are realized. A big data processing framework such as APACHE SPARK is introduced to support real-time data stream processing and offline batch processing, so that the data processing efficiency and accuracy are improved. 4. Security and access control: and implementing multi-level security protection measures including network firewall, intrusion detection system, data encryption and access control list, etc. to ensure the security of platform and user data. And a role-based access control (RBAC) model is adopted to realize fine-grained authority management, so that users can only access resources within the authorized range. 5. Service deployment and management: the graphical service deployment tool is provided, one-key deployment and rollback are supported, and the service deployment flow is simplified. And a continuous integration/continuous deployment (CI/CD) process is introduced, so that automatic construction, testing and deployment of the service are realized, and the service updating frequency and quality are improved. 6. Network architecture and communication: and flexible configuration and efficient management of network resources are realized by adopting a Software Defined Network (SDN) technology. Supporting multi-protocol network communication, such as HTTP/2, TLS/SSL, etc., ensuring reliability and security of data transmission. 7. Monitoring and operation and maintenance system: and integrating comprehensive monitoring tools such as Prometheus, grafana and the like to realize real-time monitoring and alarming of platform performance, resource utilization rate and safety events. The intelligent operation and maintenance management platform is provided, automatic fault detection, resource optimization and system upgrading are supported, operation and maintenance cost is reduced, and operation and maintenance efficiency is improved. And providing a cloud situation awareness platform, and supporting situation awareness of the use condition of the cloud platform. 8. The user interface interacts with: The user interface is simple and visual in design, supports multi-terminal access, such as PC (personal computer), mobile equipment and the like, and provides consistent and convenient user experience. And rich API interfaces and SDKs are provided, the access and integration of third-party applications and services are su