The traditional self-built computer room model has high investment and limited space, which cannot meet the rapid development of the business and the resources cannot be expanded in time. When the business grows explosively, the traditional information architecture cannot quickly expand horizontally, and cannot improve the computing power and storage capacity in time, which seriously limits the normal development of the business.
The traditional information architecture system is decentralized and independent, information is easy to leak, and there is a lack of security protection means; the management specification, operation process and other aspects are inconsistent, there is a great security risk; the information security specification to fully cover the scattered construction of each system is difficult, and it is difficult to meet the registration protection requirements.
Independent and decentralized data storage cannot be shared across departments or regions, and data is basically not used, forming multiple isolated islands of information within the organization. Various departments in the organization cannot efficiently share data, and internal data is duplicated, and big data capabilities cannot be formed.
The traditional information facilities are mostly built in a decentralized mode, with repeated infrastructure investment and low utilization rate, the computer room construction can not be planned uniformly, and the overall cost of information construction is large, the new infrastructure is difficult to be compatible with the original infrastructure, and the subsequent resource expansion can not fully utilize the old resources.
It is suitable for the management of heterogeneous resource platforms and supports the use of existing resources; it can manage e Cloud computing clusters, VMware vCenter resource environment, etc. Improve management capabilities and efficiency through heterogeneous platform management, and improve business flexibility
Software and hardware modules with high computing density and easy operation and maintenance can help edge computing real-time business, update models or upload data in time. Through the Mini all-in-one machine, it provides private cloud capabilities for multiple edge attribute business scenarios such as rail transit sub-site information collection, power energy terminal information collection, chain retail enterprises, etc.
Flexible Deployment of Resources: Relying on the advantages of China Telecom's computer room resources, it can be deployed nearby according to customer needs; the redundancy of hardware resources is high, which can quickly realize the horizontal expansion of computing resources and storage resources, and shorten the resource delivery time Flexible Resource Scheduling: According to customer needs, the resource allocation construction is carried out, combined with the advantages of cloud computing, users can flexibly schedule computing, storage, network and other resources High Security: It has strong system security and disaster recovery capabilities. The strict security level can be set according to the actual needs of each user to ensure the reliability of the system. During project planning and design, adequate security measures are in place to avoid damage and leakage of sensitive information High Reliability: The solution meets high reliability, and the solution design focuses on the high reliability and redundancy design of the cloud platform system and network High Compatibility: The technical selection of the solution makes the best use of existing resources and existing business systems, and at the same time, it can meet the potential needs of users' business development and technological development in a relatively long period of time. The system can run across platforms, supports mainstream databases (such as Oracle, DB2, etc.), and can run across operating systems (supports Linux, Windows, etc.) High Scalability: The system architecture and application development are both scalable and can be continuously expanded with the gradual improvement of the application and the gradual increase in the amount of information. The entire system can be smoothly migrated to the upgraded new system, with good scalability and portability.
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