What are the benefits of private cloud computing?

What are the benefits of cloud hosting.

The advantages of cloud servers are based on cloud computing technology, and compared with independent servers, they have the following characteristics:

For example, Yimai Cloud launched a permanent activity for enterprises to purchase cloud servers for 0 yuan).

1. From the technical aspect: cloud computing technology is used in cloud computing technology, and cloud computing technology integrates various software and hardware technologies such as computing, network, and storage. Dedicated servers, that is, independent, do not integrate these resources.

2. From the security aspect: the cloud server has natural anti-ARP attacks and MAC spoofing, snapshot backup, and data will not be lost permanently. Dedicated servers, on the other hand, don't have this feature;

3. In terms of reliability: cloud servers are based on server clusters, so the hardware redundancy is high and the failure rate is low; Dedicated servers, on the other hand, have less hardware redundancy and a higher failure rate.

4. In terms of flexibility: users can increase their own configuration in real time, and there is a large space for expansion; Dedicated servers, on the other hand, have limitations in this regard, and if you have a new application, you have to buy another one.

5. From the perspective of performance: the cloud server is 4 times the computing power of the same configuration of independent servers, which can meet the requirements of high-performance computing;

6. From the perspective of stability, cloud servers can be automatically migrated due to failures, which means that if a cloud server fails, the applications on it will be automatically migrated to other cloud servers. Dedicated servers don't have this function, and if they do, they will go down.

7. From the perspective of energy saving, the automatic migration technology of cloud servers based on cloud computing means that at night, the utilization rate of physical servers is not high, and the automatic migration technology will concentrate the application on several physical servers, and other physical servers can be dormant, so as to save energy.

The significant difference between a private cloud and a public cloud is control over your data. Enterprises that adopt public cloud services must host their data in the data center of the cloud service provider, and the control of the data will naturally be weakened. Once the data center is lost due to natural disasters, human factors, or legal norms, it will be fatal to the enterprise.

Private clouds also have more options in terms of data security and data backup. Of course, the public cloud also has data security services and data backup capabilities, but enterprises have poor control over these and cannot be in a dominant position.

At present, there is a lot of talk about public cloud in the domestic market, but it is generally believed that the popularization of public cloud still needs the support of national policies, especially operators will play a great role in it.

What is a private cloud?

With the development of the cloud computing industry and virtualization technology, customized cloud services can be tailored for individual enterprises according to specific use scenarios. They can be deployed in the firewall of the enterprise data center or in a third-party hosting center, so that the cloud platform can be quickly implemented within the enterprise and the value of the IT system can be improved.

Private cloud features:

Competition in the private cloud market.

Analysis of the advantages of fast cloud private cloud.

The new generation of private cloud is not a new version of the private cloud, on the contrary, it realizes the versionless and sustainable life cycle of the private cloud and breaks through the capability boundary from IaaS to PaaS scenario-based through the OTA (over the air) characteristics of software-defined hardware, decoupling of software and hardware, software evolution, and hardware upgradeability.

The new generation of private cloud products is based on the Kubernetes-based microservice architecture, with an integrated design concept, to help enterprise users achieve a unified architecture from the most basic unit of 3-node cloud-ready hyper-convergence to the uncapped hyper-scale cloud platform, while maintaining a high degree of productized experience based on the open source ecological technology stack, and building a data-centric, multi-cloud-oriented private cloud platform through a smooth and non-inductive evolutionary way of business awareness, data migration, and service interruption.

The first generation of private cloud can only be called virtualization + cloud management in the strict sense. Enterprise customers basically do not have a new generation of cloud applications, and most of them go to the cloud from the perspective of virtualization management and cost reduction, such projects limit the imagination of private clouds, and also make the private cloud market questionable.

In the second generation of private cloud, enterprise users have a new generation of cloud application needs, but they are not competitive compared with public clouds in terms of richness and application fragmentation.

Both the first and second generation of private clouds belong to the era of traditional private clouds. While some of the value of the cloud is part of the value of migrating legacy applications to the cloud, the future growth drivers of the cloud will come from new enterprise applications. The main reason for the setback of cloud projects in the traditional private cloud era is mainly the delivery of integrated "fake clouds":

On the one hand, the private cloud projects of early adopters of large customers are too complex, and the construction purpose is management-oriented rather than innovative business-driven. On the other hand, the patchwork product line combination centered on cloud management has a long delivery cycle, and the delivery results cannot reflect the flexibility, simplicity, elasticity, and the possibility of connecting with the PaaS ecosystem.

Based on the micro-service and integrated design of the private cloud platform, starting from the most basic unit of the core architecture, it has the micro-service and integrated design capabilities of the technology stack, and realizes the evolution of product forms, support scenarios and service capabilities in the private deployment of the cloud.

1.Evolutionary cloud platform product form: ECS can smoothly evolve from a hyper-converged ECS stack with a fully symmetric distributed microservice architecture with a minimum scale of 3 nodes to a private cloud form that separates control, computing, and storage, ECS Enterprise Cloud Standard Edition, and ECS Enterprise Cloud Scenario-based Edition, which supports multiple scenarios, and can further evolve to industry cloud and multi-cloud form through EMS multi-cloud management products.

2.Evolvability of cloud platform support scenarios: The scenario-based version of ECS Enterprise Cloud can be used for commercial storage, commercial SDN, and

Cloud computing can bring the following benefits to small and medium-sized businesses:

First, cloud computing reduces the cost of technology development.

Using cloud computing services is much cheaper than buying general physical hardware, so small and medium-sized enterprises can get rid of a lot of unnecessary expenses.

Second, the data can be accessed anywhere.

The cloud "brings greater flexibility and mobility, and with the cloud, businesses can start working on one machine and finish it on another." And all this is not limited by space. And, businesses can extend data access to multiple devices – desktops, laptops, tablets.

3. Flexibly expand IT requirements.

With cloud services, businesses have more flexible options and can stop using what you don't need now at any time and for little effort. Wax keys.

Fourth, cloud computing makes business operations easier.

In a small business, you may wear many hats, and large-scale IT deployments require an administrator to be at their best.

5. Unified platform.

In small and medium-sized businesses, it is possible to run multiple devices.

1. Safety. Cloud computing provides the most reliable and secure data storage center, and users no longer have to worry about data loss, virus intrusion, etc.

2. Convenient. Cloud computing has the lowest requirements for the equipment on the user side, and it is also the most convenient to use.

3. Data sharing. Cloud computing makes it easy to share data and applications between different devices.

4. Infinite possibilities. Cloud computing offers an almost infinite number of possibilities for us to use the web.

1. Reduce computer costs: Since applications run in the cloud, a desktop does not require the disposal capacity or hard disk space required by traditional desktop software.

2. Improved performance: Computers in cloud computing systems start up and run faster because they load fewer programs and processes into memory.

3. Reduce software costs: You don't need to purchase expensive software applications, but you can get most of the software you need for free.

4. Instant software update: When the app is web-based, it will be updated automatically. That is, when you access the web-based application, you will get the latest version.

5. Improved Document Format Compatibility: You don't need to worry about compatible files to create other users on your computer? Application or operating system.

6. Improve data reliability: If your personal computer disintegrates, all your data is safe in the cloud and can still be accessed.

"Enterprise cloud" refers to the use of network resources by enterprises to enter the procurement data, production data, operation and maintenance data, and sales data required in the business process of the enterprise into the intelligent system, so as to realize the digital transformation of management and business, aiming to reconstruct the core competitiveness of the enterprise and maximize the creation of enterprise value.

However, enterprise cloud migration is not a simple migration of data and systems, and as the amount of data increases, this approach will only increase the workload and the burden of carrying data in the cloud. For example, instant messaging applications, mailbox applications, information**, etc., which cannot be identified as enterprise cloud migration without the support of enterprise cloud technology and cloud drive.

So what is a cloud-driven system? Taking the computer's control panel as an example, the logical management of win7 and the fragmented management of win8 are the first steps for enterprises to go to the cloud and enter intelligence only when the cloud driver is installed.

By driving the configuration of outreach, configuring the business, using the equipment platform for application production and project transformation, coupled with the intelligent human decision-making system, the use of nine modernizations and one chain technology, the various departments of the enterprise are imported into the cloud, and the enterprise is cloud-driven, which is behind the realization process, so the enterprise without the cloud-driven enterprise cannot truly realize the enterprise to the cloud.

To put it simply, having a cloud drive is equivalent to installing a "computer" exclusive to your own enterprise in the host room of the enterprise, which can meet the needs of IT resources "just take it and use it" and "want it to have", and truly "black the factory and leave the office".

Taking the cloud mode of China Machine enterprise as an example, the intelligent blockchain cloud drive system of China Machine includes five modules: portal cloud platform, intelligent person management platform, AI equipment platform, AI office platform, and AI design platform. It allows enterprise-level users to access at one point and deploy at multiple points to achieve end-to-end overall security assurance for networks, terminals, data, applications, management, services, etc., and provide highly personalized configuration for enterprise users to meet the personalized needs and diversified application scenarios of different industries and enterprises.

Not only that, the use of cloud-driven systems and the introduction of production, operation, and service links can unleash huge value potential in creating new business models, continuous innovation, and reducing costs.

The feasibility and necessity of enterprise cloud migration.

First of all, enterprises should have the awareness and awareness of going to the cloud, and know why they are on the cloud.

Enterprises should take improving their development capabilities and solving practical business problems as the starting point, and give priority to selecting information systems that match the characteristics of cloud computing and have obvious value and benefits from the cloud.

Enterprises should pay attention to the scientific formulation of deployment models when migrating to the cloud.

Enterprises need to deploy cloud architectures according to their needs. Large enterprises can establish private clouds and deploy key information systems with high data security requirements. The information system that connects customers, businessmen, and employees can be deployed in the public cloud, and formed a hybrid cloud architecture together with the private cloud.

First of all, cloud computing as a service provider, it greatly reduces the cost of technology development, the use of cloud computing services by various enterprises, here is far cheaper than the purchase of general physical hardware, then small and medium-sized enterprises have a lot less unnecessary expenditure. Secondly, on the enterprise cloud, the data can be accessed regardless of the **, mobile office is now the trend of enterprise office, the use of cloud, this is undoubtedly not the icing on the cake, it can allow enterprises to start working on any machine, not only that, but also can complete it on another machine. It is not limited by time, space and equipment, which is in line with the concept of mobile office, that is, at any time, anywhere, on any device, easy to get work done.

The last point, and the most important point, is to use cloud services, the choice of enterprises will be more processed, because cloud services are very personalized, for enterprises, as long as enterprises do not need something, they can stop running, here enterprises can at any time, and spend very little money on the premise, stop using what you don't need now, save manpower, improve work efficiency. Haihe Cloud Platform provides customers with a wealth of IT basic resources, including cloud servers, cloud databases, load balancers, VPCs, elastic public IPs, cloud monitoring and other cloud products. Easily manage cloud resources through a user-friendly visual UI interface.

Pay-as-you-go, no deposit required, and yearly and monthly subscription purchase methods help customers quickly deploy applications and easily migrate their businesses to the cloud.