Cloud2.0: Cloud computing is moving forward

October 25-26th, 2013 Cloud Computing Architecture Shifeng will be officially kicked off at the Renaissance Beijing Hotel. This summit is held by 51CTO Media Group. The summit, adhering to the principles of "technological innovation" and "technology landing", has invited various industries, including architects from emerging industries, to explore the impact of cloud computing on the corporate infrastructure from practice.

We are in the cloud base through the background application architecture changes, subversion, for everyone's app to provide a better support. We also feel in the support process, the cloud itself has changed. This change is the reason why I selected the topic as the key point to report.

Sky Cloud Big Data CEO Reitao

Today I am going to talk about two points. One is the architecture itself, the other is the information structure approach. The information points are communicated to all of you here, as well as two small things that have triggered me.

One is, last week I interviewed a developer to do SaaS services, listening to his content, North American SaaS service is very thin, he is doing all app online, there will be some system distribution, who can support these distribution? They have a structure of tens of billions of dollars distributed each year. So the fragmentation of such a SaaS service has made us realize that the cloud computing market has changed a lot.

If we talk about IaaS, PaaS, SaaS, three architectures, I believe it may be too far from the North American Gap. We found out that we looked at the Golden Triangle, from IaaS to SaaS, and there was a regressive process.

The second touches me on this topic, I last week as a judge to participate in a government procurement, is an IBM lock a content structure. That is, after buying these architectures, we have to do virtualization, to move all the traditional applications to the central public platform. In fact, the first question is, is there such an application moved to the system architecture? No one can answer. So the project pass.

We are all here to give our own business or customer service to the prospective guide in planning the next-generation architecture. When we see the cloud, are we going to see what the cloud really serves from the traditional IaaS, PaaS, SaaS models? So, based on this perspective, we'll talk about two things today:

The first content: What is the cloud that goes to IoE? In fact, not to IBM, Oracle, EMC, the three companies themselves, IOE itself is a negative topic. This negative topic, in many high-end mature enterprises, such as financial is very conservative, but now the financial IoE use a lot, they have more risk. Many large-scale computations, the traditional structure can not support. So going to IoE has become a pressing problem.

June mid-April Taobao did a small celebration, press conference, send-off last a minicomputer off the line, is the complete IOE architecture is not in the advanced science and technology enterprises appeared. If the architects are still pushing the traditional architecture, what kind of service do we offer our customers?

After going to IoE, what kind of way should the cloud go? In the 1.0 era, we saw flattened virtual pools: automatic access to resources like electricity and water. This time the service is more in the virtualization way, these servers virtual out of a variety of virtual machines, and then through the menu submission method to obtain. This system architecture, in the current various procurement, bidding or continuation of such a way. This approach brings a great benefit to the service of it practitioners. Because it helps you solve the problem of system resource deployment, we can share a lot of machines and can drag through the menu to see how much space memory.

Technicians looking back to see exactly where the virtualization revolution helped us get to? Help us get to the IT resources management phase. It resource management's biggest challenge is that it makes it cost-effective and efficient, and its business has not yet gone out. Mobilizing more is the system resources themselves. Encapsulation is, for example, a server divided into four virtual machines, installed or traditional data, the original data moved in, the original structure we solve the problem is the application of moving, we found that the new challenges appear.

Or back to the banks, these advanced companies and operators, they face the new challenge is that my application needs, Moore's law has not been supported. Operation Deep from the cloud world suddenly jump to 3D content, this gap is not Baife, is a few thousand, tens of thousands of. So the challenge is to use one of the applications to solve the challenge of thousands of times times tens of thousands of times times. I just need to pay the bill, Ma Yun now do this thing, let the bank feel gripped, now he wants to start to solve the risk problem, this is not simple structure can do, but more powerful computing resources.

The information structure has undergone a fundamental change, bringing about a fundamental opportunity for our services to the entire cloud state. The greatest challenge to this opportunity, as a system architect, what is the need to add to the content? We need to use distributed computing in addition to these new ways, and no more discussion of the patched content. Do not do cloud 1.0 patch, jump directly to 2.0 we have a new architecture. What more can I do besides the traditional content? After a system goes in and solves the organization's own table structure data, the new cloud architecture can do more things. Another is semantic computing, which is the main core of information expression.

Another is the relationship. Is it consistent to identify 136 and 186 mobile phones in the operator? The traditional expression is the circle of friends to identify, such as a friend has 500 friends, 500 friends 500 friends, that person to overlap to do the dimension table, so the data ratio is very large, can not be calculated. Therefore, relational database is the most difficult to deal with is the relationship. It can only deal with a once-space relationship. The best way to conduct a network of behavioral relationships is to articulate the relationship between people. This is what the Cloud 2.0 system architecture can do through relational computing.