The success of cloud computing is largely based on the effective implementation of its architecture. In cloud computing, architecture is not just based on how the application will work with the intended users. Cloud computing requires an intricate interaction with the hardware which is very essential to ensure uptime of the application.
These two components (hardware and application) have to work together seamlessly or else cloud computing will not be possible. If the application fails, the hardware will not be able to push the data and implement certain processes.
On the other hand, hardware failure will mean stoppage of operations. For that reason, precaution has to be done so that these components will be working as expected and necessary fixes has to be implemented immediately for prevention as well as quick resolution.
One of the most distinguishing characteristics of cloud computing architecture is its close dependency on the hardware components. An online application is just a simple application that could be launched in different servers but when the application is considered with cloud computing, it will require massive data centers that will ensure the processes are done as expected and timely.
Data centers for cloud computing architecture are not your run-of-the-mill data processing centers. It’s composed of different servers with optimal storage capacity and processing speed. They work together to ensure that the application will be operating as expected. The area is usually in a highly controlled environment where it would be constantly monitored through various applications and manually checked for actual physical problems.
The data center could be considered as the backbone of cloud computing architecture. The destruction of it could easily mean millions of dollars in additional spending for companies. For that reason, data centers of large companies are often kept secret to avoid infiltration either by hacking or actual physical damage.
Applications in Cloud Computing Architecture
Enabling the capacity of the data centers is the software that does the processing. With the help of the data centers, the processing time will be fast as the speed of transaction will be suggested by the hardware capabilities of the data center.
The application in cloud computing will call on the assistance of the hardware not only in processing but also in data gathering. Although it would be possible that data will come from another source, data centers will usually house the data in their server farms for faster access and easier processing.
The challenge for applications in cloud computing is largely based on the number of requests the application could handle. Although this factor could be highly suggested by the data center, the application will usually have a threshold if they are not properly written.
To deal with this concern, developers use metadata to enable personalized services to their users as well as data processing. Through metadata, individualized requests will be entertained and will be properly implemented. Metadata also ensures uptime of transaction as data requests will be slowed down if the developer chooses to do so.
The Unix Philosophy
Cloud computing architecture and its implementation is strongly defined by the Unix Philosophy. It’s basically a set of rules and principles that developers would have to follow to ensure that cloud computing would be easily implemented and the application would be for the advantage of the user.
Although there are many definitions, rules and principles for Unix Philosophy, they all point out to one belief: build one thing and make sure it works consistently.
Through the Unix Philosophy, developers who design the architecture for cloud computing have to remember that they there only to support only one application or at least an output. Cloud computing could be composed of different stages but these stages are geared towards the consistent computing of the online application.
Keeping up with the demands of the application is the data centers and server farms. It could be said that too much hardware could be used to support a single process but these are implemented to ensure that the application would have as many back-up plans as it could have.
Applications from cloud computing is also implemented with the thought of consistent security and performance monitoring. Through proper implementation of cloud computing architecture, the application will be accessible 24/7 with a new 100% uptime for their users.