Skip to main content

Cloud Governance Solution

As the need to carefully handle the complex IT systems and services in enterprises increases, the significance of cloud governance also increases. The enterprise governance solution will comprise of the following measures:
• Access Controls: Deploy role-based access control (RBAC) to accommodate specific levels of access across the design, development and QA teams. Apply access limitations to cloud resources for both internal and external teams. The internal policies practised thus far can be extended to the cloud. The clients in a multi-tenant environment must be clearly separated with no interdependencies.
• Financial Controls: Tracking cloud expenditure can be done by recording the cost involved each time a new resource is provisioned across the cloud. The cost can be limited when a hard cap is reached.
• Key Management and Encryption: While the encrypted data stays with the service provider, access to the encryption key, credentials and other security keys must be restricted.
• Logging and Auditing: All activities pertaining to the cloud must be logged. Auditing of all entries based on the user must be monitored and managed by using a reporting system.
• API Integration: Application Programming Interface (API) is a tool used to connect two programs with no previous knowledge or interference. API integration in cloud governance refers to easy integration with monitoring, service ticketing and other significant operations to enhance the level of governance across the enterprise.

Comments

Popular posts from this blog

The Seven-Step Model of Migration

Irrespective of the migration approach adopted, the Seven-step Model of Cloud Migration creates a more rational point of view towards the migration process and offers the ability to imbibe several best practices throughout the journey Step 1: Assess Cloud migration assessments are conducted to understand the complexities in the migration process at the code, design and architectural levels. The investment and the recurring costs are also evaluated along with gauging the tools, test cases, functionalities and other features related to the configuration. Step 2: Isolate The applications to be migrated to the cloud from the internal data center are freed of dependencies pertaining to the environment and the existing system. This step cuts a clearer picture about the complexity of the migration process. Step 3: Map Most organisations hold a detailed mapping of their environment with all the systems and applications. This information can be used to distinguish between the ...

Cloud Computing architecture

Cloud computing architecture refers to all components and sub-components that together form the structure of the cloud computing system. This architecture can be divided into three parts for better understanding – front end, back end and middleware. Each part of the cloud architecture has its own set of functionalities and protocols that work together to deliver on-demand services to user-facing hardware as well as software. In general, the architecture is evolved out of large distributed network applications over the last two decades. Hence it supports any system where resources can be pooled and partitioned as required. The general cloud architecture is capable of running multiple software applications running on multiple virtual hardware in multiple locations to efficiently render on-demand services to the users. The users could be using these software applications from their desktop or laptop or mobile or tablets. Usually, whatever the user is looking at – through t...

connection oriented

connection-oriented:- connection-oriented  describes a means of transmitting data in which the devices at the end points use a preliminary  protocol  to establish an end-to-end connection before any data is sent. Connection-oriented protocol service is sometimes called a "reliable" network service, because it guarantees that data will arrive in the proper sequence. Transmission Control Protocol ( TCP ) is a connection-oriented protocol. For connection-oriented communications, each end point must be able to transmit so that it can communicate. The alternative to connection-oriented transmission is the  connection-less  approach, in which data is sent from one end point to another without prior arrangement. Connection-less protocols are usually described as  stateless  because the end points have no protocol-defined way to remember where they are in a "conversation" of message exchanges. Because they can keep track of a conversation, connection-or...

tag