Framework With Security
Cloud Control Matrix CCM Framework provides a control framework with security. Check out the blog to learn about CCM Framework, its working, and encryption algorithms. The Cloud Control Matrix CCM framework is a cyber-security control framework for cloud security assurance. The system is made up of 17 domains with 197 control objectives that cover all features of cloud network technology.
The framework is made by the cloud security alliance (CSA) with the best practices to ensure a secure cloud computing environment. Therefore, if you want to know which technology forms the foundation for cloud computing, you should consider CCM. It is a tool for checking cloud implementation. The system works with cloud security alliance guidance, and it is updated regularly. Let’s discuss the CCM framework and the security algorithms in cloud computing in detail.
The CCM framework is a worksheet that lists common rules any company needs to follow. Moreover, it also lowers the use of different cloud security frameworks by letting all cloud standards be in one place. Every control map has several industry-accepted security frameworks and standards.
For every control, the user will see different requirements. For instance, for one specific control, the cloud network technology will fulfill three different frameworks. Each control in the CCM framework indicates who should fulfill the control; cloud customer or provider. It also indicates which cloud type or environment the control implies. Furthermore, the Cloud Control Matrix CCM Framework also clarifies the responsibilities and roles between cloud and cloud service providers.
Covered Security Domains by CCM:
The cloud security alliance (CSA) is working to release the fourth version of the CCM framework. So the CCM v.4 adds up to a significant upgrade in the previous version. In addition, it also introduces changes in the framework with a new domain.
The framework comes with monitoring and modifications in the existing version. Moreover, the latest version of cloud network technology also delivers an increase of needs by developing additional updates and controls. Some additional features of the CCM framework are:
- New security and controls responsibility matrix
- Enhanced suitability and improved compatibility
The domains covered in the latest cloud controls matrix are:
- Assurance and survey
- Interface and application security
- Configuration management and change control
- Privacy lifestyle management and data security
- Visualization and security infrastructure
- Monitoring and logging
Four Encryption Algorithms:
Cloud network technology is an emerging trend, but there are some issues related to security and privacy. The data travels from cloud servers to the company network. Therefore, you have to check out the privacy setup of the cloud service provider. Here is a list of security algorithms in cloud computing that make the cloud reliable for your organization.
1. Encryption Standard (DES):
Encryption standard is a key algorithm for the encryption of digital data. Moreover, the CCM framework works with securing cloud data under key exposure. A secret key is used for encrypting and decrypting data messages. In addition, initial combinations rearrange 64 bits of plain text as a predefined form.
Encryption standard in CCM framework implements Feistel cipher with 16 rounds. Every round uses 48-bit keys that apply to the plain text. These round keys form 48-bit keys. So it results in the output of 64-bit ciphertext.
2. Advanced Encryption Standard (AES):
AES is advanced encryption that operates securing cloud data under key exposure. Furthermore, the system works on 128 bits of plain text. The bytes are arranged as a matrix of four rows and four columns that operate data using the exchange. So advanced encryption standard (AES) is the best choice to know which technology forms the foundation for cloud computing.
3. Homomorphic Algorithm:
In this algorithm of CCM framework, encryption and decryption occur with provider and client that can be worked upon encrypted data. It solves issues of data threats while transferring the data between the service provider and client. Furthermore, it also solves complicated mathematical problems to protect data from the service provider.
4. Cloud Control Matrix CCM:
Blowfish algorithm is important from the list of security algorithms in cloud computing. It is a symmetric algorithm that encrypts 64-bit blocks with 32-448 bits. Moreover, it provides an encryption rate with the cryptanalysis method. So it is a significantly secure and fast cipher block that is available with free access.
Benefits of CCM Framework:
Cloud network technology has been around for multiple decades. Today, it displays an array of qualities that have brought different benefits for businesses. Some of the major benefits of securing cloud data under key exposure are:
1. Wide Network Access:
Cloud network technology and services are locations agnostics. It is an open network that permits accessing data anytime by different devices like laptops, smartphones, etc.
2. Cost Reduction:
Cloud allows users to lower their IT bills. So with the help of the CCM framework, you don’t need to purchase expensive hardware and staff to maintain resources regularly.
3. Multi Sharing:
Cloud network technology works in a shared mode that allows users to use it effectively.
If you want to know which technology forms the foundation for cloud computing and collaboration, you should consider CCM as an ideal solution.
5. Self-Service Provisioning:
The end users can change CCM resources for all kinds of workloads. Moreover, they can provide different computing capabilities such as network storage and server time. So it is an ideal source for securing cloud data under key exposure.
Future of CCM Framework:
Nowadays, businesses and organizations are more likely to migrate critical workloads to public clouds. So it is the basic reason for shifting businesses towards the CCM framework to ensure digital transformation. Business leaders are looking to take the benefit of internal cloud network technology and computer systems to empower critical business units.
In addition, cloud providers such as VMware and IBM are working to meet the needs of IT enterprises. So you should consider the list of security algorithms in cloud computing for cloud-based applications. However, enterprises are beginning to realize that the CCM framework is ideal for them to select the right platform. With serverless computing, developers create code, and cloud providers execute the code in response to a real-world event. Therefore, CCM is the ideal solution for securing cloud data under key exposure from a future perspective.
The CCM framework is composed of 197 control objectives by securing cloud data under key exposure. It is ideal to be used as a tool for systematic assessment or cloud implementation. Moreover, cloud network technology is ideal to provide guidance about which technology forms the foundation for cloud computing. We have discussed different aspects of the CCM framework as Emerging technology with a list of security algorithms in cloud computing. Overall, CCM performs operations on encrypted data to enable high security with multiple encryption algorithms.