Cloud computing within an enterprise risk management framework

Cloud computing within an enterprise risk management framework

Cloud computing has numerous advantages for businesses, but these advantages might be negated if sufficient information security and personal privacy are not ensured while employing cloud services. This could lead to reputational damage, increased expenses, and eventual business loss. Customers should set realistic goals with their cloud providers and comprehensively grasp the possible security advantages and dangers involved with moving to the cloud. Considerations need to be given to the many service categories before the installation of cloud computing services, including infrastructure as a service, software as a service, and platform as a service. Since the security obligations and needs for each type vary. Cloud computing offers the potential to deliver better security agencies and privacy capacities that are superior to what many enterprises deploy on their own, in addition to posing cybersecurity and privacy dangers. This might be advantageous for clients that lack access to highly trained security professionals.

Customers that use the Cloud Architecture Implementation and Design Service may build hybrid cloud systems with cloud-network convergence. It utilizes its in-depth knowledge of client requirements, experience in developing cloud computing solutions, and cutting-edge planning and deployment technologies to create hybrid cloud resources that supply a wide range of cloud service resources (Makita et al., 2019). There have been various ways put out for cloud computing data security, but numerous challenges exist. The most popular security measures are intrusion detection software, multi-tenancy-based access control, and  SSL encryption.

Effective governance, risk, and compliance systems are among the most crucial security needs for cloud users. This means that cloud computing must have security measures comparable to conventional IT systems. Unlike conventional IT solutions, cloud computing may provide distinct hazards to an enterprise. Therefore, customers must understand the amount of risk tolerance when a business adopts cloud computing. Customers need to be confident that the cloud hosting company has capabilities and procedures to control individuals and companies who are given access to their data and apps. Ensure that access to the cloud infrastructure is monitored and controlled; this is essential for the company and all stakeholders involved. Therefore, it is essential to integrate the management of people, roles, and identities in the cloud environment. When migrating some consumer applications to the cloud, the provider must let users allocate their user IDs into access groups.


accurate data and information protection is critical to a safe cloud environment. Security considerations must be applied to information stored on a storage system and data sent via a communication channel. There are different security needs in cloud computing, but not all of them have been thoroughly investigated. It is also difficult to determine which sorts of needs have received the greatest attention and which have received the least. Physical Protection, Privacy, Recovery, Prosecution, access control measures, non-repudiation, security auditing, and integrity are some of the stated security needs.

An important piece of advice for cloud data security is to ensure that cloud services and communications are secure. Data protection through cryptographic algorithms is also more crucial in data security. Cloud users should be wary of internal network assaults such as confidentiality breaches or leaking private data, integrity breaches such as unauthorized data alteration, and availability breaches such as denial of service. One of the primary suggestions is to assess the security of facilities and physical infrastructure. Because the facilities and infrastructure in cloud computing are often managed and owned by the cloud service provider, the cloud user is responsible for obtaining confirmation from the service cloud provider that sufficient security controls are in place.

Risks associated with data for cloud computing include the danger of theft or unauthorized exposure of data, the risk of tampering, and the risk of data loss or unavailability. Adequate controls are required to safeguard information in cloud computing, such as evaluation of all types of data and privacy needs, application of confidentiality, construction of information asset catalog, reliability, availability, and application of access and identity management (Makita et al.,2019). Some baseline security requirements could be applied to the design and implementation of cloud computing within enterprise risk management in a given company. Understanding the company’s background is a crucial aspect of cloud computing. Business risks influence a number of the customer’s business goals. Identifying these hazards aids in explaining and quantifying the likelihood that such occurrences will directly impact company objectives. Business risks encompass direct financial loss, product or reputation damage, violation of customer or regulatory requirements, liability vulnerability, and higher development expenses.

Secondly, it is important to fix the issue and ensure the implementation of the fix. This step also covers the application of the previously discovered validation procedures. The validation step provides some confidence that item creation has appropriately managed concerns and that the risk reduction strategy is effective. In continuation, it is good to identify the business and the technological risks involved with those specific risks. It has been identified that business risks often impact the customers’ goals and objectives and their choice of products and services. Identifying these hazards aids in explaining and quantifying the likelihood that such occurrences will directly impact company objectives (Taghipour et al., 2020). Business risks involve direct financial loss, product or reputation damage, market or regulatory requirements violation, liability vulnerability, and higher development expenses. It is also advisable to prioritize risks, extract them, and generate a ranked collection. Almost every surgery will include a significant amount of dangers. Identifying various degrees of risk is critical, but prioritizing such risks usually leads to corporate success. The prioritization approach is supposed to consider the organization’s most significant business objectives, the seriously threatened goals, and the likelihood that technical difficulties will be represented in such a manner that they would influence the company.

A continual process of managing risk is an essential component of any software protection strategy. Software safety risks include hazards discovered in products during compensation processes, risks generated by inadequate procedures, and staff risks. The system of managing risks was created to handle risk exposures caused by software. Analysts apply their professional knowledge, techniques, and resources to include a genuine risk management approach through certain fundamental tasks. Additionally, databases are also critical. Confidential information will be transferred from safe information infrastructure such as databases to text servers in a large business, where data is frequently exposed to anybody, and no one controls access. As immediately as the attackers get access, they are frequently permitted to see unprotected documents. Many organizations have many records if proper security measures are not implemented.


Makita, M., Shin, S. Y., & Choe, T. Y. (2019). ERMOCTAVE: a risk management framework for it systems which adopt cloud computing. Future Internet11(9), 195.

Taghipour, M., Soofi, M. E., Mahboobi, M., & Abdi, J. (2020). Application of cloud computing in system management in order to control the process. Management3(3), 34-55.



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