Resource Allocation Using Virtual Machines †Myassignmenthelp.Com

Question: Discuss About The Resource Allocation Using Virtual Machines? Answer: Intoducation Webbs Stores is a popular retailer of food items and specialty stuffs in Australia. The two major centres of data re in Sydney and Melbourne. The regional centres of data are in Wagga, Brisbane, Bathurst, Port Macquarie and Auckland. They have decided to migrate their database. Webbs Stores is migrating their database from MS SQL to Amazon Web Services or AWS instance of IaaS (Garg, Versteeg Buyya, 2013). AWS is one of the best infrastructures of cloud computing. The main advantage of AWS is that it is extremely safe and secure. Moreover, it is absolutely cost effective. Security Controls implemented by Aws to protect IaaS instance Cloud Service Provider or CSP is a public or private entity, which provides cloud infrastructure, security, applications, and storage or platform services for an entity or organization (Fernando, Loke Rahayu, 2013). Amazon Web Services or AWS is one of the best cloud infrastructures available in the market. The main advantage of AWS is that it is extremely safe and secure. Moreover, it is absolutely cost effective (Xiao, Song Chen, 2013). There are various security controls that are implemented by the Amazon Web Services for protecting their IaaS instance. The security controls of AWS are as follows: Benefits and limitations of the Security Controls Te above mentioned security controls have several advantages and disadvantages. They are as follows: Passwords: The main advantage of password is that it secures the entire infrastructure and the infrastructure becomes secured and protected due to this (Avram, 2014). The disadvantage of password is that there are certain software that can easily hack passwords. Often, it is considered as not absolutely secured. Encryption: The advantage of encryption is that it encrypts or encodes a message and maintains the confidentiality (Dinh et al., 2013). The disadvantage of encryption is that it often creates problems while decoding the message. Multi Factor Authentication: The main advantage of this type of authentication is that it protects or authenticates the infrastructure of AWS (Hashem et al., 2015. The disadvantage of multi factor authentication is that it is little complicated than other security measures. Restrictive Firewall Policy: The main advantage of firewall policy is that it detects or prevents all type of virus or malware and thus protects the infrastructure (Fernando, Loke Rahayu, 2013). The disadvantage is that it has several numbers of vulnerabilities within it. Intrusion Prevention System: The major advantage of intrusion prevention system is that it detects and prevents intrusion in a system by intruders (Xiao, Song Chen, 2013). The disadvantage of this system is that they cannot process any encrypted packets in the infrastructure. Webbs Stores will be getting benefitted by the security controls implemented by Amazon Web Services as their infrastructure will be protected by this. Risks associated in the Database Migration There are several types of risks associated in the migration of database for Webbs Stores (Avram, 2014). These types of risks are extremely dangerous for both the database and the organization. Risks associated with the migration of the database The common threats that are associated with migrating of their database are as follows: Loss of Data: Data might get lost while the database is migrated from MS SQL to AWS instance and it might not be recovered at all. Database Corruption: Another significant risk associated with database migration (Sanaei et al., 2014). This is extremely common when the database consists of bulk amount of data. Risks associated with the migration of IaaS infrastructure. The common risks that are associated with migrating of their IaaS infrastructure are as follows: Attacks like DoS: Denial of service attacks are the most common risks associated with the migration of the IaaS infrastructure (Whaiduzzaman et al., 2014). The intruder denies the service and the service is slowed down. Insider Threats: The cloud provider has all the access to the infrastructure. This can turn out to be risky. The communications between Webbs and their IaaS database in the cloud The common risks that are associated with communications within Webbs Stores and their IaaS infrastructure are as follows: Breaching of Data: Data can be easily and quickly breached while there is any type of communication within Webbs Stores and the IaaS database of the cloud (Xiao, Song Chen, 2013). Hacker are responsible for data breaching. Incompatibility in Database: This is another common risk while there is communications between Webbs Stores and their IaaS infrastructure. Using Cloud for Backup and Archival of Records Backup and archival of records are extremely important for any database. Cloud plays the most significant role in case of backup and archival of records. Amazon Web Services follows extra security while backup and archival of their records (Avram, 2014). There are three steps of movement of records. They are the backup, storage and retrieval of records. However, there are few security issues regarding these steps. Backing up data to the Cloud Periodical data back ups are done in AWS. During this step, certain threats can occur. They are as follows: Security Issues: Data might get lost while the back up of data is done in the AWS instance and it might not be recovered at all (Whaiduzzaman et al., 2014). This is extremely vulnerable for any organization. Control over Data: Data back ups are always done by cloud provider. There is always a chance that the confidential data can be intercepted during this (Sanaei et al., 2014). Amazon Web Services take extra care so that the control does not shift to any unauthorized entity. Webbs Stores would be getting extreme benefit from this particular service and their data backup would be easier. Storage of data in the Cloud Data is stored for once and when it is done, it should be kept in mind that there are no vulnerabilities present within the storage. Cloud is the best storage for any types of data (Hashem et al., 2015). Amazon Web Services or AWS can help Webbs Stores so that the data is stored in secured and perfect storage. During this step, certain threats can occur. They are as follows: Security Issues: Data might get lost while it is stored in the storage of the AWS instance and it might not be recovered at all (Wei et al., 2014). This is extremely vulnerable for any organization. Lacking in Standardization: The vendor of the cloud often becomes unsuccessful in following the standardization or standard rules of an organization (Rahimi et al., 2013). This is one of the most common risks that occur in data storage. Webbs Stores would be getting extreme benefit from Amazon Web Services and the storing of their data would be easier. Retrieval of data from the cloud This is the third and final step of data migration to any infrastructure. The common risks of this step are as follows: Data Leakage: There is always a high chance that the data would be leaked during the retrieval of data. AWS takes extra care so that the data is not leaked in the cloud. Once leaked, the data would definitely lose its integrity.(|Tao et al., 2014) Snooping of Data: There is always a high chance that the intruders snoop in and checks the confidential data when it is retrieved (Sanaei et al., 2014). AWS provides intense care whenever data is retrieved from cloud. AWS is the best infrastructure for any organization. It provides excess security while backups, storing and retrieval of data from the cloud. Webbs Stores would be getting all the advantages from this particular infrastructure. DR plan of the CSP Cloud DR Plan means the backup and restore strategy in a cloud. The CSP is the cloud service provider. Here the cloud service provider is the Amazon Web Services (Arora, Parashar Transforming, 2013). They have their innovative backup and restore plan for data. This plan helps in maintaining the security of data. Webbs Stores must opt for the DR Plan of AWS. It is simple in nature. Moreover, it reduces the complications in data migration. The entire database is easily migrated by this strategy (Botta et al., 2012). Webbs Stores would be the advantage of copying the entire set of confidential data thin the database. These are the major advantages of cloud backup and restore strategy of AWS. Cloud Management Access to the infrastructure or instance should be protected. Amazon Web Services protect their access to infrastructure by following few measures or approaches. They are as follows: Their IaaS infrastructure Any type of physical access to the infrastructure of cloud welcomes a hacker in the system. This particular access is prevented by Amazon Web Services easily (Rittinghouse Ransome, 2016). AWS ever allows any type of unauthorized access to infrastructure. Their Ms SQL Server 2012 R2 cloud instance The existing database of Webbs Stores is the MS SQL Server R2. The access of this cloud instance can be protected by checking the access of the operating system (Rahimi et al., 2014). AWS helps in detecting the wrong access easily. Their Cloud network infrastructure The cloud network infrastructure can be protected by regularly monitoring the server. This will check and reduce the excess and unsanctioned users from accessing the infrastructure. Their Cloud backup and restore infrastructure The cloud backup and restoration infrastructure is needed to be checked that whether there is any risk or not (Garg, Versteeg Buyya, 2013). If the access will be mitigated, automatically there would be more security. Two methods are given below. Passwords: The main advantage of password is that it secures the entire infrastructure and the infrastructure becomes secured and protected due to this (Dinh et al., 2013). The access to the cloud back and restoration infrastructure can be mitigated by implementing passwords in the system. Encryption: The advantage of encryption is that it encrypts or encodes a message and maintains the confidentiality (Almorsy, Grundy Mller, 2016). The access to the cloud back and restoration infrastructure can be mitigated by implementing encryption algorithm in the system. References Almorsy, M., Grundy, J., Mller, I. (2016). An analysis of the cloud computing security problem.arXiv preprint arXiv:1609.01107. Arora, R., Parashar, A., Transforming, C. C. I. (2013). 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