Assume you’re building a website, an application, or software, and you don’t want to build everything yourself for a variety of reasons – you’re short on time; you don’t want to code the tedious sections, and so on.<\/p>\n
So you have the choice of purchasing some elements of the software that you will use in it, such as the login, sign up, and other pages, and here comes the COTS-commercially \u2013off \u2013the \u2013shelf software. This is primarily used in businesses to expedite projects and eliminate overlapping activities.<\/p>\n
Companies now utilize seven strategies, or 7Rs – refactor, re-platform, repurchase, rehost, relocate, retain, and retire, to determine which applications should be decommissioned or transferred; this is done on a regular basis to keep the server up to date with the most recent market codes.<\/p>\n
Given the wide range of functional and technological intricacies hidden behind a black-box, migrating COTS apps to the cloud is not an easy task.<\/p>\n
COTS Cloud Migration Challenges<\/strong><\/p>\n While most large product suppliers provide cloud-based solutions, switching to the most recent cloud product suite requires a significant amount of effort for clients who are still using earlier versions.<\/p>\n On the contrary, many products are still not cloud-approved, and several industrial sectors have begun shifting workloads to the cloud.<\/p>\n While waiting for certified cloud solutions may be an option, it is also critical for clients to consider working with COTS suppliers and Systems Integration partners and begin their COTS migration journey to stay ahead of the competition.<\/p>\n The following are some of the challenges associated with transferring COTS applications to the cloud:<\/p>\n When transferring COTS workloads to the cloud, some major factors include considering SaaS solutions if the firm wants to avoid future maintenance costs and the application data classification and availability criteria are at the level expected from a SaaS vendor.<\/p>\n It is also advisable to rehost first to the cloud before attempting to re-platform. When support for the original product’s OS\/application runtimes\/database is not available, and non-functional needs are not met, re-platforming of COTS is required. If your application provider supports open-source databases, you can save money on licensing.<\/p>\n Key Drivers for Enterprises Migrating COTS to the Cloud<\/strong><\/p>\n With fierce competition from enterprises and increased cloud adoption across the industries, it’s past time to rethink the COTS portfolio approach to future-proof the growing business needs while lowering overheads.<\/p>\n COTS apps, on the other hand, have their own set of issues when it comes to cloud migration. A standard R path analysis will not suffice to define the COTS cloud adoption journey.<\/p>\n Enterprises are shifting COTS to the cloud for a variety of reasons:<\/p>\n COTS product migration is typically accomplished in four stages:<\/p>\n Assess:<\/strong> Examine product installation, configuration details, infrastructure, security, and data needs, as well as application compatibility (interfaces, shared middleware & data storage)<\/p>\n Design:<\/strong> Identify compatible cloud services, components, and target architecture blueprints for each of the application, data, and integration layers, as well as the required migration tools and processes to complete migration and infrastructure capacity and availability requirements.<\/p>\n Migrate:<\/strong> Execute agile-based migrations according to design specifications, starting with data, integrating with on-premise systems, and performing end-to-end testing, including performance and security testing, in a non-production environment first to assure minimal functional impact.<\/p>\n Optimise:<\/strong> Continuously calibrate cloud service configurations to optimize COTS resources according to business requirements.<\/p>\n Furthermore, the following can assist enterprises in maximizing the commercial value of shifting COTS workloads to the cloud:<\/p>\n While enterprises can reap maximum benefits by migrating their COTS apps to the cloud, it is imperative to have a Cloud Migration Assurance in place.<\/p>\n Cloud Migration Assurance \u2013 How Does it Matter?<\/strong><\/p>\n Many enterprises have found that migrating to the cloud has been a transformative step, but it is complex and involves risks to applications unless rigorous end-to-end, cloud-specific testing is undertaken.<\/p>\n Enterprises confine their testing strategy to application level regression analysis, which is insufficient to assure that apps, data, and servers are completely functional and secure following migration.<\/p>\n Be it the COTS apps or any other digital applications, a comprehensive assurance strategy to incorporate cloud-centric validation techniques is essential in light of the different ways cloud leveraging has grown.<\/p>\n For example, if the servers are not properly sized, if there are network latency issues that were not tested in isolation, or if there are dependencies with other apps that were not tested end-to-end in the cloud, application performance difficulties can often appear.<\/p>\n As a result, businesses that migrate to the cloud without a robust cloud testing plan risk exposing their applications to dangers such as server failure and application crashes.<\/p>\n It’s critical to develop a strategy that considers all major cloud-readiness features, not just functionality, performance, security, and user experience, to help businesses get the most out of the cloud.<\/p>\n A minimum of three rounds of testing is recommended as part of cloud migration assurance to provide full coverage:<\/p>\n Round 1: Pre-migration testing<\/strong> comprises baseline testing in existing facilities and the recording of application\/server performance benchmarks.<\/p>\n Round 2: Post-migration testing<\/strong> includes validating the server configuration against the architecture and running end-to-end tests against the cloud apps, including functional, web services, integration, performance, security, regression, DR, and failover.<\/p>\n\n
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