Application Modernization is a necessary evil for businesses to stay on the top of their game. Modernization comes in different flavors. It could range from a complete re-architecture/rewrite to just a few updates to the existing components, frameworks and libraries. While application modernization is an arduous journey, several tools can help you navigate the various stages of modernization efficiently. Whatever path you decide to take, application discovery for modernization remains Step 1.
The first step in modernization would be to understand the existing application - Application discovery. A recent 2018 study found that on average about 60% of time is spent on understanding the existing code in a project! Application discovery for modernization a tedious and time consuming process can be accelerated using a tool like CAST Imaging.
[ Suggested reading : Accelerate Software Architecture discovery using CAST Imaging 1.7 ]
While full-fledged application modernization projects are few, there are constant updates to the common libraries and frameworks that have been used in the software. It is very common to see that frameworks and libraries (both open source and proprietary) get frequently updated to fix known vulnerabilities and add new capabilities. Not updating them poses a huge threat to security and sometimes even the stability of the application.
Hence, there are regular needs to introduce new components, update/introduce libraries and frameworks in the existing application. There are two challenges here
With CAST Imaging, updates on frameworks and components – actions that affect the architecture of the application, have been made super easy and efficient. Let’s dig into the details and see how:
Instead of spending several person-days of effort, CAST Imaging can help you collect all the information- libraries, frameworks and its dependencies in a matter of minutes.
CAST Imaging offers the capability to onboard extremely large applications, enabling you to visualize every object and search for your intended object references. The below image shows the search results for spring frameworks. On selecting spring coordination, it shows all the nodes and objects that interface with the spring coordination framework. Here in this case, you can infer that the spring framework talks to HTML coordination, jquery coordination and similar objects.
Addition of new frameworks or libraries or sometimes even updating existing frameworks may warrant some changes in the architecture. It can be super hard to visualize the changes and collaborate with a large distributed team to decide on an optimal change. The latest release of CAST Imaging solves exactly this problem. CAST Imaging allows you add new nodes of the components you intend to add and helps you create a blueprint of the desired architecture. The blueprint aids discussions and helps communicate the expected changes to a large set of developers working on the application.
CAST Imaging automatically scans complex software systems built with any mix of 3GL, 4GL, Mobile, Web, Middleware, Framework, Database, Mainframe technologies and consistently creates architecture blueprints with MRI-like precision, accuracy and ease of use.
New to CAST Imaging? Click here to schedule a walk thru with our expert on how CAST Imaging can help in application discovery for modernization and identify and update libraries and frameworks..
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Erik Oltmans, an Associate Partner from EY, Netherlands, spoke at the Software Intelligence Forum on how the consulting behemoth uses Software Intelligence in its Transaction Advisory services.
Erik describes the changing landscape of M & A. Besides the financial and commercial aspects, PE firms now equally value technical assessments, especially for targets with significant software assets. He goes on to detail how CAST Highlight makes these assessments possible with limited access to the targetâ€™s systems, customized quality metrics, and liability implications of open source components - all three that are critical for an M&A due diligence.