Legacy (or “Software”) Modernization software provides the tools for companies to convert, re-write or port their legacy systems into modern, more flexible computer programming languages and protocols. This helps businesses to reduce the costs and constraints of legacy systems, and increases their agility through more flexible technical systems. Legacy Modernization is a highly strategic form of “future-proofing” but is also often a lengthy and difficult process. Accordingly, software within this space aims to automate and streamline the process whilst maintaining high accuracy. Read the full software guide...
Legacy modernization refers to the constant or sustained process of converting legacy systems in an effort to reduce IT environment complexities and minimize upkeep and maintenance costs, improve data consistency, allow seamless collaboration across multiple platforms, and enhance processing flexibility.
The process is mostly geared towards transforming existing systems into modern web-based client systems, as well as integrating a number of closely related platforms. For most companies and organizations, legacy modernization is the constant attempt to improve their services and to offer the quickest and most efficient access to relevant information.
Among the main challenges of legacy modernization is making sure the system being worked on has a similar level of capabilities as existing data formats, especially since the process basically involves transporting old software functionalities into a context that is compliant with existing, up-to-date IT environments.
Despite how advanced IT systems are these days, there are still a significant number of companies and organizations worldwide that utilize corporate software dating back decades, thus making simple business processes unnecessarily complex and outdated. Herein lies the importance of legacy software modernization.
A modern business, company, or organization should be able and ready to adapt and conform to all the possible changes in the world of modernized business. IT has become a staple in any business process, regardless of the industry. The use of technology, however, brings with it a disadvantage—radical and sudden changes to operations. Nonetheless, it is a crucial component to every company.
There are several different approaches and methodologies to legacy modernization with varying complexities and results. Consider these popular approaches when you’re thinking about modernizing your legacy software systems:
For businesses and organizations considering legacy modernization, there are three fundamental options to choose between to go about the process: rewrite, replace, and reuse.
The Rewrite option involves migrating the coding to a newer or more recent software development language. Replace means getting rid of the older system and replacing it with a more modern technology. Lastly, the Reuse option involves finding a way for the existing legacy system to work with an up-to-date IT environment.
Getting started with legacy modernization involves choosing the right approach for a seamless and efficient transition. In order to achieve this, there are a few steps that an organization must take into account in order to properly lay out a roadmap of their legacy modernization process.
IT systems are crucial to any modern organization, making legacy modernization an integral part of any IT maintenance and management process. If you’re considering modernizing your legacy systems, it’s important to have a well-laid out roadmap on how you should accomplish that process.
Technology is advancing at a rate much quicker than most businesses can keep up with. However, having old and outdated software solutions facilitating business processes presents its own risks, growing costs, and critical constraining factors. Implementing an effective legacy modernization process has many benefits worth considering.
One of the worst things that could happen to any IT system is to become obsolete. Obsolescence is something you would never want to happen with your IT system and network infrastructure. The best way to avoid it is to implement a good legacy modernization process to make sure all your company’s IT systems are up-to-date and up-to-standard with the most recent technologies.
Another benefit worth mentioning is the potential for minimizing costs. Managing and maintaining older systems can become very expensive, thus greatly diminishing the company’s return on investment (ROI).
While newer and more recent technologies can seem to have a bigger initial cost, it does level out and pays for itself down the road. Furthermore, with a wide range of cloud service options available, managing and maintaining these systems will greatly save the company a lot of money, time, and effort.
Agility and seamless integrations with other software applications and business solutions are the potential benefits that are inherent to legacy modernization. In fact, those are some of the fundamental reasons why businesses and organizations even consider legacy modernization. They want their IT systems to be agile and fully integrated with other platforms, which is almost impossible with older and outdated systems.
|Analytics||Analyze and gain insights from data including web traffic, campaign conversions, sensoric output and more.|
|API||Application Programming Interfaces (APIs) are programmatic intersections with external products or platforms that allow for custom integrations with your own solutions or other solutions you are using.|
|Automated Conversion||Hands-free automation of process running to ensure low cost & high speed.|
|Business Rules Mining||Extracts business requirements from software applications and recasts them in natural or formal language for further analysis or forward engineering.|
|Cloud Deployment||Available via the cloud rather than on-premise.|
|Code Transformation||Modernize your systems by taking legacy code such as COBOL and transforming it into more modern languages.|
|Dashboard||Dashboards are digital interfaces commonly used to visualise data or give quick access to important features and functions of online platforms. They often serve as an overview gateway in software applications.|
|Data Conversion||Conversion of internal data and metadata into the languages relevant to the wider Legacy Modernization efforts.|
|Data Import||Importing functionality allows you to use data sets from other systems or platforms to cut down on data entry requirements or to more easily migrate records from similar applications you have used in the past.|
|Developer Tools||All tools & access for end-user developers to tailor the system to their requirements.|
|Hardware Modernization||Update systems hardware from date, legacy systems to modern and more functional hardware.|
|Local Deployment||Available on premise rather than via the cloud.|
|Mainframe Migration||Move your mainframe onto modern, open systems environments to reduce TCO and increase agility.|
|Migration to Cloud||Migrate your legacy systems into a cloud-hosted infrastructure for maximum flexibility and portability.|
|Multi-User||Supports more than just one user account and generally allows for collaboration with colleagues.|
|Remediation||Enhances your applications’ functionality to make them easier to maintain and highly-scalable.|
|Re-Platforming||Moves your applications to newer, less expensive and more efficient technology platforms.|
|Roadmapping||Create a visual plan or overview of a project's goals and deliverables.|
|Security Migration||Migration of internal security systems as part of a wider legacy modernization effort and to ensure security standards are maintained.|
|Software Modernization||Modernization of software systems including mainframe, internal platform, applications, data, and others.|
|Technical Health Assessment||Provides an accurate understanding of your legacy systems, enabling us to develop the business case around renewing existing applications.|