How can a company ensure a new version of an application will work on old computers with limited RAM and hard drive space?

The reasoning for why making the program a web application allows it to work effectively on older computers with limited resources is rooted in the architecture of web applications. By shifting the workload to the server, web applications can leverage more powerful resources compared to the client's device. Older computers often struggle with processing power and memory, but if the application runs in a web browser, the intensive computations and data storage can be handled server-side, thereby reducing the demands placed on the local machine.

In this scenario, the users will only need a basic internet browser to access the application. As web technology continues to evolve, many web applications are designed to be lightweight and efficient, allowing them to load quickly and function on systems with low specifications. This approach can also ensure compatibility across various devices, making it an ideal solution for providing access to users with older hardware without requiring significant upgrades.

The other approaches, while they might have some logic, do not effectively address compatibility and performance issues with older hardware. For instance, using outdated programming languages or operating systems may lead to other complications, such as a lack of support or difficulty in integration with modern systems. Additionally, reducing the program's features could limit functionality and user experience without addressing the underlying performance issues directly. Hence, transitioning to a web