Windows
Patrick Büchler
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Patrick Büchler
CEO, Partner

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Technology is constantly evolving, and this also applies to desktop applications on Windows. If your application is older or no longer meets current requirements, it might be time for a modernisation. In this article, you’ll learn why re-engineering is important for your Windows desktop applications and how you can benefit from the right technology and strategy.

An overview

A Windows desktop application is a programme that has been specially developed for the Windows operating systems and is executed locally on a desktop computer or laptop. In contrast to web applications, which run via a browser, a desktop application provides direct access to the resources of the operating system and utilises its specific functions.

What is it needed for? Windows desktop applications are ideal for tasks that require strong integration with the operating system or high performance requirements. They are ideal for:

  • Compute-intensive processes: Applications that require complex calculations or intensive data processing benefit from direct access to system resources. Examples include CAD software, scientific calculation programmes or financial applications.
  • Complex user interfaces: If your application requires a detailed and interactive user interface, desktop applications often offer more flexibility and performance than web applications.
  • Security requirements: Desktop applications can be more secure as they are less susceptible to web security risks and access the local system, allowing for additional protection measures.

Which companies and business processes are they suitable for?

Windows desktop applications are particularly valuable for organisations that

  • Require customised software solutions: Companies looking for customised solutions for specific business processes such as warehouse management, customer relationship management (CRM) or financial accounting will benefit from desktop applications that are precisely tailored to their needs.
  • Supporting critical business processes: In industries such as manufacturing, finance or healthcare, where reliability and speed are critical, desktop applications often provide the stability and performance needed.
  • Aim for deployment on multiple devices: Organisations that want to use their software on different Windows devices benefit from the adaptability and integration that desktop applications offer.

Why Re-Engineering?

Re-engineering means redesigning existing systems to make them more powerful, secure and adaptable. Re-engineering allows you to bring your applications up to date without having to develop them from scratch. Here are some reasons why modernisation is so important:

  • Improved performance: older applications might be slowed down by outdated technologies or inefficient code. By re-engineering, you can increase the performance of your application, resulting in a better user experience and greater efficiency.
  • Up-to-date technologies: Modernising your application allows you to benefit from the latest features and security updates of the Windows platform. This keeps your application relevant and secure.
  • Adapt to new requirements: If your users’ needs change, you can quickly adapt your application through re-engineering. This saves time and costs compared to new development.

Technologies for successful modernisation

When modernising your Windows desktop application, you have the choice between different technologies. Each has its own strengths that can help you optimise your application.

1. cross-platform frameworks:

  • With Electron, you can easily convert existing web applications, which may be based on Angular, into desktop applications. This saves development effort and enables fast implementation. Electron can be an effective solution to deploy your application on both Windows and Mac.

2. Microsoft’s development platforms:

  • UWP (Universal Windows Platform): Ideal for modern Windows 11 applications. With UWP, you can utilise the latest Windows features and ensure your application runs optimally on the latest versions of Windows.
  • Win32 (C++ Desktop): If your application is particularly computationally intensive, Win32 can provide the performance you need. This platform provides direct access to system resources and maximises efficiency.
  • WPF (Windows Presentation Foundation): Perfect for complex user interfaces. With WPF, you can create impressive, interactive user experiences while utilising the native performance of Windows.

Your next step

Is your application on the test bench? Is it time to modernise it to keep up with the latest requirements and technologies? We’ll be happy to help you! Ready to take the next step? Let’s work together on the future of your application and make it fit for the challenges of tomorrow. Contact us today for a no-obligation consultation!

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