Understanding custom actions can be challenging, and most beginner IT Professionals tend to “leave the chat” when custom actions are brought to the table. Without a doubt, MSI technology is complex, and best practices have evolved over the years, adding to the difficulty.

To enhance the security of your machines, it is crucial to properly define and configure the firewall rules, ensuring a safer environment.

To repackage a setup, we first need to understand how that setup was originally built. You can find a brief explanation of this in our free MSI Packaging eBook.

If you’ve worked with MSI Windows Installer, you most likely know that the Windows Installer database includes various interrelated tables as a standard format for component management.

With VMware ThinApp, your application management and delivery across different computing environments is much easier.

The MSI format is a widely recognized standard in the software industry for distributing software packages to Windows-based devices. MSI packages offer numerous advantages over alternative software installation methods, including enhanced reliability and improved performance.

When it comes to installing or uninstalling an application package, the level of user interaction can vary based on your specific needs. In cases where you prefer to minimize user involvement, a convenient solution is to opt for a silent install or uninstall. With a silent installation, users are spared the hassle of navigating through an installation wizard and repeatedly clicking the "Next" button.

For several decades, MSI technology has played a crucial role in ensuring seamless installation of Windows Applications on a device. Typically, MSIs will only throw errors to the users if there are significant issues with the package itself.

As part of the software packaging industry, you're most likely familiar with Windows Installer XML, or WiX. The WiX Toolset is widely used to build Windows Installer packages.

During the installation process, user input dialogs play a crucial role by prompting users to provide necessary input. This feature is widely utilized in setup packages as it allows users to provide feedback, and it ensures proper installation and configuration of the software. Additionally, it allows you to store valuable information on the local machine for future use.

When creating an installer, it is crucial to prioritize the setting of the installation directory. This directory, often referred to as the "install path," represents the specific location on the user's computer where the application will be installed.

Microsoft Office introduced add-ins, replacing the old COM plugins for developers. Now, developers create applications using Office Add-Ins, expanding the range of possibilities and features within the operating system.

Ensuring your application is well-designed is one of the key methods to keep users engaged. They need to have a positive experience while using your app, therefore a poor design can drive them away.

Cabinet files, also known as CAB files, are files that store compressed files in a file library. When it comes to Windows Installers, cabinet files can be located either inside or outside the MSI file.

Even though MSI is still the preferred packaging format, there's no question that MSIX is a great complement to MSI and AppV.

MSI is a Windows Installer package format that uses Microsoft’s Windows Installer service to manage the installation (and uninstallation) of applications.

Automation is probably one of the most used words in the IT Industry these days. We can't enter a room without hearing about it in the software packaging industry. However, sometimes simplicity is key.

The MSI Windows Installer is the most popular packaging format used in Enterprise environments. A lot of Independent Software Vendors (ISVs) create their software installer using MSI Windows Installer technology, whether they provide the installer in MSI format directly or wrap it into a setup EXE.

Java is an essential component within enterprise environments, powering various business-critical applications that are necessary for daily operations. However, it is also the most targeted platform for malware and cyber-attacks, posing a significant security risk to organizations that rely on it.

The process of developing software should always include a solid mechanism for application upgrades.