Desktop application development for Windows, macOS and Linux

Desktop fits when the software has to talk to hardware such as a printer, scanner or scale, when it must work without a reliable internet connection, when it processes large files locally, or when a team uses the same tool all day and wants speed and keyboard shortcuts. If every user is online and there is no special hardware, a web app is usually simpler and cheaper to maintain, because nothing has to be installed on each workstation. In the scoping call we tell you honestly which of the two suits you, and sometimes the right answer is a combination of both. That way the decision rests on what you need, not on what is easiest for us to build.

It depends on the project. Electron or Tauri suit a modern interface and one codebase for several operating systems. .NET and WPF suit an organisation that runs on Windows and uses Active Directory and Microsoft tooling. C++ and Qt are chosen when performance is critical or the hardware connection is deep, and Python suits working tools, data processing and automation. If you have a team that will maintain the code after the project, we also take into account what it already knows. The recommendation is given in writing, with the reasoning behind it. That way you avoid a tool that looks modern today and that nobody can maintain in two years.

Yes, and it is one of the most common projects for businesses whose software has worked for years and nobody dares touch it. We start by reviewing what the program really does, including rules that were never documented, and then choose between a full rewrite, a gradual migration module by module, or a move to the web. The data moves to a modern database, and the new system runs in parallel with the old one for a defined period, so results can be compared and you can go back if needed. That keeps the interruption to daily work as small as possible. Throughout, the old system stays in place until the new one has proven itself in real use.

It depends on the device. Some appear as a normal operating system printer, some speak a serial, USB or network protocol, and some come with a manufacturer library. During scoping we ask for the exact models and the manufacturer documentation, and we test on a real device rather than a simulation. The software handles a disconnected device, an empty paper roll or a bad read, and shows the user a clear message instead of freezing. If your model is unusual, we check in advance whether there is a reliable way to connect it. That way you know at the start what is possible, before any development money is spent.

The software is packaged as an installer for each operating system, signed with a code-signing certificate in your name so Windows and macOS do not show a frightening warning on launch. An automatic update mechanism checks for a new version, downloads it in the background and installs it at a moment that suits the user, with a way to roll back if something breaks. In an organisation with many workstations, versions can be released in stages, first to a test group and only then to everyone. If the software is sold to customers, licensing can be added as well. The update and signing setup is documented as well, so you can run it yourselves if you prefer.

The code, the licence and the signing certificate belong to you. At the end of the project you receive the full repository, build and installation instructions, and documentation of the hardware connections, so any qualified developer can carry on. After launch there are three options: monthly maintenance with us, covering fixes and operating system updates; development hours as needed for new features; or a full handover to your own team with training. There is no commitment to stay with us, and you can move between the options over time. This documentation is handed over at each milestone, not only at the end.