Desktop applications have become an essential part of our daily lives, and with the increasing demand for efficient use of screen real estate, developers are faced with the challenge of creating smaller yet functional desktop apps. In this report, we will explore the strategies and techniques for making desktop applications smaller in size, improving their overall performance, and enhancing user experience.
Deploy custom runtime images via jlink to include only the explicit modules your Java application requires to execute. 📦 Utilize Efficient Packaging and Compression how to make desktop apps smaller
Finally, the compilation and build process offers the last line of defense against bloat. Modern compilers and linkers come equipped with powerful optimization flags that can drastically reduce binary size. In languages like C++ or Rust, enabling "Link Time Optimization" (LTO) allows the linker to see the whole program at once, removing redundant code paths and inlining functions more efficiently. Stripping debug symbols from the release build—storing them separately for debugging purposes—can shave megabytes off the final executable. For interpreted languages, using tools that compile to native machine code or utilizing bytecode compression can prevent the inclusion of the entire interpreter runtime. Desktop applications have become an essential part of
Configure your bundler (Webpack, Rollup, or Vite) to eliminate dead code and unused modules. improving their overall performance
Compile with optimization flags specifically tuned for size, such as -Os or -Oz in Clang/GCC.