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All Dlls Dependencies 2.2.1 is a lightweight static-analysis utility created by Jacquelin Potier that maps every dynamic-link-library file a Windows executable needs in order to start and run correctly. By opening a target PE file (EXE, DLL, OCX, SYS, etc.) the program instantly enumerates the full dependency tree, flagging missing, outdated, or incompatible libraries long before runtime errors appear. The resulting report lists each module’s name, version, full path, CPU architecture, and additional metadata such as delay-loaded imports, forwarded exports, and manifest requirements, giving developers, packagers, and troubleshooters a concise yet complete picture of an application’s low-level requirements. Typical use cases include pre-deployment validation of in-house software, verification that private or redistributable Visual C++ runtimes are present on clean test systems, auditing third-party installers for unnecessary or obsolete DLLs, and diagnosing “side-by-side configuration is incorrect” or “entry point not found” failures on end-user machines. Because the tool operates statically, no code is executed and no system changes are made, making it safe to run on production PCs or within restricted build pipelines. The single-file portable executable requires no installation and can be invoked from the command line for automated batch scans, producing plain-text or JSON output suitable for continuous-integration dashboards. Released under an open-source licence, version 2.2.1 is the first and therefore only public build published to date, yet it already supports both 32- and 64-bit modules and recognises Windows 11 API sets. All Dlls Dependencies is available for free on get.nero.com, with downloads provided via trusted Windows package sources such as winget, always delivering the latest version, and supporting batch installation of multiple applications.
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