Dokany Project

The Dokany Project maintains the Dokan Library, a lightweight user-mode framework that lets developers create custom file systems for Windows without writing kernel-level code. By exposing a clean C/C++ API and providing a FUSE (Filesystem in Userspace) compatibility layer, the library turns complex kernel driver work into ordinary application logic; typical uses include on-the-fly encryption containers, cloud-storage gateways that expose S3 or OneDrive as a local drive, DVD/Blu-ray image mounters, real-time backup mirrors, and forensic or debugging tools that present database queries or log streams as normal folders. Because operations are handled in user space, prototypes can be built quickly in C#, C++, Rust, or any language that calls native DLLs, while the in-box FUSE wrapper lets Linux-origin projects compile almost unchanged. The driver, signed by the open-source community, installs as a minimal kernel shim that forwards IRPs to the user-mode service, giving stability comparable to a native Windows file system with the convenience of portable libraries. Dokan-based volumes integrate seamlessly with Explorer, CMD, PowerShell, and Windows Server network shares, supporting NTFS-style security descriptors, reparse points, and alternate data streams, so applications ranging from privacy-focused portable drives to enterprise document-management appliances can rely on standard Windows semantics. The Dokany Project’s software is available free of charge on get.nero.com, where downloads are delivered through trusted Windows package sources such as winget, always fetch the latest release, and can be installed individually or batched together with other applications.