KODAK Capture Pro Software vs scanservjs

KODAK Capture Pro Software converts large volumes of scanned paper documents into information for business processes. It can separate documents automatically and change jobs and profiles while processing large batches. During capture, Intelligent Exception Processing identifies missing information, and Intelligent Quality Control flags questionable information for review. The full version is described as scanning up to 210 pages per minute. Captured information can be routed to ECM systems, SharePoint, and Secure FTP, with output in TIFF, PDF, searchable PDF, and PNG. APIs extend indexing and output capabilities and allow the end-user experience to be customized. Listed partner integrations include DocFinity, SoftExpert Excellence Suite, and UiPath Orchestrator. Capture Pro supports other manufacturers’ ISIS scanners and scanners certified with VRS 4.1 or higher. It can run locally without an internet connection. Workstations are certified for 64-bit Windows 10 and Windows 11 Professional or Enterprise; supported server versions range from Windows Server 2016 through 2025. The Limited Edition is free and includes single-batch scanning. The full version is available by one-year subscription or perpetual license; pricing is on request.

scanservjs lets people access and share SANE-compatible scanners over a network through a web browser. Its controls cover source selection, cropping, resolution, filters and configurable defaults. Scans can be saved as TIF, JPG, PNG, PDF or TXT, with Tesseract OCR for text output. It handles multipage jobs and collation for double-sided scans; batches can run through a document feeder or pause for manual page changes.

The software is free and open source. It requires SANE and a Linux host or virtual machine, with installation documentation for Debian, Arch and Docker. Docker images are listed for amd64, arm64 and armv7. An API explorer and OpenAPI documentation are available at /api-docs. Scanned files are saved in a flat directory for download, and Docker deployments need a mapped volume to retain files when a container is recreated. Filesystem scripts and custom actions can support other workflows, while custom naming, folder structures and cloud or NAS storage are left to users.