Atlanta, GA (PRWEB) September 2, 2010
Qoppa Software, a leading provider of PDF solutions, is pleased to announce further refinement of our PDF Automation Server™ (PAS). This unique multi-platform product automates the receiving, processing, and routing of PDF documents. PAS accepts incoming documents from local or network folders or email or ftp servers. It then performs a wide range of manipulations, based on preset criteria. Once changed, both the original files and the new versions can be routed to a range of destinations.
"PDF documents are an integral part of business workflow today. Every organization has requirements to manage, manipulate, and validate documents. Our software delivers the ability to accept documents from multiple sources simultaneously, execute appropriate manipulation based on pre-defined criteria, and then output the original and modified documents to multiple destinations. PAS is designed for maximum efficiency, including the ability to remotely manage workflows from any desktop on any operating system, since our software is also cross-platform." says Gerald Holmann, president of Qoppa Software.
Among the operations that can be performed by PAS are printing, preflight, digital signing, security management, assembling, merging, splitting, cropping pages, converting to/from images, extracting data, merging data, flattening fields and annotations, stamping, importing/exporting annotations, and more. PDF Automation Server is entirely based on Qoppa Software proprietary PDF technology. It is a reliable and affordable system to automate PDF workflows that works on Windows, Mac, Linux, and any other Java enabled platforms. About Qoppa Software: Qoppa Software specializes in the development of high-end libraries and applications to work with PDF documents. Qoppa Software offers a suite of products that cover every aspect of PDF processes and integrate seamlessly into document workflows, including end-user, server and PDF library products. Qoppa’s products are carefully designed and developed to provide the highest level of performance and reliability.