When the City of Houston's Municipal Courts needed a solution to speed up their CourtView Solution, eBusiness 1 created HyperForms,  a state of the art forms processing application.

Automated document generation represents the single largest operation in today’s court management systems.  The HyperForms add-on for CourtView enables courts of all sizes to make short work of that task.  Whether generating a single form or large batches of forms, users will immediately realize up to a 95% reduction in the amount of time required to produce documents! 

HyperForms is a high-speed upgrade to the standard forms generation method utilized within the CourtView CMS. Documents can be generated in as little as 1/10^th of a second, drastically increasing the productivity of limited resources.  Misfiled court forms become a thing of the past with the HyperForms automatic data integrity checking feature, Autocheck™.

HyperForms Key Features and Benefits:

• FormsGen Replacement - Generate court forms up to 20 times faster than current word processor-based methods.  With HyperForms, your form generation processing immediately is reduced to 1/10 of a second per form.  Your wait time (employee and citizen) is reduced especially for heavy form processing areas 
• Say goodbye to “Screen Flashing” – HyperForms will remove interrupting and annoying screen flashing caused by macro execution and enable the user to retain control of their workstation 
• Redundancy – With HyperForms you automatically have a totally redundant image library that  can re-populate other forms processing if data is lost 
• HyperForms Autocheck™ – Eliminates misfiling of  court forms often associated with batch processing 
• XML Conversion - Conversion and maintenance of your form template library as XML, significantly reducing the amount of time required to make changes. 
• Microsoft Office - Reduction in the number of software licenses needed for Microsoft® Office Word. 
• User Training – None – The only thing your users will see if less “screen flashing” and faster form generation