Testing fastdox

To begin the process,the fastdox software was installed and the digital pen registered for use. Although the documentation implied that a postscript laser printer would be needed, a standard Lexmark ink jet printer was tested to see if it had adequate resolution for the pen to record the written script. It had, and this implied that any modern printer would be OK.

The printer was configured for digital paper printing using the setup menu. The effect of this was to add 'fastdox' as a new printer in the list available when using any application that has a print function.

When the print function in any application is selected and the 'fastdox' printer option chosen, the software prepares to print the document concerned on top of a dot matrix that will be recognised by the digital pen. This results in a printed page with a light grey background.

The process of preparing the page for printing also creates a PDF copy of the page which can be stored in any location. All pages are uniquely identified and date-stamped by the software.

The digital pen can now be used to write on the digital paper. All writing is recorded by the pen in an inbuilt memory for subsequent processing. When the pen communicates with the computer hosting the fastdox application (either by a direct docking cradle or via bluetooth/mobile phone), the software is activated and the page is displayed, together with any writing added using the digital pen.

A key feature of the software is the way it allows modifications to the documents to be time-stamped. The original printing date is automatically recorded, as is the most recent 'inking' when it was last annotated. An option is for each alteration to be saved as a separate PDF file which records the date and time the alteration was made. This provides the audit trail for signatures that the project is looking for.