Parascript’s InMailRouter® enables companies to significantly improve the speed and accuracy of their mail processing and reduce data entry costs.
It automatically reads and sorts all types of incoming mail, including letters and postcards, helping businesses significantly reduce inefficient, labor-intensive mail flow. Facilities that range from high-volume postal mail processing centers to mailrooms of large corporate organizations benefit from this technology.
Automatically locates and recognizes addresses on envelopes or labels, regardless of the position of the text on the document. It captures all address information and any variations to increase system performance. It performs in-context recognition and data cross-validation against a user’s database to deliver high read rates and accuracy for machine text addresses hand-printed and cursive handwriting.
Tromba Technologies has years of expertise in helping organizations with Intelligent Document Processing. Parascript creates best-in-class AI software that streamlines access to your data with unequaled precision.
Reseller and Solution Provider
Reads and Sorts All incoming Mail
Includes optimization tools for users to add additional information about custom addresses for increased accuracy (e.g. field prefix list, dictionaries, aliases).
Enables users to easily adapt their custom requirements and applications, including international address sorting applications.
High Volume Mail and Parcel Processing
Parascript helps high-volume mailers, postal operators, major corporations, and government agencies to streamline and automate mail sorting. This includes letters, flats, parcels, forwarded mail, business reply mail, and bundles. Parascript also enables companies to significantly improve the speed and accuracy of their mail processing and reduce data entry costs with InMailRouter®. It automatically reads and sorts all types of incoming mail, helping facilities that range from high-volume postal mail processing centers to mail rooms of large corporate organizations significantly reduce inefficient, labor-intensive mail flow.