Recording deeds is a delicate process. An error made when recording a deed could have serious adverse effects on an owner’s future right to use or sell the property. For this reason, recorders have developed strict procedures for handling each transaction carefully and accurately. These procedures are so ingrained that new methods are rarely adopted, even while new technologies allow the sender to deliver documents and data in a multitude of different formats (Word, TIFF, Adobe Acrobat, etc.), and through an increasing variety of media. No longer just hand-delivered as paper copies, documents come on floppy disks, zip disks, and jaz disks, and through faxes, emailed attachments, FTP, and other means, making it difficult for the recorder to keep organized records.

eRecording is a comprehensive online document and data exchange system that allows title companies to automate their recording processes with increased accuracy and efficiency. eRecording provides easy preparation of documents and allows for the use of both hard copies and electronic documents in a variety of file formats, including Word, WordPerfect, Acrobat, and TIFF. eRecording automatically converts each different document type to one common, unalterable format so it can be legally authenticated and distributed electronically.

The system’s open architecture allows it to be modified to accommodate any state’s existing workflow. Transitioning to eRecording is easy, too. eRecording’s open architecture makes it easy to create an electronic process that mimics a company’s existing paper process, eliminating development costs and the need to create new administrative procedures.

 
 
  • Washington State DSHS eRecording
 
   
  • Paperless transfer of documents between parties and county recorders
  • Accurate and efficient recording
  • Customizable electronic processing that corresponds to existing paper process
  • Incorporation of digital signatures from all parties and notary public
  • 128-bit security encryption
  • Comprehensive document storage and retrieval