1. Securing the World’s Information Andre Brisson – Stephen Boren Whitenoise Laboratories Inc. abrisson@wnlabs.com Dynamic Identity Verification & Authorization (DIVA)™ Identity Theft prevention, detection and immediate revocation for PKI and DDKI security contexts

2. What is DIVA™?  The patent pending Whitenoise algorithm employs mathematical identity keys of extreme length.  Use of offset enables controlled movement throughout key

3. Whitenoise Encryption Key Offset etc.- 01100011001101001101010100101010000101011010101010 -etc. Last Session Ended Here (‘X’) +’n’ DIVA is instructed to begin her song at X + n DIVA remembers end point of session

4. What is DIVA™?  Unique keys assigned to individuals or network points  Provide very strong identifier  Possession of the key + strong password structure to activate it establishes user identity  DIVA™ uses these attributes to: –initially ensure that the individual accessing the network is who they say they are (references last point in key reached during last session) –verify their identity throughout the session –ensure that a duplicate key (intruder) is not in existence –defend the network if intruder detected (deny access to both)

5. How does DIVA™ work? Super-length Whitenoise Key = Lyrics of a user-specific song Only SFI Server & User key know lyrics of each user’s unique song Access = Sing next ‘n’ lyrics of song from unique start point given by server for each session (last point + ‘x’- encrypted) Additional operations = Sing next ‘n’ lyrics of song from last point 2 nd DIVA appears Reported Loss or theft of key = instant denial of access Operations of 2 DIVA = Loss of Sync for one, denial of access to both SFI

6. Whitenoise Laboratories Inc.  Vancouver Based  IP –Whitenoise Encryption & Identity Algorithm US/International Patents Pending IPEA advisory all 23 claims allowed (May 2005)  Fully compliant Cdn Federal Gov’t regulations