A Process, Method of extracting the unique SNiP portion of DNA then using that unique SNiP to formulate a unique SNiP key and/or unique SNiP data, and using that key and/or data as input into Cryptography Systems, Data Encryption/Decryption, Data Transmission Model, then converting that binary data to a Network address for use in Identity Management, Biometric Encryption, Data Network Security, Digital Certificates, Wired and/or Wireless Data Communications and Identification, Authentication, Authorization, Accounting, Auditing, Encryption, Integrity Checking, IPv4, IPv6, Ethernet, Wired and Wireless data transmission, RFID, RFID location tracking, GPS location and tracking systems, National and/or Global Identification of organisms especially human, living or non-living, mobile or stationary, Ethernet, Identity Based Networking, Identity Tracking, Government National Id, x.400, x.500, x.509, Directory Services, LDAP, Database(s), AAA, TACACS+, Data Storage, Storage Area Networking, conversions and translations between directory services; DNA to provide encryption for data, and tie ownership of that secure data, packets and data streams to an individual human, non-human, living or non-living, mobile or stationary.