PURMETRIC - RANDOM NUMBER GEOMETRY FOR IDENTITY

Welcome to the Brand page for “PURMETRIC - RANDOM NUMBER GEOMETRY FOR IDENTITY”, which is offered here for Purmetric random number geometry is an identity and access management solution. with random number geometry a users identity code and password code is generated at the time a profile is created. when the profile is created an administrative email is sent to the user where they must scan both their left and right finger either using a biometrics scanner or the biometrics built into their mobile device . once their scan is complete a randomly generated identity code that includes a randomly generated password that is linked to the user fingerprint and profile and will be registered and stored in completely separate microservices containers. there is never login or a need to ever have passwords entered into the identity system by any users manually. the numbers can be regenerated through the identity platform at any time manually, or with automation on a schedule. when an identity and password code needs to get regenerated the user will be prompted to scan both their left and right finger every time the codes need to get regenerated. once the scan matches what's being stored within the internal encrypted vault within platform the identity code and password code is regenerated and once again tied to each of the prints. random number geometry will store the print codes for identity, passwords and the prints themselves in completely separate linux database container instances that remain isolated within a randomly generated container port that is manage through container orchestration. none of the identity codes will ever be on the same appliances. the storage isolation and random distribution of the codes codes and prints will be handled by a process called multi point identity distribution. the prints will be kept in physically separate appliance instances and in separate containers. a threat detection algorithm will be running constontinually and analyzing the appliance security health and all of the traffic that is traversing it. if a hacker someway finds a way in through several layers of encryption and the multi point identity distribution paths and compromises an appliance or cluster an admin can immediately kick off regeneration of all of the identity codes across the data center, all endpoints and cloud if one is deployed. if an alert that a single account has been compromised through the threat detection algorithm then the affected user would be immediately be prompted to validate their identity through biometrics by providing 2 finger verification then a new identity code and password with be generated and once again is randomly stored using the random number geometry identity algorithm. an admin can also send a push notification to a users mobile device prompting them to validate identity when it is time to regenerate the codes through biometrics. biometric platforms that can be used will be fingers and eyes;.

Its status is currently believed to be active. Its class is unavailable. “PURMETRIC - RANDOM NUMBER GEOMETRY FOR IDENTITY” is believed to be currently owned by “Kidney, Patrick”.

Owner:
KIDNEY, PATRICK
Owner Details
Description:
PurMetric Random Number Geometry is an Identity and Access Management solution. With Random Number Geometry a users identity Code and password code is generated at the time a Profile is created. When the profile is created an administrative email is sent to the user where they must scan both their left and right finger either using a Biometrics Scanner or the Biometrics built into their mobile device . Once their scan is complete a randomly generated Identity Code that includes a randomly generated password that is linked to the user fingerprint and profile and will be registered and stored in completely separate microservices containers. There is never login or a need to ever have passwords entered into the identity system by any users manually. The numbers can be regenerated through the identity platform at any time manually, or with automation on a schedule. When an identity and password code needs to get regenerated the user will be prompted to scan both their left and right finger every time the codes need to get regenerated. Once the scan matches what's being stored within the internal encrypted vault within platform the identity code and Password Code is regenerated and once again tied to each of the prints. Random Number Geometry will store the print codes for identity, Passwords and the prints themselves in completely separate Linux database container instances that remain isolated within a randomly generated container port that is manage through container orchestration. None of the identity codes will ever be on the same appliances. The storage isolation and random distribution of the codes codes and prints will be handled by a process called Multi Point Identity Distribution. The prints will be kept in physically separate appliance instances and in separate containers. A threat detection algorithm will be running constontinually and analyzing the appliance security health and all of the traffic that is traversing it. If a hacker someway finds a way in through several layers of encryption and the multi point identity distribution paths and compromises an appliance or Cluster an admin can immediately kick off regeneration of all of the Identity Codes across the data center, all endpoints and cloud if one is deployed. If an alert that a single account has been compromised through the threat detection algorithm then the affected user would be immediately be prompted to validate their identity through Biometrics by providing 2 finger verification then a new Identity Code and Password with be generated and once again is randomly stored using the Random Number Geometry Identity Algorithm. An admin can also send a push notification to a users mobile device prompting them to validate identity when it is time to regenerate the codes through biometrics. Biometric platforms that can be used will be Fingers and Eyes;
Categories: PURMETRIC RANDOM NUMBER GEOMETRY