Kyle P Nahrgang

20230049508, Feb 16, 2023

Aug 10, 2022

17/885236

- Boca Raton FL, US
Kyle Patrick NAHRGANG - Phoenixville PA, US

G06F 21/57
G06F 21/64
G06F 21/44
G06F 21/60

A method, system and device are disclosed. A premises device comprising a first operating system and a second operating system is described. The premises device comprises processing circuitry configured to establish a chain of trust at least between the first operating system and at least one software application associated with the second operating system. The processing circuitry is further configured to perform at least one action based at least in part on the established chain of trust.

20200329016, Oct 15, 2020

Apr 9, 2019

16/379566

- Coral Springs FL, US
Kevin Nathan - Huntingdon Valley PA, US
Kyle Nahrgang - Phoenixville PA, US
Tom Catullo - King of Prussia PA, US
Pete Foley - Reading PA, US
Bill Miller - Bayville NJ, US
Evan Broderick - Downingtown PA, US

First Data Corporation - Coral Springs FL

H04L 29/06
G06Q 20/02
G06Q 20/38
H04L 9/32
H04L 9/08
G06F 21/60

A method of tokenizing sensitive data from a terminal device includes receiving, a connection request comprising a hardware serial number associated with a terminal device and validating the hardware serial number associated with the terminal device. The method includes sending a command to a terminal device that causes the terminal device to display a prompt for sensitive data associated with a user interacting with the terminal device and receiving an encrypted data packet from the terminal device. The encrypted data packet includes the sensitive data. The method includes sending the encrypted data packet to a gateway system for tokenization, receiving a token that represents the sensitive data, and providing the token to the terminal device.

20160112346, Apr 21, 2016

Oct 21, 2014

14/519532

Kyle Nahrgang - Malvern PA, US
James R. Hunter - Malvern PA, US
John A. Landis - Malvern PA, US

UNISYS CORPORATION - Blue Bell PA

H04L 12/933
H04L 29/12
H04L 29/08

Systems and methods for non-stop computing in a virtualization fabric are disclosed. One system includes a computing fabric comprising a plurality of host platforms, the plurality of host platforms including at least a first host platform and a second host platform communicatively connected to the first host platform. The system also includes an interconnect service partitions residing on the first host platform. The system includes a plurality of guest partitions distributed across the plurality of host platforms. The system further includes a DNS server instance managed by at least one of the plurality of interconnect service partitions and defining at least one zone, the at least one zone including one or more partitions from among the plurality of guest partitions distributed across the plurality of host platforms.

20140143372, May 22, 2014

Jul 31, 2013

13/955188

Kyle Nahrgang - Malvern PA, US

Unisys Corporation - Blue Bell PA

G06F 15/167

709215

The shared memory interconnect system provides an improved method for efficiently and dynamically sharing resources between two or more guest partitions. The system also provides a method to amend the parameters of the shared resources without resetting all guest partitions. In various embodiments, a XML file is used to dynamically define the parameters of shared resources. In one such embodiment using a XML or equivalent file, the interconnect system driver will establish a mailbox shared by each guest partition. The mailbox provides messaging queues and related structures between the guest partitions. In various embodiments, the interconnect system driver may use macros to locate each memory structure. The shared memory interconnect system allows a virtualization system to establish the parameters of shared resources during runtime.