Gaurav L Arora

20230016488, Jan 19, 2023

Sep 29, 2022

17/955727

- Palo Alto CA, US
GAURAV ARORA - Atlanta GA, US
EVAN HURST - Atlanta GA, US
NICHOLAS GRIVAS - Atlanta GA, US
NICHOLAS BROUILLETTE - Atlanta GA, US
JUBIN BENNY - Bangalore, IN
JASON RUBY - Johns Island SC, US
EUGENE LIDERMAN - Olney MD, US
HEMANT SAHANI - Palo Alto CA, US

G06F 21/33

Disclosed are various approaches for signing documents using mobile devices. A request is sent to a certificate authority for a signing certificate. The signing certificate is then received from the certificate authority. The signing certificate is then stored in the memory. Next, a file is received from a client application executed by the processor of the computing device. Then, the file is signed with the signing certificate to create a signed file. The signed file is then returned to the client application.

20230008331, Jan 12, 2023

Sep 23, 2021

17/482588

- Palo Alto CA, US
GAURAV ARORA - Atlanta GA, US
VINAYAK SRIVASTAVA - Bangalore, IN
NITISH KUMAR RAI - Bangalore, IN

H04L 29/06
G06N 20/00

Disclosed are various approaches for performing biometric authentication of users using an application running on a client device. A biometric model can be trained using biometric data from a population of users. The biometric model can be used by the client application to authenticate users and can be separate from system-level biometric authentication capabilities of the client device.

20210319049, Oct 14, 2021

Jun 23, 2021

17/355694

- Atlanta GA, US
Suja Ramachandran - Atlanta GA, US
Gaurav Arora - Alpharetta GA, US
Naga Kaipu - Atlanta GA, US
Karishma Babu - Dunwoody GA, US

G06F 16/335
G06Q 10/10

Systems herein allow a user device to monitor calendar events with a secure bubble application. When an event is upcoming, the secure bubble application can present a notification. The secure bubble application can search other managed applications for content relevant to the meeting event. The secure bubble application can extract text, tags, and other metadata from the calendar event and any attached files. The text, tags, and other metadata can be used to search each managed application. Relevant emails, files, and notes can be displayed in a card generated by the secure bubble application.

20210286890, Sep 16, 2021

Jun 1, 2021

17/335587

- Palo Alto CA, US
Yugansh Arora - Atlanta GA, US
Kunal Muchhala - Sandy Springs GA, US
Gaurav Arora - Cumming GA, US
Anthony Kueh - San Jose CA, US
Deep Singh - Atlanta GA, US

G06F 21/62
G06F 21/10
H04L 9/32
G06F 16/11

Systems and methods are disclosed herein for dynamically applying information rights management (“IRM”) policies to documents. An example system for dynamically applying IRM policies to documents can include a document repository, a proxy server, and a dynamic IRM wrapping service (also referred to herein as an IRM engine). A user can request a document on the document repository by, for example, attempting to access the document from a user device. The user device can be managed by a management server that enrolls the user device and enforces compliance rules and other policies at the user device. The user's request for the document can be received at the proxy server, and the proxy server can then request the document from the document repository.

20200410123, Dec 31, 2020

Aug 12, 2019

16/537653

- Palo Alto CA, US
Gaurav Arora - Atlanta GA, US
Evan Hurst - Atlanta GA, US
Nicholas Grivas - Atlamta GA, US
Nicholas Brouillette - Atlanta GA, US
Jubin Benny - Bangalore, IN
Jason Ruby - Johns Island SC, US
Eugene Liderman - Olney MD, US
Hemant Sahani - Palo Alto CA, US

G06F 21/62
G06F 21/33
G06F 17/24
H04L 9/00
H04W 12/06

Disclosed are various approaches for encrypting documents using mobile devices. A first application receives, from a second application a file and an identifier of a user account. The first application then sends a request for a certificate to a certificate authority and receives a certificate in response. The file is then encrypted using the certificate, and the encrypted file is returned to the second application. The second application can identify the user account as the recipient of a file. Then, the second application can send an encryption request that includes the identifier of the user account and the file to the first application. In response to the request, the second application receives the encrypted file and then provides the encrypted file to the recipient.

20200412553, Dec 31, 2020

Aug 12, 2019

16/537651

- Palo Alto CA, US
Gaurav Arora - Atlanta GA, US
Evan Hurst - Atlanta GA, US
Nicholas Grivas - Atlanta GA, US
Nicholas Brouillette - Atlanta GA, US
Jubin Benny - Bangalore, IN
Jason Ruby - Johns Island SC, US
Eugene Liderman - Olney MD, US
Hemant Sahani - Palo Alto CA, US

H04L 9/32
H04L 9/00

Disclosed are various approaches for signing documents using mobile devices. A request is sent to a certificate authority for a signing certificate. The signing certificate is then received from the certificate authority. The signing certificate is then stored in the memory. Next, a file is received from a client application executed by the processor of the computing device. Then, the file is signed with the signing certificate to create a signed file. The signed file is then returned to the client application.

20180164979, Jun 14, 2018

Feb 12, 2018

15/893966

- Atlanta GA, US
Gaurav Arora - Atlanta GA, US
Muhammad Abeer - Roswell GA, US

G06F 3/0488
G06F 3/0481
G06F 3/0482
G06F 3/0484
G06F 17/30
G06F 21/62
H04L 29/06

Disclosed are various embodiments for facilitating collaboration among users for network-shared documents. A computing environment can identify that a first identifier and a second identifier were used in a communication regarding a network-shared file being accessible on various client devices. A suitable task to perform in association with at least one of the one or more client devices can be identified from the first identifier and a second identifier. The task can be performed, for instance, to control access to the network-shared file.

20180096158, Apr 5, 2018

Jun 30, 2017

15/638583

- Palo Alto CA, US
Yugansh Arora - Atlanta GA, US
Kunal Muchhala - Sandy Springs GA, US
Gaurav Arora - Cumming GA, US
Anthony Kueh - San Jose CA, US
Deep Singh - Atlanta GA, US

G06F 21/62
G06F 21/10
G06F 17/30
H04L 9/32

Systems and methods are disclosed herein for dynamically applying information rights management (“IRM”) policies to documents. An example system for dynamically applying IRM policies to documents can include a document repository, a proxy server, and a dynamic IRM wrapping service (also referred to herein as an IRM engine). A user can request a document on the document repository by, for example, attempting to access the document from a user device. The user device can be managed by a management server that enrolls the user device and enforces compliance rules and other policies at the user device. The user's request for the document can be received at the proxy server, and the proxy server can then request the document from the document repository.