American Express Travel Related Services Company, Inc.

Dell Products Inc.

Oracle International Corporation

Applied Materials, Inc.

Emc IP Holding Company LLC

Adobe, Inc.

Sap Se

Western Digital Technologies, Inc.

Hewlett Packard Enterprise Development LP

Juniper Networks, Inc.

American Express Travel Related

Services Company, Inc.

Real Time Automated Technologies LLC

Adster Technologies Pvt. Ltd.

Ashish Kumar

Andras L Ferenczi

Upanshu Singhal

Shelesh Chopra

Jitendra Singh Dikhit

Alaric M Eby

Amarendra Behera

Tushar Dethe

Soumen Acharya

Himanshu Arora

Vijayakumar C Venugopal

Amith Ramachandran

Asif Khan

Yasemin Ugur-Ozekinci

Nitin Kumar

Sapna Chauhan

Gururaj Soma

Avinash Dubey

Reshmee Jawed

Pati Mohan

Deepika Nagabushanam

Vinay Sachdev

Upendra S Mardikar

Navneet Upadhyay

Sathish B Muthukrishnan

Harish R Naik

Mark Robert Denome

Sastry V S M Durvasula

Shraddha Chunekar

Nilesh Yashavant Jadhav

Scott Roger Corbin

Dallas L Gale

Priyadarshini Koul

Sibish Basheer

Premkumar Manivannan

Nageshwara R Chirravuri

Kunal Kumar Jain

Faraz Babar

Tathagata Sengupta

Lavanya Venkatanarayanan

Anirban Basu

Vijai Thangamany

Relvin Richards Raj

Ching-Hong Hsieh

Aimee Cardwell

Ravi Govindasamy

Varun Sood

Sohail Zafar

Raveendra Torvi

Ranganathan Srinivasan

David Joseph Haimes

Harmeet Singh

Jimmy Jose

Srihari Ramachandra Sangli

Balaji Balaraman

Amit Arora

Chandra Prakash

Andreas Neuber

Rahul Dutta

Stephen C Wolgast

Carolyn Luk

Vasudevan Navaneetha Krishnan

Abhijith Umesh

Shivakumar Chandrashekar

Ramachandra Murthy Gunturi

Taranisen Mohanta

Manoj Karthick D O

Srinath Nadig Sreekantaswamy

Somil Kapadia

Arun Chakravarthy

Rama Raja Sekhar Allamsette

Srikanth Venakta Gandiboyina

Yousef Mofidi

Ruchika Panesar

Dhruv Navinchandra Shah

Jaskirat Singh

Deepak Anantha Bellare Mallya

Kanagasabapathy Venkatachalam

Andras Belokosztolszki

Pavithra P

Girish Vishwanath Chirravoori

Rajiv Kumaar

Ketan Chandak

Shivansh Pandey

Somil Kapdia

Eshaan Gupta

Pareshkumar Thummar

Leena Kotrabasappa Muddi

Alan Dale Dufur

Niladri Roy

A method for performing a backup operation, the method comprising receiving a backup request for an asset, partitioning, based on available capacity in a proxy infrastructure, a plurality of slices of the asset into a plurality of backup sessions, wherein each backup session comprises a separate portion of the slices, wherein the plurality of slices are associated with a queue, sending a first reservation request to the proxy infrastructure, wherein the first reservation request specifies the plurality of backup sessions, making a first determination that a first portion of the plurality of backup sessions was successfully reserved and that a second portion of the plurality of backup sessions was unsuccessfully reserved, sending a request to initiate the first portion of the plurality of backup sessions on the proxy infrastructure, and sending the second portion of the plurality of backup sessions to the queue based on the first determination.

Preventing resource starvation in backup session

A method for checking of asset protection infrastructure includes: receiving a request specifying an asset source, an asset, and a target storage; performing a check of the asset source to obtain an asset source configuration state; performing a second check of the target storage to obtain a target storage configuration state; extracting an asset source connection attempt result from the asset source configuration state; extracting a target storage connection attempt result from the target storage configuration state; making a determination that the asset source connection attempt result and target storage connection attempt result both reflect a successful result; performing, based on the determination, an asset backup configuration check of a backup operation involving the asset to obtain an asset backup configuration state; generating a response including the asset source configuration state, asset backup configuration state, and target storage configuration state; and returning the response in response to the request.

Configuration checking of asset protection infrastructure

A system and a method for optimizing advertisement yield and reducing latency. The system receives an ad request and initiates parallel bid requests to a mediation platform, header bidding partners, and ad networks. The system then determines the highest bid from header bidding partners in real-time while simultaneously determining a prioritized list of demand sources from the mediation platform. The highest bid and its associated ad object are cached and submitted to the mediation platform in a single hop. The mediation platform mediates this bid against other sources. The system selects the ad object, for display on a client device, either from the header bidding partner's ad object if the mediation platform doesn't confirm a higher bid, or the mediation platform's ad object if it does. The system utilizes caching, parallel processing, and backfill strategies to reduce latency and optimize ad selection. It can also dynamically adjust backfill ad network positioning based on real-time data.

System and a method for optimizing advertisement yield and reducing advertisement latency

Systems and methods for peer-to-peer secure document exchange are disclosed. The system may allow a document provider to securely transmit a certified document to a document verifier using decentralized storage. The verifier system may generate a session key pair and transmit the session public key to a trusted API provider. The trusted API provider may generate a session nonce. The verifier system may transmit the session nonce to the provider system. The provider system may use the session nonce to retrieve the session public key. The provider system may encrypt a certified document using the session public key and store the encrypted certified document in the decentralized storage. The verifier system may retrieve the encrypted certified document by polling the trusted API provider based on the session nonce. The verifier system may decrypt the encrypted certified document using the session private key.

Peer-to-peer confidential document exchange

A method for performing a backup operation, the method comprising receiving a backup operation request for an asset, partitioning a plurality of slices of the asset into a plurality of backup sessions, wherein each backup session comprises a separate portion of the plurality of slices, sending a first backup request to a proxy manager to initiate a backup session of the plurality of backup sessions, wherein initiating the backup session comprises: instantiating a container on the one compute node, wherein the backup session operates within the container, receiving a notification that one of the plurality of slices in the backup session has been processed, and sending, based on the notification, a second backup request to the proxy manager to add a new slice to the backup session, wherein the new slice is associated with a second asset.

Orchestrating backup sessions for efficient resource usage

A method for performing a backup operation, the method comprising receiving a backup operation request for an asset, identifying a queue comprising the plurality of slices, wherein each slice references a separate portion of the asset, sending a first backup request to a proxy manager to instantiate a container for each of a plurality of backup sessions, wherein each backup session corresponds to a slice of the plurality of slices, receiving, from the proxy manager, a notification that one of the number of backup sessions is complete and a corresponding container has been torn down, making a second determination that there is an additional slice on a second queue associated with a second asset, and sending, based on the second determination, a backup request to the proxy manager to instantiate a new container for the additional slice associated with the second asset.

Orchestrating per-slice per-container backup sessions for efficient resource usage

Systems and methods for the maintenance of merchant-stored transaction account data are disclosed. The system may include various merchant systems and issuer systems in communication via a blockchain network. The system provides a process for collaboration between various issuer systems and merchant systems to update and maintain merchant stored transaction account data in response to changes, cancellations, updates, or the like in various stored transaction account.

Transaction account data maintenance using blockchain

Disclosed are various embodiments for a service for decentralized browser based wallets. Various embodiments of the present disclosure can receive a first passcode and a second passcode from a security provider device. Various embodiments can use a cryptowallet to decrypt a first encrypted private key using the first passcode to generate a decrypted private key. Various embodiments can use a cryptowallet to sign a transaction request with the decrypted private key. Various embodiments can use a cryptowallet to generate a second encrypted private key by encrypting the decrypted private key using the second passcode.

Hybrid identity as a service for decentralized browser based wallets

An example method comprises forming a communication link between a software test orchestration tool and a testing dashboard; receiving from the software test orchestration tool an indication of software test results at the application level of granularity, wherein the results indicate reliability status for a plurality of software applications; and calculating a reliability metric based on the indication of software test results.

Software testing with reliability metric

A method for managing network attached storage (NAS) assets obtaining, by a backup manager, a backup request for backing up the NAS assets, in response to the backup request: determining a number of streams available to be performed in parallel by a set of backup agents, obtaining a set of slices associated with the NAS assets, performing a categorization on the set of slices based on metadata associated with the set of slices to obtain a set of batches, initiating a slice distribution of the set of slices to the set of backup agents based on the set of batches and the number of streams, and storing the set of slices in a backup storage system.

System and method for slice distribution of network attached storage assets based on slice metadata

In accordance with an embodiment, described herein is a system and method for heterogeneous database replication from a remote server, for example a remote database server. A capture process can be registered as a replication slave to the remote server, and configured to receive transaction event data from that server. Transaction log events associated with a modification to the database at the remote server can be processed, and output as change data, in a canonical format output, for use with one or more heterogeneous targets, for example a target database server or message queue. The process enables capture of transaction log events associated with database transactions at a remote server that may be located on a different computer or network, or within an access-restricted environment such as a cloud environment, without the need to create additional copies of its transaction logs.

System and method for heterogeneous database replication from a remote server

A method for managing network attached storage (NAS) assets includes obtaining, by a backup manager, a backup request for backing up the NAS assets, in response to the backup request: determining a number of streams available to be performed in parallel by a set of backup agents, obtaining a set of slices associated with the NAS assets, assigning a portion of the set of slices to the streams based on the number of streams, initiating a backup operation based on the portion of the set of slices, monitoring, after initiating the backup operation, the backup operation to identify a stream of the streams is available, and assigning, based on the identifying, a slice of the set of slices to the stream.

System and method for slice distribution of network attached storage assets based on available streams in backup agents

A method for managing network attached storage (NAS) assets includes obtaining, by a backup manager, a backup request for backing up the NAS assets, in response to the backup request: determining a number of streams available to be performed in parallel by a set of backup agents, assigning a pre-backup operation to a first stream of the streams to obtain a set of slices for a first NAS asset of the NAS assets, initiating a first slice distribution of the set of slices to the set of backup agents based on the number of streams, assigning a second pre-backup operation to a second stream of the streams to obtain a second set of slices for a second NAS asset of the NAS assets, and storing the set of slices and the second set of slices in a backup storage system.

System and method for a distribution of backup operations for network attached storage assets

Various devices, such as storage devices or systems are configured to efficiently manage and determine control table sets. Such a device may include a processor, a memory array including a plurality of memory devices which include a plurality of control table sets stored in a plurality of regions, and a control table set determination logic configured to: receive a command from a host device associated with logical to physical address mapping updates, determine a control table set of the plurality of control table sets associated with the command, determine a region of the plurality of regions associated with the determined control table set, determine a position in the control table set in the determined region associated with the command, generate additional control table sets upon a first determination that the position is not vacant, and store the command in the generated additional control table sets.

Control table set determination in storage devices

A hybrid identity service system is disclosed. The system may receive a transaction request. The system may generate a first passcode and a second passcode. The system may decrypt a first encrypted private key with the first passcode to recover a private key. The system may sign the transaction request with the private key and may encrypt the private key with the second passcode to generate a second encrypted private key.

Growing community of inventors

Bengaluru, India

Ashish Kumar