International Business Machines Corporation

Kyndryl, Inc.

Cesar Augusto Rodriguez Bravo

David Alonso Campos Batista

Sarbajit Kumar Rakshit

Craig M Trim

John Richard Feezell

Gregory J Boss

Romelia H Flores

Edgar Adolfo Zamora Duran

Jeremy R Fox

Mohamed Zouhaier Ramadhane

Desilda Toska

David Jaramillo

Franz Friedrich Liebinger Portela

Shikhar Kwatra

Kevin Jimenez Mendez

Zachary A Silverstein

Doga Tav

Erik Rueger

Mauro Marzorati

Wayne Francis Tackabury

Carolina Garcia Delgado

Aaron K Baughman

Rhonda L Childress

Kirk J Krauss

Roxana Monge Nunez

Richard James McCarty

Jose Cano Zapata

Daniela Ofelia Rojas Barrientos

Rick A Hamilton, Ii

Michael Bender

Peeyush Jaiswal

John David Wilson

Adam Lee Griffin

Brent Alan Miller

Bernadette Ann Pierson

Anto Ajay Raj John

Juan Manuel Avalos Vega

Jayashree Vaidyanathan

Faraz Ahmad

Diane G Flemming

Susanna Ting

Lisa Seacat DeLuca

Liam S Harpur

Kelley Anders

Charles Evan Beller

Hemant Kumar Sivaswamy

Hari Haranath Madduri

Priyansh Jaiswal

Peter C Bahrs

Indervir Singh Banipal

Barton Wayne Emanuel

Shaila Pervin

Michael Starkey

Neil Sahota

Erich D Walls

Raghuram Srinivasan

Carlos E Aguilera

David P Lee

Jonathan Oswaldo Lara Dominguez

Madeleine Eve Barker

Ruben Luengas De La Fuente

Andre Luis Soares

Jose Luis Rodriguez Gomez

Ana Paola Hentze Veerkamp

Ana Vialeny Mota Gómez

Guillermo Balandran Tellez

Veronica Gutierrez Magallanes

Edgar Roberto Cuevas Lopez

Jazmin Rodriguez Aguilera

Rafael Islas Torres

Yered Andres Cespedes Corrales

Heiner Valverde Vargas

Adan Edoardo Herrera Hidalgo

Jesse Mendez Monge

Ramamohan Chennamsetty

David E Blyler

An approach is disclosed that determines that a change is needed to a remote system that is managed by a change management system that manages changes to many remote systems. A change management time window when the change is scheduled to be performed at the selected remote system is identified and a monitoring request is sent to the remote system. The monitoring request causes the remote system to run a monitoring process. The change management system receives an activity notification that was identified by the monitoring process. In response to the activity notification matching the change needed, the change scheduled at the selected remote system is canceled by the change management system.

Automatic identification of changes on servers with scheduled maintenance

Embodiments relate to preventing access of removed users to messages shared in a group chat with an end-to-end encryption. An aspect includes, responsive to creation of a group having members for communicating using encryption keys, receiving a request to remove a given member of the members from the group, the given member being associated with a computer system, at least one message of the group being accessible to the given member. An aspect includes identifying the encryption keys associated with the given member and causing a deletion on the computer system of the encryption keys associated with the given member in response to the request. An aspect includes confirming the deletion of the encryption keys on the computer system associated with the given member. The deletion of the encryption keys on the computer system prevents access of the computer system to at least one message of the group.

Preventing access of removed users to messages shared in a group chat

Embodiments relate to preventing fraud on smart devices. In response to receiving a communication, a correlation of the communication to a security threat is determined, and device data of a device is obtained. A determination is made that a combination of the correlation and the device data meets a predefined threshold for the security threat. An alert is audibly output on the device, the audio alert being a warning of the security threat presented by the communication.

Preventing fraud on smart devices

The exemplary embodiments disclose a method, a computer program product, and a computer system for managing user commands. The exemplary embodiments may include a user giving one or more commands to one or more devices, collecting data of the one or more commands, extracting one or more features from the collected data, and determining which one or more of the commands should be executed on which one or more of the devices based on the extracted one or more features and one or more models.

Augmented reality enabled command management

Embodiments relate to removing interactions from a virtual environment thereby executing the right to be forgotten in the virtual environment. In response to receiving a request to remove interactions from a virtual environment, a search is performed in the virtual environment for cryptographic keys embedded with a user identification corresponding to the request. The cryptographic keys embedded with the user identification are deleted in the virtual environment, where the interactions have been signed with the cryptographic keys embedded with the user identification in the virtual environment. In response to deleting the cryptographic keys embedded with the user identification in the virtual environment, there is a modification to a presentation of the interactions in the virtual environment.

Removing interactions from a virtual environment

In an approach for multifactor authorization on hardware calls of resources, a processor receives a request for a hardware resource from a plurality of hardware resources being monitored. A processor calculates a risk level associated with the hardware resource of the request based on a respective risk level data repository. A processor, in response to a determination the risk level requires multifactor authorization, determines that a user associated with the request is logged in. A processor identifies a mechanism used by the user to log in. A processor determines whether a challenge associated with the multifactor authorization based on the mechanism is successful. A processor, in response to a determination the challenge associated with the multifactor authorization is successful, enables access to the hardware resource of the request.

Multifactor authorization on accessing hardware resources

In an approach for product compliance and certification validation, a processor, in response to receiving a product at a validation point, inspects the product using a plurality of sensors, including an image recognition system, to identify at least one certification label associated with the product. A processor correlates information received from the plurality of sensors, including image data, against information in a certification database to create correlation data. A processor validates the correlation data against destination information for the product. A processor, in response to receiving a negative validation, sends an indication of invalid to ship status to a predetermined destination. A processor reroutes the product as a rejected item to a predetermined position for inspection.

Product compliance and certification validation

Embodiments of the present invention provides methods, computer program products, and a system for maintain application compliance. Embodiments of the present invention identify locations of potentially sensitive data. Embodiments of the present invention identify a set of individuals associated with the potentially sensitive data and determine whether an application can be installed based on content of potentially sensitive data and on elections of respective individuals associated with the potentially sensitive data.

Data security compliance for mobile device applications

A universal serial bus device, including: a main body; a connection portion attached to the main body; a processor; a storage portion storing a hash function executable by the processor, the hash function producing a hash value; a non-changing visual code on the main body, the visual code being readable by an optical scanner and corresponding to the hash function; and an electronic display configured to display the hash value.

Security for USB-based device configuration

Aspects of the present disclosure relate generally to three-dimensional (3D) printing and, more particularly, to robotic support for 3D prints. For example, a computer-implemented method includes identifying, by the computing device, at least one structure in the 3D object source file requiring support for printing the at least one structure by a 3D printer; adding, by the computing device, to a 3D print file an instruction to request deployment of a support structure at a particular location to support the at least one structure by the 3D printer; and providing to the 3D printer, by the computing device, the 3D print file with the instruction to request deployment of the support structure at a particular location to support the at least one structure by the 3D printer.

Braided mesh robotic support for three-dimensional (3D) prints

A random password policy for a specific user associated with an entity is generated based on a global password requirement. A new password created by the specific user based on the generated random password policy is identified. That the new password complies with a set of requirements specified by the generated random password policy is confirmed.

Unique password policy creation

A voice signal in a headphone is detected. The voice signal includes a person speaking an audible command. Based on detecting the voice signal a first biometric signature of a user is retrieved. The first biometric signature is compared to one or more biometric features of the person. Based on comparing the first biometric signature to the one or more biometric features an authentication of the user is determined. An authentication action is performed based on the detected voice signal. The authentication action is performed in response to verifying the authentication.

Headphone biometric authentication

In an approach for enabling communication between offline devices to perform secure transaction, a processor sends information in an optically recognizable first code including a response type, an identity of the first device and a type of optical reader associated with the first device. A processor receives encoded information in an optically recognizable second code. A processor extracts a user identifier and the one-time password associated with the registered second device. A processor determines that a user certificate associated with the user identifier exists in a local repository. A processor validates the one-time password associated with the registered second device with the user certificate using a public certificate associated with the first device, the one-time password associated with the registered second device and the one-time password seed. A processor authenticates the user.

Offline bidirectional transaction and secure system

In an approach to automatic device enrollment in an IoT network, responsive to receiving a request to add a new device to an IoT network, device metadata is requested from the new device. Responsive to receiving the device metadata, the device metadata is confirmed with the device manufacturer using secure information services. Responsive to confirming the device metadata with the device manufacturer, configuration data for the new device is gathered from a repository, where the configuration data is gathered from devices with a same context type in the repository. Responsive to gathering the configuration data for the new device from the repository, the new device is enrolled in the IoT network using the configuration data.

Automatic device enrollment in an internet of things network

A dynamic user interface (UI) input system and method for smart glasses based on availability states of a user is provided. In embodiments, a method includes determining, by a computing device of smart glasses, an initial availability state of a user's hands for a user interface (UI) navigation event based on incoming image data; selecting, by the computing device, a UI configuration and a control profile for the UI navigation event from stored UI configurations and control profiles of the user based on the initial availability state of the user's hands; and initiating, by the computing device, the UI navigation event based on the selected UI configuration and the control profile, wherein content is displayed in a virtual UI of the smart glasses according to the UI configuration, and UI navigation by the user is controlled based on the control profile.

Dynamic input system for smart glasses based on user availability states

Growing community of inventors

Alajuela, Costa Rica

Cesar Augusto Rodriguez Bravo