International Business Machines Corporation

Appdirect, Inc.

Daniel P Craggs

Benjamin D Cox

Christopher J Poole

Jeremiah S Swan

Ian Gerald Craggs

David Dubé

Vadim Rudman

Mathew Spolin

Fivos Constantinou

Lakshmi Deepak Yalamanchili

Raheem Syed

Jean-Philippe Boudreault

Jonathan David Fok Kan

Various aspects of the subject technology relate to systems, methods, and machine-readable media for geographically local license sharing. The method includes transmitting, from a media server, a shared secret to a licensed client, the licensed client broadcasting a wireless signal comprising a unique identifier associated with the licensed client. The method also includes receiving, at the media server, an access token and the unique identifier of the licensed client from an unlicensed client, the access token and the unique identifier received by the unlicensed client from the licensed client based on a proximity of the unlicensed client to the licensed client. The method also includes validating, by the media server, the access token based on the unique identifier and the shared secret with the licensed client. The method also includes enabling the unlicensed client to access media content of the media server upon validation of the access token.

Geographically local license sharing

Various aspects of the subject technology relate to systems, methods, and machine-readable media for encrypting data. The method includes adding a new encryption key for encrypting and/or decrypting data of a database, the data previously encrypted by an old encryption key. The method also includes hashing the new encryption key to generate a new hash. The method also includes comparing the new hash and an old hash with values in an encryption log, the old hash generated by hashing an old encryption key. The method also includes in response to the comparing, decrypting the data with the old encryption key when the new hash and old hash match the values in the encryption log. The method also includes encrypting the data with the new encryption key. The method also includes adding a new entry into the encryption log, the new entry comprising the new hash.

Encryption key rotation

Various aspects of the subject technology relate to completing a payment over a video call. A method includes initiating, a video call between a user and a vendor, the user and the vendor having a scheduled appointment comprising a specified duration of time. The method also includes directing the user to the video call through video call software. The method also includes receiving, from the video call software, a notification that the video call ended, the notification comprising video call metadata. The method also includes calculating, through an online marketplace, a total cost of the scheduled appointment based at least on the video call metadata and marketplace data. The method also includes generating, through the online marketplace, an invoice based on the total cost. The method also includes receiving payment information from the user regarding the invoice. According to aspects, the method includes a flash-to-pay option for payment.

Video call flash payment

A method for managing an application exchange platform includes receiving, from a developer, a service function, wherein the service function includes configuration details for an application available through an online application exchange. The method includes deploying the service function in the application exchange, identifying a first domain event requesting access to the service function from a user, and calling the service function in the online application exchange, in response to the first domain event. The method also includes recording a metric associate with the service function and a return parameter, emitting a second domain event indicative of a completion of the service function, and charging, with a billing tool, an appropriate party based on a usage metadata for the service function. A system and a non-transitory, computer-readable memory storing instructions to cause the system to perform the above method are also provided.

Function as a service console for an online application exchange platform

A trace risk indicator is determined based on statistical analysis of one or more risk factors associated with a portion of code of a computer program being executed. The one or more risk factors include data of at least one source external to the portion of code. Based on the trace risk indicator having a predetermined relationship with respect to a threshold value, tracing is automatically initiated for the portion of code.

Automatically initiating tracing of program code based on statistical analysis

Method and system are provided for providing elapsed time indications for source code in a development environment. The method includes: defining blocks of source code to be timed during source code execution; monitoring defined blocks of source code during execution to determine an elapsed time for the execution of the defined block of source code; recording the elapsed time for a defined block of source code; and providing an elapsed time indication for the defined block of source code.

Elapsed time indications for source code in development environment

An approach for utilizing a motivational effect value for music on a computing device, the approach involves determining a performance indicator for a first segment of distance traveled, retrieving one or more performance factors associated with the first segment, calculating a first motivational effect value for one or more songs associated with the first segment, wherein the calculating is based on the performance indicator and the one or more performance factors, developing a playlist of music based on a plurality of motivational effect values, wherein the developing comprises at least one of generating a new playlist and modifying an existing playlist, and developing a playlist of suggested music based on receiving one or more motivational effect values associated with one or more groups of users.

Motivational music analyzer

A method for automatic debug session analysis for related work item discovery, is provided. The method includes recording metadata describing a particular debug session associated with a user for a respective work item. The method further includes associating the metadata recorded in the particular debug session with the respective work item. In response to the user working on a new issue, comparing the metadata saved with other work items. In response to identifying a work item with a predetermined level of similar metadata from debug sessions, notifying the user of a potential work item match. In response to not identifying a work item with a predetermined level of similar metadata from debug sessions, refraining from suggesting the new issue for future matches.

Debug session analysis for related work item discovery

An embodiment of the invention may include a method, computer program product and computer system for detecting a device. The embodiment may include a computing device that determines a Universally Unique Identifier (UUID) of a beacon of a second device. The computing device may determine a first location of the first device. The computing device may determine whether the UUID of the beacon of the second device matches a UUID in a list of UUIDs, where each UUID in the list of UUIDs corresponds to a beacon associated with a device. The computing device may transmitting the UUID of the beacon of the second device and the first location to a third device, based on determining the UUID of the beacon of the second device matches an entry in the list.

Locating a lost device

A broadcast from a beacon associated with a mobile device is detected, at a proximate device. The broadcast includes an identifier associated with the mobile device. The identifier is sent to a service provider system to receive a confirmation that the mobile device associated with the identifier is lost. Upon receiving the confirmation, using the proximate device, a first location of the proximate device is determined at a first time, and a first signal strength of the broadcast is measured at the first time and at the first location. A location of the beacon is computed using the first signal strength and the first location from the proximate device, and by further using a second signal strength measurement at a second location and a third signal strength at a third location.

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Montreal, Canada

Daniel P Craggs