Abstract: A dynamic test publication framework for software development updates can be used to reliably publish test results. A variety of test tools can be used to design and execute a series of software tests for a given software update. An interface can be used to communicate the tests results to one or more producing components. The producing components can stream test results data objects, which can be stored in a queue. The queue can persistently store the test data objects and dynamically scale so that the dynamic test publication framework as a whole can reliably publish test results. A publisher can iteratively receive the queued test results data objects and publish them to a test evidencing platform. In some implementations, components of the dynamic test publication framework can independently and dynamically scale based the observed state of the dynamic test publication framework and/or the test evidencing platform.

Abstract: Techniques are described for automatically presenting workflow(s) in an application based at least partly on detected signal(s). A radio-frequency signal may be emitted from a transceiver and received by a transceiver of a user device when the transceiver is in proximity to the device. In response, an application including functionality to activate a payment card can launch.

Abstract: Techniques are described for automatically presenting workflow(s) in an application based at least partly on detected signal(s). A radio-frequency signal may be emitted from a transceiver and received by a transceiver of a user device when the transceiver is in proximity to the device. In response, an application including functionality to activate a payment card can launch.

Abstract: Techniques are described for automatically presenting workflow(s) in an application based at least partly on detected signal(s). A radio-frequency signal may be emitted from a transceiver and received by a transceiver of a user device when the transceiver is in proximity to the device. In response, an application including functionality to activate a payment card can launch.

Abstract: Techniques are described for automatically presenting workflow(s) in an application based at least partly on detected signal(s). A radio-frequency signal may be emitted from a transceiver and received by a transceiver of a user device when the transceiver is in proximity to the device. In response, an application including functionality to activate a payment card can launch.

Abstract: Techniques are described for automatically presenting workflow(s) in an application based at least partly on detected signal(s). A radio-frequency signal may be emitted from a transceiver included in, attached to, or otherwise associated with a payment card. The signal may be received by a transceiver of a user device when the card is in proximity to the device and, in response, an application may launch a workflow including one or more pages of content in the application. The launched workflow may include functionality for activating a payment card, based on a determination that the card is not yet activated. The launched workflow may also include functionality for viewing account information, based on a determination that the card is already activated.