Abstract: Systems and methods are disclosed herein for publishing sensitive content at a future time, where prior to the future time, receiving an encrypted version of the sensitive content is received and a sequence of proof rules are applied to random portions of the encrypted version of the sensitive content. Upon successful application of the sequence of proof rules, the encrypted version of the sensitive content is prepared for publication and optionally published in encrypted form. At the future time, an encryption key is received for the encrypted version of the sensitive content and the encrypted version of the sensitive content is decrypted with the encryption key to produce the sensitive content.

Abstract: Techniques disclosed herein dynamically scale components of an application using microservices. An exemplary technique involves executing the application on a computing device such as a server. For example, the application can be executed to host server-side services using the components of the application locally on the computing device. The technique monitors use of the components during execution of the application and determines to migrate a component to a microservice based on the use of the component during the execution of the application. The technique then migrates the component to a micro service by initiating launch of the micro service on a remote computing device and converting local calls for the component to remote calls for the microservice in the application.

Abstract: Systems and methods are disclosed herein for publishing sensitive content at a future time, where prior to the future time, receiving an encrypted version of the sensitive content is received and a sequence of proof rules are applied to random portions of the encrypted version of the sensitive content. Upon successful application of the sequence of proof rules, the encrypted version of the sensitive content is prepared for publication and optionally published in encrypted form. At the future time, an encryption key is received for the encrypted version of the sensitive content and the encrypted version of the sensitive content is decrypted with the encryption key to produce the sensitive content.

Abstract: Systems and methods are disclosed herein for publishing sensitive content at a future time, where prior to the future time, receiving an encrypted version of the sensitive content is received and a sequence of proof rules are applied to random portions of the encrypted version of the sensitive content. Upon successful application of the sequence of proof rules, the encrypted version of the sensitive content is prepared for publication and optionally published in encrypted form. At the future time, an encryption key is received for the encrypted version of the sensitive content and the encrypted version of the sensitive content is decrypted with the encryption key to produce the sensitive content.

Abstract: Systems and methods are disclosed herein for publishing sensitive content at a future time, where prior to the future time, receiving an encrypted version of the sensitive content is received and a sequence of proof rules are applied to random portions of the encrypted version of the sensitive content. Upon successful application of the sequence of proof rules, the encrypted version of the sensitive content is prepared for publication and optionally published in encrypted form. At the future time, an encryption key is received for the encrypted version of the sensitive content and the encrypted version of the sensitive content is decrypted with the encryption key to produce the sensitive content.

Abstract: Techniques disclosed herein dynamically scale components of an application using microservices. An exemplary technique involves executing the application on a computing device such as a server. For example, the application can be executed to host server-side services using the components of the application locally on the computing device. The technique monitors use of the components during execution of the application and determines to migrate a component to a microservice based on the use of the component during the execution of the application. The technique then migrates the component to a micro service by initiating launch of the micro service on a remote computing device and converting local calls for the component to remote calls for the microservice in the application.