Abstract: A future proof method and system for securely transferring digital data from a data owner to a data assignee through a third party involving securely registering the data owner possessing the digital data with the third party and securely predefining to the third party a trigger event associated with a data assignee, registering the data assignee with the third party, receiving encrypted digital data and an encrypted trigger event associated with the data assignee transmitted from the data owner to the third party, and securely transferring and releasing the digital data to the at least one data assignee by the third party upon validation by the third party of the occurrence of the trigger event in such a manner that digital data can be used by data assignee on data assignee system.

Abstract: An end-to-end encryption method is provided for encrypting Digital Data to be made available by a Data Owner to a Data Assignee at some future point in time. The Data Owner shares the coordinates of the Data Assignee and an invitation associated the Data Assignee with a 3rd party. The Data Owner subsequently generates a Secret and encrypts the Digital Data with the Secret. The Secret is then encrypted by Data Owner with the Data Assignee's Public Key, and securely transmitted along with the encrypted Digital Data Set to the 3rd party. The Data Assignee can then obtain the encrypted Digital Data Set and the encrypted Secret from the 3rd party, decrypt the Secret with the Data Assignee Private Key and subsequently decrypt the Digital Data Set with the Secret. All secrets are maintained in a non-discoverable fashion and access to secret information can be rendered securely on multiple systems.

Abstract: A future proof method and system for securely transferring digital data from a data owner to a data assignee through a third party involving securely registering the data owner possessing the digital data with the third party and securely predefining to the third party a trigger event associated with a data assignee, registering the data assignee with the third party, receiving encrypted digital data and an encrypted trigger event associated with the data assignee transmitted from the data owner to the third party, and securely transferring and releasing the digital data to the at least one data assignee by the third party upon validation by the third party of the occurrence of the trigger event in such a manner that digital data can be used by data assignee on data assignee system.