Abstract: A computing device retrieves first data corresponding to a project plan for a clinical trial. The project plan includes a first task having a plurality of task components. Each of the task components identifies one or more documents to be collected for completion of a respective task component. The device retrieves, from a document repository, second data corresponding to documents for the clinical trial. The device displays, in a graphical user interface, an interactive task completion control element corresponding to the first task. The device receives a user interaction with the task completion control element, associated with a first document for upload to the document repository. In response to the user interaction, the device transmits the first document to the document repository and updates the task completion control element to reflect updated numbers of task components that are completed and uncompleted.

Abstract: A computing device retrieves first data corresponding to a project plan for a clinical trial. The project plan includes a first task having a plurality of task components. Each of the task components identifies one or more documents to be collected for completion of a respective task component. The device retrieves, from a document repository, second data corresponding to documents for the clinical trial. The device displays, in a graphical user interface, an interactive task completion control element corresponding to the first task. The device receives a user interaction with the task completion control element, associated with a first document for upload to the document repository. In response to the user interaction, the device transmits the first document to the document repository and updates the task completion control element to reflect updated numbers of task components that are completed and uncompleted.

Abstract: A computer system receives specification of (i) a document that requires a high trust digital signature and (ii) a first signer to apply the high trust digital signature to the document. The computer system sends, to a first device associated with the first signer, a signature request for the document. The computer system sends, to the first device, the document that requires the high trust digital signature. The computer system obtains, from the first device, one or more signer verification elements. The signer verification elements include one or more of: a signer-specific password, a one-time signer authentication code, and a reason for signing the document, the reason being specified by the first signer. The computer system validates the one or more signer verification elements.

Abstract: Computer systems and methods are provided for updating a task component status. A first graphical user interface is displayed. The first graphical user interface includes a first task completion control with indicia of a first time range that corresponds to a first task, where the first task includes a first plurality of task components, indicia that correspond to at least one completed task component of the first plurality of task components, and indicia that correspond to at least one uncompleted task component of the first plurality of task components. A first input is detected, at a location that corresponds to the first task completion control. In response to detecting the first input, at least one operation is performed to change a status of a respective uncompleted task component. The first graphical user interface is updated using the changed status of the respective uncompleted task component.

Abstract: Methods and systems for obtaining a high trust digital signature from a signer utilizing a high trust signature mobile device are described. Some embodiments include receiving, at the high trust signature mobile device, a signature request regarding a document that requires a high trust digital signature. The signature request includes a one-time signer authentication code. The document that requires the high trust digital signature is displayed on the mobile device. Then a plurality of signer verification elements is obtained. Obtaining a plurality of signer verification elements includes obtaining from the signer a signer-specific password. Furthermore, it includes automatically applying the one-time signer authentication code obtained from the signature request. Then the signature request is replied to by providing the plurality of signer verification elements to a server system for verification. Once the signer verification elements are validated, the high trust signature is applied to the document.

Abstract: Methods and systems for obtaining a high trust digital signature from a signer utilizing a high trust signature mobile device are described. Some embodiments include receiving, at the high trust signature mobile device, a signature request regarding a document that requires a high trust digital signature. The signature request includes a one-time signer authentication code. The document that requires the high trust digital signature is displayed on the mobile device. Then a plurality of signer verification elements is obtained. Obtaining a plurality of signer verification elements includes obtaining from the signer a signer-specific password. Furthermore, it includes automatically applying the one-time signer authentication code obtained from the signature request. Then the signature request is replied to by providing the plurality of signer verification elements to a server system for verification. Once the signer verification elements are validated, the high trust signature is applied to the document.

Abstract: Methods and systems for obtaining a high trust digital signature from a signer utilizing a high trust signature mobile device are described. Some embodiments include receiving, at the high trust signature mobile device, a signature request regarding a document that requires a high trust digital signature. The signature request includes a one-time signer authentication code. The document that requires the high trust digital signature is displayed on the mobile device. Then a plurality of signer verification elements is obtained. Obtaining a plurality of signer verification elements includes obtaining from the signer a signer-specific password. Furthermore, it includes automatically applying the one-time signer authentication code obtained from the signature request. Then the signature request is replied to by providing the plurality of signer verification elements to a server system for verification. Once the signer verification elements are validated, the high trust signature is applied to the document.

Abstract: Methods and systems for obtaining a high trust digital signature from a signer utilizing a high trust signature mobile device are described. Some embodiments include receiving, at the high trust signature mobile device, a signature request regarding a document that requires a high trust digital signature. The signature request includes a one-time signer authentication code. The document that requires the high trust digital signature is displayed on the mobile device. Then a plurality of signer verification elements is obtained. Obtaining a plurality of signer verification elements includes obtaining from the signer a signer-specific password. Furthermore, it includes automatically applying the one-time signer authentication code obtained from the signature request. Then the signature request is replied to by providing the plurality of signer verification elements to a server system for verification. Once the signer verification elements are validated, the high trust signature is applied to the document.

Abstract: Computer systems and methods are provided for updating a task component status. A first graphical user interface is displayed. The first graphical user interface includes a first task completion control with indicia of a first time range that corresponds to a first task, where the first task includes a first plurality of task components, indicia that correspond to at least one completed task component of the first plurality of task components, and indicia that correspond to at least one uncompleted task component of the first plurality of task components. A first input is detected, at a location that corresponds to the first task completion control. In response to detecting the first input, at least one operation is performed to change a status of a respective uncompleted task component. The first graphical user interface is updated using the changed status of the respective uncompleted task component.

Abstract: A method and a system for managing and sharing pharmaceutical clinical trial regulatory documents are described. A computer-implemented method includes receiving an electronic document. The electronic document includes one or more scanned images of a physical document, and the one or more scanned images include one or more optical machine-readable codes. The method also includes storing in the electronic document at least a subset of document information associated with the one or more optical machine-readable codes as metadata.