- Introduction
- Installation and authentication
- Getting started
- Sending and sharing
- Working with files
- Accessing the file menu bar
- Opening and creating files
- Upload a file from another app
- Editing files with BlackBerry Workspaces Editor
- Edit a file in BlackBerry Workspaces Editor
- Editing documents
- Editing spreadsheets
- Add or delete a sheet
- Change the font or cell format in a spreadsheet
- Clear the contents of a cell
- Cut, copy, and paste a cell, row, or column in a spreadsheet
- Find and replace text in a spreadsheet
- Freeze and unfreeze panes in a spreadsheet
- Hide or show rows and columns in a spreadsheet
- Insert or delete a row or column in a spreadsheet
- Resize a row or column in a spreadsheet
- Sort items in a column
- Editing presentations
- Save your changes to the workspace
- Working with comments
- Annotate files
- Search within files
- Locking and unlocking files
- Manage file versions
- Select multiple files
- Track file activities
- Add a file to favorites
- Acknowledge a file
- View a map of places where users accessed a file
- Managing workspaces, folders, and files
- Managing access
- Working offline
- Managing your settings
- User roles and permissions
- Collaboration and recipient sign in
- Read acknowledgement
- BlackBerry Workspaces security
- Legal notice
Encryption
Files are encrypted using AES-256 (256 bit) and are downloaded to the
iOS
device encrypted. A unique encryption key is generated for each file. This minimizes any security risk if a decryption key is somehow obtained. The decryption key (the file ‘license’) is encrypted by the user’s public key and downloaded from the server to the iOS
device in encrypted form. Keys for downloaded files are cached in the iOS
device in encrypted form, in an area that is not backed up or synced by iOS
, iCloud
, or iTunes
.The file is decrypted in
BlackBerry Workspaces
app for iOS
at
the time the file is viewed; there is no clear text version of the file stored even in a
temporary area. Further, for large files, the file is decrypted and displayed in blocks.