![]() You can connect to a different computer or a mobile phone. Next, you need to add a remote device that you want to share the data with. Any data inside the folder will be synced, including sub-folders. Now that our folder is ready to be shared, you can add some content to it. This allows you set the folder's synchronization behavior, i.e., whether it should send and receive files, or just do one of the two things.Įach folder that you add to SyncTrayzor has its own settings, which is a nice thing. Switch to the Advanced tab and click on the Folder Type menu. However, there is one setting that you may want to customize. Refer to the official documentation for additional information. If you just want to use Synctrayzor for basic file synchronization tasks, you can ignore the settings. Finally, you can provide the Read-Only key to your client so they can see the videos, but not modify or delete them.You can define the Sharing, File Versioning, Ignore Patterns as required. It can then be used as an offsite backup and ensure availability of the files in case your machines are offline. You can provide an Encrypted key to a 3rd party cloud provider or a NAS device at a different location, so that machine will get an encrypted copy of all the videos. This way you can edit on multiple machines and have the data in the folder automatically sync. You can create a folder with the edited cuts on two machines A and B using a Read-Write key. When an encrypted peer receives data from the channel, it is still AES-128 encrypted.Īn example use case for the encrypted folder is using Sync to share cuts of a promotional video with a client. During transmission data is encrypted twice through the use of both Session and Storage Keys. When an Encrypted peer talks with a clear-text (RO and RW) peer, they establish an encrypted AES-128 channel using a Session Key, but the clear-text peer additionally encrypts data with an AES-128 Storage Key before transmission. Data is encrypted during transit using a Session Key, and decrypted before being stored locally. When two peers that can decrypt data (RW and RO peers) talk with each other, they establish an AES-128 encrypted channel between them and send data through this channel. With the introduction of the Encrypted Folder, peers can communicate in two ways: Data is always encrypted while in transfer using a Session Key. When data is being moved, clear-text (RO and RW) peers encrypt data using a Storage Key before sending it to an Encrypted peer. The Encrypted key allows peer talk with Read-Write, Read-Only, and Encrypted peers and to receive updates to folder without the ability to decrypt or modify it. Read-Only keys that support encrypted folders start with E.Įncrypted key. The Read-Only key allows peer to talk with Read-Write, Read-Only, and Encrypted peers and to receive file updates to a folder and decrypt it. The Read-Write key allows peer to talk with Read-Write, Read-Only and Encrypted peers and modify files in the folder. When you create it you will have three keys: The Encrypted Folder is an extension to the standard folder. When you choose this option, you will be able to have an encrypted node as a part of the mesh of peers. An encrypted peer can communicate with both read-only and read-write peers by sending and receiving data from them.Īfter you install Resilio Sync 2.3 (formerly BitTorrent Sync) you will see an additional folder type called “Encrypted Folder”. The Encrypted Folder extends the functionality of the existing standard folder by giving you the ability to have peers that hold data encrypted at rest. For Resilio Sync 2.3 we’re releasing a new type of folder: the Encrypted Folder.
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