10/2/2023 0 Comments Raspberry pi freenas![]() I was wondering if anyone could give some examples of how the following could be achieved… I figured this could perhaps be something interesting to discuss on a video? ![]() ![]() There are obviously risks associated with this (namely if someone knew we were doing this they might steal the Raspberry Pi Zero and the FreeNAS box), but that would be a risk I am happy to accept for the convenience of being able to recover more easily from a reboot* Then by using a secure SSH key the FreeNAS server would try to connect to the Raspberry Pi Zero on the local network on boot in order to download the recovery key, decrypt the pool and mount the shares. So, my idea was storing the recovery key on a small inexpensive device that could even be physically hidden, such as a Raspberry Pi Zero. What do you think about combining the convenience of auto-mounting with the security of encryption with additional password…Īs I understand it the pools can be encrypted using either the standard key+passcode or the recovery decryption key. No risk of locking yourself out of your own data if you are careless with encryption keysĭata at risk if hard drive needs to be returns for repair/replacementĭata at risk if entire server is stolen Encryption without a passwordĭrives can be auto-mounted on boot without admin involvement (simple reboots / power failure recovery)ĭata is safe if hard drive needs to be returns for repair/replacementĭata at risk if entire server is stolen Encryption with a passwordĮncrypted volumes will not be available until an admin logs in to the web interface and provides the password.ĭata is safe if entire server is stolen My question… Synology NAS on the DataHoarder subreddit.There are three options when it comes to encrypting drives with FreeNAS: No Encryption If you want to see why using the Pi as a NAS might not be the best idea, you might like to read Raspberry Pi 2 vs. MakeUseOf wrote a guide for setting up a NAS using Samba, which might be easier to follow than trying to force your Pi to use FreeNAS when it probably isn't suitable. Support for BSD seems better now in 2017, so whether this is still a concern or not is something to investigate. Note that this was written in 2011 for the original Pi, not for the Pi 3. Anything beyond 1 disk (USB2 only) and 2-3 users will be very iffy. Also, the Pi does not have very good I/O (everything goes through a single USB2 port, even on the model B), so don\'t expect high performance nor high capacity. So you\'ll have to build your NAS starting from scratch, from a regular Linux distro which is a little more work. Obarthelemy of the Raspberry Pi forums also suggests that because FreeNAS is built on a BSD variant, that is also likely to be problematic:īut not FreeNAS per se: FreeNAS is built on a flavour of BSD, not Linux, and as far as I know, no ports of any *BSD in general, nor FreeNAS in particular, are planned. So that requirement seems to not be met, and it's not looking great so far for FreeNAS. FreeNAS 11 requires 8GB of RAM to run properly. The new recommended boot device size is 8GB. Note the recommendation on their download page: I think it's unlikely that a Pi would work well, if at all, with FreeNAS.
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