![]() ![]() Midtower case with enough space for 4 internal 3.5″ mechnical hard drives.The hardware I selected was powerful enough to serve data and function well as workstation. The primary reason I chose what I did was that I didn’t mind leaving my workstation running all the time. I decided that, for my purposes, it would be quite useful to have a powerful workstation and, at the same time, provide file and other network services for my use.Īnother alternative would be to set up a dedicated file server on your home network. There are a few options for selecting a hardware and software arrangement for serving files. That is where rsync and rclone come into the story, which I’ll cover later in the post. Regarding protocols, I decided to use SMB primarily for the ubiquitous support provided by the Samba project as well as native access using Microsoft’s own implementation of the protocol.īecause I am running NTFS without automatic mirroring, it’s a good idea to maintain multiple copies of the data. Also, if I were to become ill or incapacitated, family members with limited technical ability would be able to gain access to retrieve our family photos and other important documents. It is easy to recover data by plugging the drives into almost any machine, be that macOS, Linux, or Windows.Īnother option would be to use a more involved RAID setup, but that would definitely complicate recovering the data in the event that something in the RAID failed beyond normal operation. There are circumstances where someone might gain access to your home, but those are not typical.Īnother reason is that this file system is supported across many platforms. One reason I chose unencrypted NTFS is that the hard drives are physically located in my own home, so other people don’t normally have physical access to them. I have found that the lowest common denominator for this is to use the unencrypted NTFS file system and SMB for network access. The two primary goals I have for storing data are ease of access and longevity of data. Primary Goals: Data Longevity and Accessibility This is the second post in a series about protecting your privacy by self-hosting while attempting to maintain the conveniences of public cloud services. Now that we can connect to our local network remotely, we can set up a system to serve files outside our network. In my previous post, I described how to access a private network remotely by creating a VPN server using OpenVPN and a Raspberry Pi. ![]()
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