![]() there can be some pretty useful deduplication functionality built into the software, as well as support for various connection methods.this can be a proper networked solution, which allows you to host it anywhere, away from your physical location.Alterting options are also available should anything go wrong. Now, this is a bit more complicated, but since any regular computer can become a server and since HDDs are pretty cheap anyways, spending a few days setting up a backup solution can sometimes be worth it, if the people can spend some time following guides or reading the documentation.Įssentially, you'd set up your own server, with an OS of your choice (personally i'd suggest Debian or Ubuntu LTS) and would install some software package, that could connect to the devices that you'd like to back up and would pull data from them at a set schedule. still not networked, unless you use a NAS or something similar (which you might consider at this point)Īpproach #3: A server for backups over the network.depends on the platform, each OS will have their own pieces of software for something like this.minimizes complexity as the amount of data that you need (or the count of locations) to backup increases.allows automating backups, so human error is less of a factor.Some of the solutions are paid, others are free, but the general idea is the same - you set up some directories which you'd like to backup, you set a schedule and perhaps some rules on what to back up and how and let the software run whenever. If a slightly more complex solution is okay, then you might use some of the software that's out there, built with the purpose of automating backups. all of your backups are probably in one place with this approachĪpproach #2: Consumer backup software with multiple disks.if you want redundant backups (say, on HDD1, HDD2, HDD3), then you'll need to copy the files multiple times.somewhat tedious, especially if you don't set up a calendar reminder on your phone or something.if the devices have cloud storage clients installed, you can transparently also back up those.the backups are just files that you can view and copy just like you would with any other disk.doesn't take any advanced knowledge of software, software packages, or even require a specific OS.If it's not possible to automate that process, or it's too cumbersome, then just do it manually and keep a log somewhere.Įxample: 2021.10.01 - copied over /home and /data to HDD1Ģ021.09.01 - copied over /home and /data to HDD3Ģ021.08.01 - copied over /home and /data to HDD2Ģ021.07.01 - copied over /home and /data to HDD1Ģ021.06.01 - copied over /home and /data to HDD3Ģ021.05.01 - copied over /home and /data to HDD2 It's also reasonably simple to automate that process with something like cron and rsync. The absolute simplest option that i can think of: have a few large HDDs or SSDs that you connect to your device with an USB enclosure and copy over all of your data. Without further ado, let's get into it! Approach #1: Simple file copies on multiple disks ![]() ![]() So, to that end, i shared a few of my personal thoughts, and som information about my own backup solutions in that discussion, as well as decided to turn it into a blog post of my own. But what do you do, when you want simple backups? That actually got me thinking - in software development, we sometimes count on external service providers to handle our backups, other times we might expect platforms like VMware to do them for us, while other times there are a variety of complex tools, everything from backing up entire file systems, to going down to the level of using specialized tools to backup database instances. If someone is a less able, cognitively impaired, or perhaps very young - It would be good to see what advice HN would give them for protecting their data from ransomware, theft, or disaster. A while ago, there was a post on Hacker News, which asked for advice on how to do backups:
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