As someone who manages a large enterprise backup system for thousands of clients...Go restore a backup on a separate system, DO NOTHING ELSE, ENTER NO COMMANDS, FIX NOTHING and then come back sheepishly and remove this sick shit from ars. You're just encouraging other morons.
I didn't say "Don't Use RAID" I said "Don't User RAID 5/6" which is a meaningful distinction - you can still, afaik, use RAID 1 or 1+0, which is better for desktop users anyhow (see the PS I added to my previous comment)."Don't use RAID" on a filesystem that integrates the functionality of RAID is a pretty big mark against that filesystem. I don't even use RAID 5/6, but "this functionality is so broken that you're just not supposed to use it, ever, seriously" does not give me warm and fuzzy feelings about my fs.
But no, that's not the only issue. The issue I had that turned me away from btrfs was on a single disk volume. It absolutely fell on its face when a disk was full.
Not supporting FDE when you're trying to be a file- and disk- management system is another big miss. Yes, you can encrypt the underlying disk and pass that block device to btrfs, but then your encryption is separate from your filesystem and you don't get cool tricks like encrypted snapshots. My zfs snapshots are sent off to an off-site host for backups without being decrypted, and the host on the other end never has access to the files within, ever. Still get the benefits of incremental snapshots and sends but without ever having to unlock the datasets on the remote side.
Sure…at a lower rate….and I was not suggesting a single point of failure backup strategy…SSDs die too. Relying on the media to not die is a good way to set yourself up for tears.
Yup. Any single backup can fail - even the online cloud Backup. Hence the 3-2-1 rule. Hopefully if the online backup gets lost, one of your local copies at least survives.
If you really want to make it work - you can run a Windows VM and mount an NFS/SMB share as a local device using rclone (with a bit of clever configuration) to backup anything using their desktop backup service.However, if you are on Linux, they force you to use the B2 Buckets storage service, and that is priced per GB, and if you are using more than a certain amount of storage (I think around 2TB is the crossover point), it starts getting more expensive to use B2 than their Windows Backup service.
Agree. I found Tailscale remarkably easy to set up on my DS218+.There are any number of good ways to access a LAN securely from the wider web, which would let you connect directly to this BeeStation's web interface, completely independent of Synology's cloud. However all of them require some kind of dedicated hardware. Easiest way I've figured to do it is run Tailscale - a way to keep VPN endpoints connected across networks with minimal configuration - on my Synology DS423+. Any chance the BeeStation can also run Tailscale? If not, you can make it work with an Tailscale "exit node" running on any computer on your network.
Next easiest way seems to be getting a router that can run a VPN. This is a fairly common feature on prosumer/small business routers, and is becoming more common on higher end consumer routers. Depending on your network and hardware on either end, configuring a VPN may take slightly or significantly more work.
TL;DR there are options for running all sorts of Synology gear 100% independent of the cloud, but they all require more knowledge and effort to setup. Signing in and clicking the easy button invariably means you're relying on the cloud provider to do the hard work for you.
This thing is a single external hard drive that also runs a web server. It's not appropriate for any kind of backup, if you actually care about retrieving the data intact. Data on spinning discs degrades over time. Error correction is not optional.Friendly reminder that these kinds of devices are useful, but should only be one part of a more comprehensive backup strategy. These devices are basically spinning disks in a box, which means at any time, they could die and take all your data with them. They're also vulnerable to the same environmental risks that your home is, such as catching fire, flooding, or power surges. These devices have even been vectors for attack in the past, with bad actors deleting user data stored on Internet-connected WD MyBooks.
Not saying these devices don't have their utility. Just be sure you have additional backups if you're trying to secure files you absolutely cannot replace.
I'm not really surprised the giants aren't interesting in btrfs. They scale way, way, way past where even complex volume management filesystems like btrfs and zfs make sense. They're well, well into distributed filesystems, to the point where they're often developing their own (e.g. Google).I didn't say "Don't Use RAID" I said "Don't User RAID 5/6" which is a meaningful distinction - you can still, afaik, use RAID 1 or 1+0, which is better for desktop users anyhow (see the PS I added to my previous comment).
However, I agree it's kind of ridiculous that they haven't fixed the Btrfs RAID 5/6 issue in like what 8 or 10 years?
I guess the question is, why did the Btrfs project lose steam when it was so close to being a complete solution? Why haven't Linux distros and/or corps like IBM, Google, MS, Amazon, etc contributed to completing the work on Btrfs? It's so tantalizingly close to being a great advanced FS, and has for about 10 years.
At a lower rate per drive? Probably. Lower rate per unit of storage? Maybe. Unless you're talking single digit TBs of data or you have deep pockets, you're going to be running more SSDs to make up the same amount of disk space as HDDs.Sure…at a lower rate….and I was not suggesting a single point of failure backup strategy…
Wait, you don't have ANY offsite backup? That seems risky. Even a NAS could be lost if you had a housefire, lightning strike, flood, tornado, big earthquake, etc.I'm not sure what the advantage is here over just... getting a regular Synology NAS. DSM is pretty user friendly already. You can get a DS124 for $150 and as much storage as you feel like paying for. It's upgradable, and all the features will work much more smoothly with the additional RAM and faster processor.
Personally, I have a DS224 at home and a DS120J at a friend's house as a remote hypervault. The ability to automatically FTP directly from my mirrorless camera is hugely convenient, as well as keeping all our phones and computers backed up without having to pay for monthly storage.
He literally just said he has a DS224 at home and a DS120J at a friend's house.Wait, you don't have ANY offsite backup?
Regarding using something proprietary, as ever there's shades of grey. Each to their own I say. Synology do a reasonably good job of allowing non-IT people to easily run their own data storage independent of the big tech companies, with some cloudy services of their own that are "neutral" (in that they're not tied to a particular phone, acknowledging that they are tied to Synology's own hardware).I dunno. I'm really suspicious of making anything proprietary a key link in my backup chain (ask me how long it took my last proprietary NAS to have security updates stop, then ask me about the expected EOL of my homebrew file server), but I guess this is probably a decent option for normies who aren't too terribly worried about enshittification or privacy.
One thing I wish was easier is getting a ton of disks of varying sizes into a parity array that can withstand a drive failure in either an. The ease of doing that in Windows with Storage Spaces is keeping my main storage server on Windows because it's just so easy compared faffing about with ZFS, and more flexible too. Automagic, as they say.
My point is kinda that it's rough out there for middle-size/middle-budget storage needs. I want to have 4-6 disks in my server at a time, and not need to match them all, but still have some resiliency. Right now Windows is unfortunately by far the best option for that, and is kinda the whole entire reason for the one remaining Windows box in the house that isn't just a dedicated game machine.
I just use the built-in file history functionality, with the destination being a folder on my NAS.Tangentially: What do smart lazy people do for Windoze backups? Is there anything as comprehensive and effortless as Time Machine is for macOS?
Well no - if you ever lose access to your account your data goes with it. The availability and access to your account is absolutely at the discretion of the provider. Your data has no more monetary value than what you paid for the service and often not even that.“Files from Google Drive, Dropbox, or Microsoft OneDrive, with both two-way or one-way (cloud to BeeStation) automatic sync”
this sounds like insanity. Why would I want to backup my OneDrive (it’s already a backup with good version control). This seems like someone is trying to find a problem to a solution.
I don't understand why the Linux distros of the world haven't gone all in on either ZFS or Btrfs (which offer, mostly, similar feature sets). Right now, Btrfs seems to have slightly better support than ZFS (for example, Fedora Workstation [and it's flavors like the KDE Plasma version) will setup Btrfs filesystem by default.
However, the tooling to schedule automatic, snapshot backups, using Btrfs send to send differential snapshots to an external USB drive and a cloud storage provider, don't really exist.
Yes, you can roll your own with like bash scripts triggered by cron jobs, but I think it would be good to have a GUI backup scheduling tool to make this easier. Btrfs Assistant helps make it simple to setup snapshot jobs with Snapper, on the root filesystem, but provides no facilities for syncing to other storage.
On other distros, there's Timeshift, which I only dabbled with briefly while trying Linux Mint (I was able to get Linux Mint to install to Btrfs, but had to use advanced partitioning to do so). I don't think it has features to setup syncs to other devices either.
This year I'm trying to go deep on evaluating the current state of all the major distros, to decide what to recommend to friends and relatives who, next year, will be stuck without any Windows Updates.
Backup is the one place where I feel like, while there's lot of options, most of them are command line and too complicated for most users, while there are some GUI options, so far I don't really love most of the GUI options (for example, Duplicity is stuck in the age of using tar.gz files for backups - which isn't the worst option, to be sure, but we have things like Restic and Borgbackup which, if you are comfortable with command line, offer much better backup, and the ability to do things like mount a backup and browse it as a directory. But so far I haven't found a GUI I like for restic or borg (although I'm still researching so maybe I just haven't found it yet, but it exists?).
But like I said, my ideal backup system is just Btrfs or ZFS differential snapshot sends, with compression, allowing snapshot history to be retained, and also, allowing stuff like CoW file copies to be efficiently represented in the backup.
Agreed. But I still don't get why portable hard drives are singled out as "not a real backup".That's the very problem this is trying to solve. What you state looks easy on paper, but is difficult for many people, especially the part about rotating the drives off-site.
(My solution is to keep one drive hidden elsewhere on our property away from the house, but not everyone has that option and certain disasters (flooding) could render that approach subject to the same risks.)
So, the two machines (or more) synching the data, doesn’t qualify as a local copy? I need another device?Well no - if you ever lose access to your account your data goes with it. The availability and access to your account is absolutely at the discretion of the provider. Your data has no more monetary value than what you paid for the service and often not even that.
I wouldn’t use any cloud solution without a local copy with a one-way only sync.
No, this is an industry mentality that sees tens of thousands of devices which is where you see the issues creep up. That's especially true with folks who keep all their hardware in the same place. RF interference is surprisingly common but most folks never know it happened because typically they resolve it by moving things around while troubleshooting. It usually manifests for end users as one of those weird issues they can't track down that went away all on its own. Saying you've never experienced it so it can't be an issue is a lot like someone saying they've never noticed they have malware on a Windows XP box they still use. Just because you haven't seen something in a relatively small sample size in no way implies that thing does not exist.As someone who has probably dealt with a number in the mid-hundreds of power supplies over my lifetime, not once have I ever encountered any hint of electrical interference caused by a power cord. And a good number of those little fuckers didn't have ferrite donuts on them. And even $9 power supplies from A* can be had with unencumbered power cords and they work. just. fine.
I suspect this is part of an industry mentality that never questions their own assumptions and lazily says, "This is how we've always done it."
(And I won't even get into a separate rant about having to use an external power block in the first place rather than incorporate it inside the enclosure so we can use a smooth end-to-end mains-voltage power cord for a total cost upgrade of about 13 cents.)
Oh,the "remote hypervault" part - I guess that's synology's peer-to-peer backup feature? That didn't register at first, but re-reading it, that caught my eye.He literally just said he has a DS224 at home and a DS120J at a friend's house.![]()
Especially since SSDs writing data is inherently slightly destructive last I checked. Spinning drives have issues too, to be certain, but they're not guaranteed to eventually fail when used as intended.SSDs die too. Relying on the media to not die is a good way to set yourself up for tears.
No money in that. We need verticals. MORE verticals!What happened to doing one thing well?
*Black electric tape.Every tech tinkerer should own a bottle of black nail polish!
I think it's because folks assume that's the only backup. And for many home users, it is.Agreed. But I still don't get why portable hard drives are singled out as "not a real backup".
IME, you're not wrong—I can't say I've ever had a 100% positive experience with Synology support, and it's generally because they are super cagey in what information they're willing to disclose to the user about what's going on under the hood. Even the support dumps you send them are encrypted.I just can't trust Synology stuff. I've had a couple clients that had too many issues over the years with their Synology stuff and Synology's support was of little to no help. They've got neat stuff with great feature sets but their quality leaves something to be desired, IMO. Unless they've made significant changes in the last 5-ish years I just can't trust this sort of thing from them.
I wish nerds would stop trying to gate keep what IS and what ISN'T. So damn condescending. Not everyone can have a million backup copies of their files. ANY copy of your most important files that can be easily restored is a backup.Dropbox is not backup. A portable hard drive is not backup. Real backup, experienced people have told me, starts with the 3-2-1 rule: three copies, two types of storage (or devices), and one copy is remote.
One thing I wish was easier is getting a ton of disks of varying sizes into a parity array that can withstand a drive failure in either an. The ease of doing that in Windows with Storage Spaces is keeping my main storage server on Windows because it's just so easy compared faffing about with ZFS, and more flexible too. Automagic, as they say. My point is kinda that it's rough out there for middle-size/middle-budget storage needs. I want to have 4-6 disks in my server at a time, and not need to match them all, but still have some resiliency. Right now Windows is unfortunately by far the best option for that, and is kinda the whole entire reason for the one remaining Windows box in the house that isn't just a dedicated game machine.
They are, actually. HDD heads deteriorate when writing.Especially since SSDs writing data is inherently slightly destructive last I checked. Spinning drives have issues too, to be certain, but they're not guaranteed to eventually fail when used as intended.
The 3-2-1 approach covers all of those cases equally well.There are three very different reasons for "backups." They are error recovery. ("Oops, I deleted that file, but I need it."), archival storage ("I don't want my tax return from 2011 on my hard drive, but I might need it some day.") and disaster recovery, also called business continuity ("Holy shirt! Burglars took my desktop, my laptop, and my cute little NAS.") One's backup strategy needs to consider all three of these uses. The 3-2-1 approach alone doesn't do that.
Hyper Backup is doing a good job for me. One thing I really like is that you can back up on to, well, anything, it can be encrypted, and you can get a Windows (or Linux?) app to access backups direct off that media. You don't need a Synology NAS to access one's backups.There is client-side AES-256 and RSA-2048 encryption (source).
This doesn't surprise me because Hyper Backup (their backup software for DSM) also supports client-side encryption. I've got a DS918+ which encrypts everything before it goes to Backblaze b2.