The bulk of all that precious data your family is hoarding is going to bite the dust before you do.
All those drives with your home videos are rusting away. They won't last into your old age.
All those photos you entrusted to FA*NG companies - some of whom won't be around in 10 years, and none of whom will remember they ever had your data in 50 - they're going away, too.
If you want to keep your data into your old age, you might have luck with a tape drive, but I wouldn't trust the tape to last 50+ years, nor the ability to find a working drive that can read them.
The only viable option for keeping data, if you give it serious thought, is recordable Bluray.
So decreased availability is lousy news for the public. For future historians... depressing.
Keep several copies in different locations or on different services. Use these storages regularly so you always know they are accessible and working, or at least check them once in a year. If one of them goes bad (service discontinued, media unreadable, technologically outdated, whatever): find a new location for your data and copy it all over.
Everything else isn't reliable long-term storage, but a lucky shot that might work for you in 50 years, but might as well irrecoverably go down the drain in the meantime.
That said, maybe one in 1000 people here is going to successfully stick to a regimen of regular backups all the way to their old age. That's the HN crowd, not the general public who have never heard of the Rule of Three. People get distracted with life, or become incapacitated, or find themselves moving across the country, or make mistakes.
Without recordable Bluray, it's all much more difficult. Discs don't need regular checkups the way magnetic, cloud and electronic media do because they have fewer issues drying out, rusting out, suffering head crashes or suddenly vanishing due to someone else's corporate decisions.
Just last week, I was looking for some old data. I dug through a small collection of cheap CD-R backups from 30 years ago (hard to believe the tech is that old!). Probably 12 discs in total. No problem physically reading any of them. The only issue is that one of them was recorded in an old pre-OSX Mac format that my Linux laptop struggled with, but I was able to access it on my 2015 MacBook.
If this 20ish gigs of data hasn't had a single bit of corruption, I doubt most of the other discs in climate controlled storage in multiple locations have had much errors either.
HDDs I had from ~1997 started to accumulate bad sectors after ~10 years. HDDs from 2010 are still good today, but just to be safe I'm using RAID5 with different batches of drives and 2 offline backups.
I saw a 5.25" 360K floppy that was used daily to boot a 8086 until 1997 (I have no ideea how old it was, but it really was a 360K, not a 1.2MB, re-formatted low density). I have early 1990s 3.5" 1.44MB FDs that still work. Late floppy disks were mostly singe-use bad.
The biggest problem with tapes was the ISA-based controller. No such troubles with HDDs. PCIe to PATA or USB3 to PATA are still available today. I wonder how long QLC SSDs will hold data? Is it turning into a "buy new - copy old data - keep 1 year - repeat" ?
The solution, in my mind, is that there should be an open source standard of "grouped media items" which can be easily imported / exported between services (being: a diy home server, or a cloud service, or a "burn to disk" program, etc.) which then allows for easier redundancy and updating.
For a very simple example, you could use a zip file that you upload everywhere and put onto USB/CD-ROM. But whatever the system is, it would have to be easy and attractive to use.
I'm trying to go about doing that with building digitapes[0] but I don't know how to really build "a standard" other than building something and hope that it becomes status quo.. (I'm also getting way too into work recently, so I need more time and energy to work on it)
It's a little bit embarrassingly unfinished in all regards. But eventually I want to make a system where an app allows you to easily share your files onto S3, which you can easily download onto a disk, which you can easily connect to mirror on YouTube, etc. All open source and independently connectable.
I believe you meant M-disc.
Bonus: Keep backup with external cloud service.
No need to make overly complicated. No need to do Bluray.
Musicbrainz Picard is a huge life-saver when managing your mp3/CD-collection, it can tag even the weirdest crap with every mp3tag you could imagine.
Same with DVD/Bluray, you can get them crazy cheap nowadays and ripping is a breeze with makemkv. With the current storage pricing you really don't need to compress DVDs even - and if you want to, it's like 10-15 minutes with GPU acceleration.
I just need to build proper tooling to cross-reference a list of movies I want vs sales available in the stores I use, doing it manually when I remember it is a huge chore.
DVD though, is just objectively terrible quality. And you have to deal with region restrictions, unskippable anti-piracy propaganda etc. Before we moved we just gave away about 200 DVDs because we couldn't even sell them.
Physical media itself is quite a pain too, which I re-discovered when I recently ripped my ~300 CD collection. I am very much enjoying the experience of listening to "my own" digital collection though - it's far more satisfying than trying to remember/discover what I want to listen to on Spotify.
I was surprised to find that it's quite easy to buy DRM-free, CD quality (or higher) digital downloads these days from bandcamp, qobuz etc. I wish it was like for that for video.
But I can play it on many devices, or it can be format shifted if needed.
I can't play Blu-ray on Linux even if I had a compatible reader.
Lots of people say things like this, but I have still never even heard of a normal consumer disk with normal access patterns¹ failing in even ten years, across dozens of hard disk drives (3.5″ PATA, 3.5″ SATA, 2.5″ SATA) and solid state drives (2.5″ SATA, NVMe). The last disk I remember hearing of failing was probably around ten years ago, and it would probably have been fifteen years old.² I’ve heard of laptops dying of other causes, but not disk failure any time recently.
Now USB flash drives, I definitely encountered a few failures at less than five years of age over a decade ago (in 2011, I started one week running some tech for an event with three sticks 2–6 years old, and by the end of the week all three were dead!), but haven’t encountered a failure in the last decade (mind you, I haven’t used them as much either).
By similar token, I’ve heard people saying things about consumer-written optical media commonly becoming unreadable in a decade with careful storage, but never had any issue with reading CDs burned fifteen years ago.
All up, it seems to me that people commonly say all these things barely last a few years, but it just doesn’t match my experience at all.
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¹ The only thing I’m excluding by this is Backblaze storage pods, which are clearly not typical of consumers, and will obviously hasten mean time to failure.
² My favourite drive at present, one that by rights should have failed, is the second drive in my laptop: 256 GB capacity, 326 TB read, 140 TB written, 119% used, SMART failed. It spent the first threeish years of its life in a Windows laptop with 8 GB of RAM and a workload that would have filled 32 GB of RAM. This caused lots of swapping, amounting to about 500 GB of I/O per day. It fails SMART and has 2031 error information log entries, but still works fine for now, and hasn’t got any worse since I rescued it. Oh, and I also improved its aboriginal habitat, giving it another 8 GB of RAM when I upgraded my own laptop to a 32GB stick; the owner said that made the laptop perform much better.
I have seen plenty of old Seagate or WD HDDs failing. In a few cases that was just a couple of months after the expiry of their warranties. In some cases the motors failed, in other cases they began to show very frequently bad sectors.
These were among the almost one hundred HDDs that I have used in my personal computers during a few decades. Judging from your tiny 256 GB HDD, you might have mostly used small HDDs, which are more robust. I have typically used only the models with the largest capacity of each series, which are more prone to failures, due to having more disks (i.e. a heavier load for both the motor of the disks and for the coil actuator of the head assembly) and with narrower spacings.
Before switching to magnetic tapes, I have used many HDDs for backup and archival purposes. After such HDDs have been kept in cold storage for a few years, few of them did not have any corrupt file. However, I have always kept duplicates for each archival HDD and even when both HDDs had a few errors, they were not in the same place, so I have never lost any archived data. The files were stored with hashes, which caught some cases when the HDD had read the file without apparent errors, but the file was corrupt despite that.
They've recently gotten very into visiting retro gaming stores and buying DS, Wii and other console games.
The death of physical media means the death of video game stores (eg. EB games), and the death of the second hand market, the very market which allows retro gaming stores of this generation to thrive.
The kids of my boys won't be able to experience the games of the next generation of consoles because their game stores will have been shut and entire generations of games no longer available unless said company decides to re-release them again.
That's just games.
Movies have a similar problem. I can see Archive.org becoming very popular for accessing what publishers have decided they no longer want, or care for, being available.
The disks would be hard to find, but the high resolution content wouldn't; piracy. The disks would probably last for as long as you'd remember them, same for the player.
The player could almost surely be adapted to whatever display when the time comes. Will it? Dunno.
Finding a player wouldn't be too hard. We're not in niche format eras any more. There are standalone devices and consoles that can both make due
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In the words of Dr. Evil: "Riiight."
The price would need to go down to a spotify/netflix monthly subscription for people to use a console without physical medias in my area.
Think about both a) migrating and b) growing capacity needs at the same time vs your usage pattern. It may happen that for your case any write-once media is simply never the best choice. (it will always take a lot longer to migrate a stack of CDs/DVDs/BluRays than to plug a new bigger drive alongside the end-of-live'ing old drive)
(and please appreciate the Venn diagram of `backup` and `long-term storage`; it's not 100% overlap)
Now, playback of DRM content? That's been a mess on Linux, pretty straightforward on Windows.
We will regret this.
Also, not sure what you mean - as a regular consumer you still have access to immutable media to distribute whatever you want - is there some specific example that you have in mind that you're worried about now?
Is Sony affecting Verbatim's ability to produce these?