I’m inclined to think that big companies and governments may already be doing this sort of thing, but since ROM is basically useless for consumers, we don’t see any of it.
If it’s not already being done, that’s a big project someone needs to get on.
I’m inclined to think that big companies and governments may already be doing this sort of thing, but since ROM is basically useless for consumers, we don’t see any of it.
CDs and DVDs are ROMs. Not as robust as paper, but then, you can’t usefully put audio or video recordings on paper anyway.
But a ROM that can’t be read by the naked eye isn’t a complete solution, as you have data formats and hardware readers to think of. There exists data that is fairly robustly stored, but no-one can read, because the support technology has moved on. Betamax tapes, Laserdiscs, Zip drives, floppies of various sizes. How many people can still read those? Even if you have the hardware, can you mount the file system and decode the documents?
Point. They are, however, nowhere near as robust as the ROM of old, and are often not truly ROM at all, so I wasn’t really thinking of them in that category. Technically, you are correct, though.
The same can be said of the written English language (or just language in general). I expect, that with time and patience, it would be perfectly possible to reconstruct the system needed to read a data format, just from the data format itself. Harder, certainly, with more layers of encoding, but by degree, not kind.
If we are attempting to preserve data beyond the point where the human race can look after it themselves, chances are that any information at all, regardless of storage medium, will require a fair bit of detective work, decryption, and translation.
Yes, but this requires continual active maintenance.
The answer is a good sturdy ROM.
I’m inclined to think that big companies and governments may already be doing this sort of thing, but since ROM is basically useless for consumers, we don’t see any of it.
If it’s not already being done, that’s a big project someone needs to get on.
CDs and DVDs are ROMs. Not as robust as paper, but then, you can’t usefully put audio or video recordings on paper anyway.
But a ROM that can’t be read by the naked eye isn’t a complete solution, as you have data formats and hardware readers to think of. There exists data that is fairly robustly stored, but no-one can read, because the support technology has moved on. Betamax tapes, Laserdiscs, Zip drives, floppies of various sizes. How many people can still read those? Even if you have the hardware, can you mount the file system and decode the documents?
Point. They are, however, nowhere near as robust as the ROM of old, and are often not truly ROM at all, so I wasn’t really thinking of them in that category. Technically, you are correct, though.
The same can be said of the written English language (or just language in general). I expect, that with time and patience, it would be perfectly possible to reconstruct the system needed to read a data format, just from the data format itself. Harder, certainly, with more layers of encoding, but by degree, not kind.
If we are attempting to preserve data beyond the point where the human race can look after it themselves, chances are that any information at all, regardless of storage medium, will require a fair bit of detective work, decryption, and translation.
True. It’s a trade-off between long-term survivability and short-term copyability.