You're then a target known to be vulnerable and pay ransoms, so best focus on security.
It's not a good situation to be in, but still, try to make the best of it.
They might not believe that, but if you're at the point where you're paying anyway, you might as well try to get that commitment from them.
For any individual within the ransom group, they can get a big payout by selling the data.
Messages between students and instructors? Likely pretty boring, but possibly embarassing or confidential for a given individual.
Grades? Could be a FERPA violation.
Critical PII such as SSNs? Probably not in the LMS to begin with.
Though I wouldn't be surprised if some 40 year old university IT system requires its use as an identifier, regardless of whether or not it gets printed anywhere.
Yikes.
But it is 100% happening.
People do amazingly stupid things with systems, especially when they don't have enough people with the expertise to set them up properly, so they just throw things in there without stopping to think about whether or not it's a good idea.
The only people it’s valuable for is the ransomee, because they don’t want the reputational hit of having their data everywhere.
You are leaking email addresses that likely otherwise wouldn't be out there publicly. Whilst email addresses and names are "effectively" public, they aren't just in a one big database anyone on the planet can access.
Every single one of those email addresses will receive increased spam and phishing attempts, with more isolated information (such as School, First+Last Name, Subjects, Teachers/Lecturers, etc) the phishing attempts can be more refined.
i.e, Student receives an email that looks like its from their school (has email footer, has student name, has relevant teacher name, subject name, etc), the user is now more likely to click some sketchy link.
These little identifiers add up, especially when cross-references with other leaks. Even more problematic when most of the users wrapped up in a leak like this are under 18 too.
A lot of this stuff could be done previously, although the effort and scale to do so would of been higher/harder.
They've already proved themselves to be untrustworthy simply by ransoming you in the first place.
But just like fail2ban, this gives someone else decision-making control over your actions, which can be abused.
The real value though is enough people consider themselves honest and won't do anything they know is illegal. They already hate dealing with criminals, but so long as paying is legal they might do it, but as soon as it affects their moral code they won't. The whole system collapses because just a few people saying no to paying means the kidnappers lose money on too many operations.
What I want to know is what exactly are the lawful repercussions for the person who paid.
If no one pays the ransoms, but people believe that large ransoms are paid-- you still have the crime.
The general public (including the next victims) don't have a way to confirm if payment was made. ShinyHunters would have to choose between arguing publicly that they were not paid or not releasing the data to protect their own reputation...
I do think that the partial information problem relating to new entrants into this market is interesting though.
The number of potential threat actors with partial/no information but that might speculate based on grandiose visions of ransom or outdated history is high.
We see dumb attempts at real-world ransoms/extortion which don't get paid at a pretty high clip based on this kind of partial knowledge.
You'll probably get your data leaked anyways, potentially get compromised again (see Instructure situation) and end up in a way worse place if you just shut up and paid it, or let it leak normally.
Except for payments to specifically sanctioned organizations, the policy is "we'd really rather you didn't do that, but whatever".
The specific sanctions don't cover most of the groups, either, and even when they do cover the group who got paid, you can't necessarily prove the people who got paid were the ones on the list. And there may be a scienter requirement even then; I don't know.
Making a list of specific criminals you can't pay is just stupid. No ransoms, ever, period, or it's da slammah.
The day the USD falls, ransoms will simply be denominated in something else and the same underlying collective action problem will remain.
This is just way of avoiding the core issue by blaming something unrelated that you don't like.
A: U should clean your room, it would be better for you & the rest of your family
B: FU dad, everyone knows there's no such thing as a clean room under capitalism!!!!!
Like you said (and like I said in my post), for an individual kidnap victim, the best option would be to pay the ransom. It is better to pay the money and be free.
However, that means a kidnap group now has more money, which will make them better able to kidnap another victim and demand more money.
The point of a “no ransom” policy is that it takes the choice away from the individual, who would choose to pay it, and changes the game theory to make kidnapping not worth it.
The whole reason you need a policy at all is BECAUSE it is better for the person to pay the ransom.
I doubt if everyone would be better off if state level actors found and used these vulnerabilities instead of ransom seekers.
This will progress the game theory to the point where nobody will pay ransom because the thieves won't honor the deals anyway.
Each individual company is probably better off paying the ransom, but everyone would be better off if no one paid a ransom.
This is why the United States, for example, has an official no-ransom policy, and why other no-ransom policies exist. You have to have something forcing the individual victim to not pay, otherwise they will always be incentivized to pay and ransoms will continue to be profitable.
https://en.wikipedia.org/wiki/Collective_action_problem
https://en.wikipedia.org/wiki/Prisoner%27s_dilemma