I’ve found and reported serious security vulnerabilities to many companies that I’ve worked with, and become very disillusioned with some of the responses. Companies that operate in fields which materially affect people's lives (such as healthcare, finance and telecoms) will deploy software that is so badly designed that there is often no need to break any technical aspect to get access to private and sensitive data.
Yet, when I report a breach, the same people who deployed software with broken (or sometimes no) authorisation models, access control, etc, are suddenly competent enough to investigate their own failure. Invariably, they always have perfect logging and reporting that could not possibly have been evaded and which proves that no breach occurred or data was exfiltrated before the vulnerability was reported.
If another professional, say an engineer, lawyer, or doctor, had demonstrated the incompetence or negligence in their field that I’ve seen some software developers display (sometimes wilfully - “It’s a feature”), they would never be allowed to work again. Software is now so important that I believe that some of the developers and technical leaders that I have dealt with in resolving security vulnerabilities should never again be allowed to work with software that interacts with personal or sensitive data (or, more generally, with software that could affect human life, safety, or privacy).
Vulnerability in struts? Go after the open source engineers.
CPU vulnerability? Go after the engineers at AMD and Intel.
Bad firmware? Go after the network engineer who setup the box.
In a time when even the highest people in companies are basically untouchable, for example Lehman Bros, and you want to start going after the engineers?
> Buildings are too complicated!
> Fabrication problem in struts? Go after the strut manufacturers.
> Badly documented connection in column with resulting bracing failure and buckling? Go after the column connection manufacturers.
> Bad soil conditions led to improper concrete pile hardening? Go after the geotechnical engineers or concrete placers.
And so on. We have building codes with pre-set ways of doing things for a reason. You can go outside of them if you want to, but you take on way more cost. Not just bonding, but design, testing, etc. We also have, gasp, government inspectors. Say it ain't so! But every single domicile or place of work has had them give the thing a look over, but we can't even get them for a company as important as Equifax.
The Economist is right about one thing: Data is the new oil. We're the new oilmen. And if you want to understand how they slept at night sweeping global warming under the rug look no further than our own corporations that are resisting regulation at every turn.
Always on microphones in almost every home. Televisions that spy on us. Cameras everywhere with facial recognition. Companies that track our phones while we walk around. Hospitals that lose bulk patient records or keep Windows unpatched because "airgaps" then WannaCry hits. Children with anxiety and suicide rates that have sky rocketed. Babies parented by YouTube which for years lacked any oversight on content. Completely unregulated cyberarms market with American companies selling iPhone vulns to corrupt, illiberal states that torture journalists.
Hackable cars. Hackable powerplants. Hackable electrical grids. Hackable telephone towers. Hackable satellites. Hackable tanks. Hackable aircraft carriers.
This cannot stand.
With that being said, the only way change will come is either through government intervention (but they barely understand the internet, so good luck) or through organized labor movements that then codify it into law. However, there is a large anti-union block within technology so that has it's own challenges.
Realistically, nothing will happen within our life time unless there is a crisis that changes the norms or a particularly likable person makes it their life mission.
The amount of low ball quotes for government work that I've seen or heard of that go over budget or barely work is a little worrying. I've also seen teams of developers that are by no means first rate; it's little surprise we end up with these failures.
One piece of spam I've got on a brand new email account was ~1 day after ordering a brand new XPS. It was a fake tracking code email about my dell order with correct details like laptop, account name, price. I contacted dell and only managed to find out my order wasn't even in the post yet. They weren't interested in anything.
And I also never got any more than that specific 1 piece of spam.
I messaged Dell to confirm who they ship with, who said it's not in the post yet. Once another tracking number came in a week or so it was from dell since it had more branding and did actually contain just a number and did work in the shipping companies website.
Their refusal to give the number of exposed accoundlts makes it seem like it's pretty bad.
What is a “hashed password”? Hashing is a cryptographic security mechanism, similar to encryption, that scrambles customers’ passwords into an unreadable format. Dell ‘hashes’ all Dell.com customer account passwords prior to storing them in our database using a hashing algorithm that has been tested and validated by an expert third-party firm. This security measure limits the risk of customers’ passwords being revealed if a hashed version of their password were to ever be taken.
As it stands if my mother asked whether this means her password is protected, my answer realistically is "No". Her passwords are not great (it is, after all, not a great sign that I'm saying "her passwords" meaning I know what they are) but they're not in the Pwned Passwords list for example, still a reasonable brute force of MD5 would get most of them. Whereas if they said they had even a crummy salted and pessimised hash, say PHK-MD5-crypt, I'd feel comfortable saying that "Yes", nobody is going to break her password. Which isn't to say nobody could in theory, just that salt means they'd need to target her and pessimisation means it'd cost money, and so why her?
I guess the reason not to is that it invites Monday Morning Quarterbacks. "Oh, why did they use PBKDF2 with this many rounds? Why not Bcrypt? Why not not Argon2?" and so on.
Not just, your account details are safe.
> Additionally, Dell cybersecurity measures are in place to limit the impact of any potential exposure. These include the hashing of our customers’ passwords and a mandatory Dell.com password reset.
Hashed, how? Still using MD5? Is there even a salt?
Verified, by whom? Tim's brother-in-law's new startup who have no security expert staff? Verified as in had the encryption technique tested for collisions? That Dell were using it in the correct manner? Or just, 'Hey, I know that library, it works if you use it right.'
> Dell also retained a digital forensics firm to conduct an independent investigation
Who? Is this just someone who will tick boxes? Or is it a group who know what they're doing? Or were they just hired by marketing based on a pretty website?
> We are disclosing this incident now based on findings communicated to us by our independent digital forensics firm about the attempted extraction.
Wait... This investigation has already been done? Okay... They would have told you a hell of a lot more than you're telling us... So we can't look forward to more information?
> Though it is possible some of this information was removed from Dell’s network, our investigations found no conclusive evidence that any was extracted.
> Credit card and other sensitive customer information was not targeted.
One cannot be said conclusively, whilst the other can... Why? Tell us that CC data is kept separately, and tell us it is safe too. Just saying it's hashed doesn't mean bupkus, so feel free to say it publicly, you reveal nothing about your security features.
> The potentially extracted customer information is limited to names, email addresses and hashed passwords. There is no conclusive evidence any customer information was extracted. Additionally, Dell cybersecurity measures are in place to limit the effects of a potential exposure.
What additional cybersecurity measures? If the data is gone, it's in the wind. Names, and emails and possibly-breakable passwords. Are you talking about how you closed the hole? Then say how you accidentally exposed your victims.
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Finally, before anyone says that this is an excessive amount of information for Dell to give out... It's what other tech companies relay in their post-mortems. [0]
All this is, is Dell admitting they had a problem. Not saying what that problem was, and not saying what they're doing to prevent it in future. And assuring their victims that they're taking care of them, despite their victims possibly sitting on lost information (a password, possibly in the wild) for nearly a month.
