Skip to main content

Security standards are like getting a driving license

When will people learn that compliance does NOT equal security? I blogged about this back in September 2009. Recently Global Payments has suffered a breach despite being PCI-DSS compliant (article from The Register)

Security standards, and being assessed against them, are like getting a driving license. Passing your driving test means that you have achieved a minimum standard of driving, but it doesn't mean that you are a good driver or that you will never have an accident. The same is true of compliance to a particular standard - it doesn't mean that you can be any less vigilant about security or that you will never be compromised, it just means that you have met an agreed minimum level.

People forget that the PCI-DSS is only concerned about payment card data and won't necessarily look at all systems and processes. It is perfectly possible that a system is legitimately considered out of scope, but that the compromise that system allows a platform to attack a system that is within scope. The penetration tests performed are usually more focused on external access to PCI data as well. What if I can compromise the administrator's laptop though? Attacks from more adept hackers won't always go straight for the target; there are often easier ways.

PCI-DSS, and any other standard, should not even be considered the minimum requirement. It should be a given that the organisation will pass their compliance as they should be aiming so far beyond the standards. I realise that resources are not unlimited, but that doesn't mean that you should be satisfied with scraping through audits. If fewer resources were wasted trying to fudge results to pass compliance then more could be spent on actually securing the environment and compliance would be practically automatic.

The goal is a secure, trusted environment, not getting a bit of paper from the auditors.

Comments

Popular Posts

Coventry Building Society Grid Card

Coventry Building Society have recently introduced the Grid Card as a simple form of 2-factor authentication. It replaces memorable words in the login process. Now the idea is that you require something you know (i.e. your password) and something you have (i.e. the Grid Card) to log in - 2 things = 2 factors. For more about authentication see this post . How does it work? Very simply is the answer. During the log in process, you will be asked to enter the digits at 3 co-ordinates. For example: c3, d2 and j5 would mean that you enter 5, 6 and 3 (this is the example Coventry give). Is this better than a secret word? Yes, is the short answer. How many people will choose a memorable word that someone close to them could guess? Remember, that this isn't a password as such, it is expected to be a word and a word that means something to the user. The problem is that users cannot remember lots of passwords, so remembering two would be difficult. Also, having two passwords isn't real...

Trusteer or no trust 'ere...

...that is the question. Well, I've had more of a look into Trusteer's Rapport, and it seems that my fears were justified. There are many security professionals out there who are claiming that this is 'snake oil' - marketing hype for something that isn't possible. Trusteer's Rapport gives security 'guaranteed' even if your machine is infected with malware according to their marketing department. Now any security professional worth his salt will tell you that this is rubbish and you should run a mile from claims like this. Anyway, I will try to address a few questions I raised in my last post about this. Firstly, I was correct in my assumption that Rapport requires a list of the servers that you wish to communicate with; it contacts a secure DNS server, which has a list already in it. This is how it switches from a phishing site to the legitimate site silently in the background. I have yet to fully investigate the security of this DNS, however, as most...

Web Hosting Security Policy & Guidelines

I have seen so many websites hosted and developed insecurely that I have often thought I should write a guide of sorts for those wanting to commission a new website. Now I have have actually been asked to develop a web hosting security policy and a set of guidelines to give to project managers for dissemination to developers and hosting providers. So, I thought I would share some of my advice here. Before I do, though, I have to answer why we need this policy in the first place? There are many types of attack on websites, but these can be broadly categorised as follows: Denial of Service (DoS), Defacement and Data Breaches/Information Stealing. Data breaches and defacements hurt businesses' reputations and customer confidence as well as having direct financial impacts. But surely any hosting provider or solution developer will have these standards in place, yes? Well, in my experience the answer is no. It is true that they are mostly common sense and most providers will conform...