Threat Intelligence

Security Costs Money. So - Who Pays?

Computer security costs money. It costs more to develop secure software, and there's an ongoing maintenance cost to patch the remaining holes. Spending more time and money up front will likely result in lesser maintenance costs going forward, but too few companies do that. Besides, even very secure operating systems like Windows 10 and iOS have had security problems and hence require patching. (I just installed iOS 10.3.2 on my phone. It fixed about two dozen security holes.)

WannaCry: Patching Dilemma from the Other Side

WannaCry, originated firstly in state projects but spread by other actors, has touched upon myriads of infrastructure such as hospitals, telecommunication, railroads that many countries have labelled as critical. IT engineers are hastily presenting patching codes in various localized versions. The other patch needed, however, is more than technical. It is normative and legislative. The coding of that patch for a situation like this is in two layers of dilemma.

It’s Up to Each of Us: Why I WannaCry for Collaboration

WannaCry, or WannaCrypt, is one of the many names of the piece of ransomware that impacted the Internet last week, and will likely continue to make the rounds this week. There are a number of takeaways and lessons to learn from the far-reaching attack that we witnessed. Let me tie those to voluntary cooperation and collaboration which together represent the foundation for the Internet's development.

The Criminals Behind WannaCry

359,000 computers infected, dozens of nations affected world-wide! A worm exploiting a Windows OS vulnerability that looks to the network for more computers to infect! This is the most pernicious, evil, dangerous attack, ever... Queue the gnashing of teeth and hand-wringing! Wait, what? WannaCry isn't unprecedented! Why would any professional in the field think so? I'm talking about Code Red, and it happened in July, 2001.

8 Reasons Why Cybersecurity Strategy and Business Operations are Inseparable

In modern society, there is one fact that is unquestionable: The hyper-connectivity of the digital economy is inescapable. A financial institution without an online presence or omni-channel strategy will cease to be competitive. Universities (for-profit or non-profit) must develop and continuously evolve their online learning capabilities if they are to stay relevant. Online retailers are quickly outpacing and rendering their 'brick-and-mortar' counterparts irrelevant.

Patching is Hard

There are many news reports of a ransomware worm. Much of the National Health Service in the UK has been hit; so has FedEx. The patch for the flaw exploited by this malware has been out for a while, but many companies haven't installed it. Naturally, this has prompted a lot of victim-blaming: they should have patched their systems. Yes, they should have, but many didn't. Why not? Because patching is very hard and very risk, and the more complex your systems are, the harder and riskier it is.

Would You Like Your Private Information to be Available on a VHS or Betamax Tape?

When I was a young child growing up in the late 1980s, my parents were lucky enough to be able to afford to have both a VHS-tape video-recorder in the living room and a Betamax tape recorder in their bedroom. This effectively meant that to me, the great video format wars weren't a decade-defining clash of technologies, but rather they consisted mainly of answering the question "in which room can I watch my favorite cartoons?".

In Response to Offensive Destruction of Attack Assets

It is certainly true that DDoS and hacking are on the rise; there have been a number of critical hacks in the last few years, including apparent attempts to alter the outcome of elections. The reaction has been a rising tide of fear, and an ever increasing desire to "do something." The something that seems to be emerging is, however, not necessarily the best possible "something." Specifically, governments are now talking about attempting to "wipe out" the equipment used in attacks.

IoT Devices Will Never Be Secure - Enter the Programmable Networks

Harvard Business Review just ran an interesting article on the information security aspects of Internet of Things (IoT). Based on the storyline, the smart city initiatives are doomed to fail unless the security of the IoT devices and the systems will be improved. While security of the digital society is obviously a key concern, I am not entirely convinced that relying on the security of individual devices and systems is the best course of action.

Call for Participation - DNSSEC Workshop at ICANN 59 in Johannesburg

Do you have ideas about DNSSEC or DANE that you would like to share with the wider community? Have you created a new tool or service? Have you found a way to use DNSSEC to secure some other service? Do you have new statistics about the growth or usage of DNSSEC, DANE or other related technology? If so, and if you will be in Johannesburg, South Africa, for ICANN 59 in June 2017 (or can get there), please consider submitting a proposal to speak at the ICANN 59 DNSSEC Workshop!