Threat Intelligence |
Sponsored by |
Many organizations are struggling to overcome key conceptual differences between today's AI-powered threat detection systems and legacy signature detection systems. A key friction area -- in perception and delivery capability -- lies with the inertia of Indicator of Compromise (IoC) sharing; something that is increasingly incompatible with the machine learning approaches incorporated into the new breed of advanced detection products.
In Part 1 of "Bug Bounty Programs: Are You Ready?" we examined the growth of commercial bug bounty programs and what organizations need to do before investing in and launching their own bug bounty. In this part, we'll discuss why an organization needs to launch a bug bounty program, and what limits the value they will likely extract from such an investment.
Distributed Denial of Service is a big deal -- huge pools of Internet of Things (IoT) devices, such as security cameras, are compromised by botnets and being used for large scale DDoS attacks. What are the tools in hand to fend these attacks off? The first misconception is that you can actually fend off a DDoS attack. There is no magical tool you can deploy that will allow you to go to sleep every night thinking, "tonight my network will not be impacted by a DDoS attack."
The premise of crowdsourcing the task of uncovering new bugs and vulnerabilities in an organization's web applications or consumer products sounds compelling to many. What's not to like with the prospect of "many eyes" poking and prodding away at a corporate system for a minimal reward -- and preemptively uncovering flaws that could have been exploited by hackers with nefarious intent?
Ransomware is a huge problem for small and medium businesses, and the most important question is this: should you pay the ransom? Ransomware has proven a successful revenue generator for criminals, which means the risk to businesses will grow as ransomware becomes more sophisticated and increasing numbers of ethically challenged criminals jump on the bandwagon.
Did you know that over 50% of .CZ domains are now signed with DNS Security Extensions (DNSSEC)? Or that over 2.5 million .NL domains and almost 1 million .BR domains are now DNSSEC-signed? Were you aware that around 80% of DNS clients are now requesting DNSSEC signatures in their DNS queries? And did you know that over 100,000 email domains are using DNSSEC and DANE to enable secure email between servers?
The oft used term "the Internet of Things" (IoT) has expanded to encapsulate practically any device (or "thing") with some modicum of compute power that in turn can connect to another device that may or may not be connected to the Internet. ... The information security community -- in fact, the InfoSec industry at large -- has struggled and mostly failed to secure the "IoT". This does not bode well for the next evolutionary advancement of networked compute technology.
There's a new virus infecting the Internet that's more pernicious and more dangerous than any virus that has gone before. It's the first example ever of a hybrid Internet-human virus and probably the universal common ancestor of all hybrid Internet-human viruses to come. The condition the virus leaves behind is increasingly well recognised and goes by the understated label of "post-truth" but the virus itself is so far anonymous and so I propose we name it after the effect it has on those it has infected who, put simply, can no longer distinguish reality from fiction, hence the reality virus.
Today, this is how easily "TRUST" by your users/customers can be shattered, your revenues devastated, your share value plunged into the abyss, and your business destroyed. Furthermore, conventional thinking belongs only in university libraries, not in board rooms. It is time to seriously consider other innovative Out-Of-The-Box Solutions and doing things differently, or start writing your business obituary.
Do you have new information 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 Copenhagen, Denmark, for ICANN 58 in March 2017 (or can get there), please consider submitting a proposal to speak at the ICANN 58 DNSSEC Workshop!