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Vulnerabilities / Threats

Dark Web Becomes a Haven for Targeted Hits

Malware on the Dark Web is increasingly being customized to target specific organizations and executives.

Malicious services offered on the Dark Web are more like precision arms than blunt instruments, and they're taking aim at the biggest of businesses.

New research, conducted by Dr. Mike McGuire of the University of Surrey, shows four in 10 Dark Web vendors are selling targeted hacking services aimed at FTSE 100 and Fortune 500 businesses. Among the information and services McGuire found on the Dark Web, access to corporate networks is sold openly, with 60% of vendors approached by researchers offering access to more than 10 business networks.

Still, sites and messaging facilities on the Dark Web have become havens for those seeking and selling custom-built, highly targeted malware, McGuire writes in "Into the Web of Profit: Behind the Dark Net Black Mirror Threats Against the Enterprise," the third in a series. If you want to target a particular industry, organization, or executive, it doesn't take long to find vendors willing to help meet your nefarious needs.

"The rise of customized malware-as-a-service is nothing more than the natural evolution of the commercialization of malware authors and other malicious actors," says Nathan Wenzler, senior director of cybersecurity at Moss Adams. Online criminal activity has become industrialized, he says, with those on both sides of the transactions treating it just like legitimate business deals.

"Once you've reached that point of creating a product, which in this case is malware, the next logical step is to provide the equivalent of professional services to your customers," Wenzler says.

What we're seeing in these Dark Web sites is an almost inevitable consequence of the market's maturity. Ray DeMeo, co-founder and COO at Virsec, points out that the criminal world is become more sophisticated, efficient, and compartmentalized, just like legitimate business. As a result, "Specialists are focusing on specific pieces of the supply chain, such as password theft, memory attacks, ransomware, and selling personal data in bulk," DeMeo says. "As part of this, many resources on the Dark Web have become Amazon-like, relying on building 'good' reputations with high-quality stolen data."

One of the consequences of malware and attacks heading to the commodity "as-a-service" model is that it now takes much less expertise to launch a relatively sophisticated attack. "[Cybercrime is] becoming more transactional in nature and lowering the barriers to entry for those who may not have the technical skill to develop a new malware variant," says Harrison Van Riper, strategy and research analyst at Digital Shadows. "Those with less technical skill can still have access to damaging malware for a reasonable price."

That price, which McGuire found ranged from $150 for a relatively simple piece of malware to more than $1,500 for software designed to target specific ATMs, often includes performance guarantees and sophisticated customer service. Encrypted messaging services like Telegraph are frequently used as the medium for support, though some malware networks have communicated completely in the clear over YouTube, Instagram, or other social network comments.

All of this is possible because malware and attack authors have swung their production to agile development methods, up to and including full DevOps, Wenzler says. "These groups already have automated much of the malware creation and management processes as it is, so creating custom attacks for a higher price is a relatively trivial thing for them to do and comes with the benefit of increasing their financial gains without needing to expend much effort," he says.

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Curtis Franklin Jr. is Senior Editor at Dark Reading. In this role he focuses on product and technology coverage for the publication. In addition he works on audio and video programming for Dark Reading and contributes to activities at Interop ITX, Black Hat, INsecurity, and ... View Full Bio
 

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RetiredUser
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RetiredUser,
User Rank: Ninja
6/9/2019 | 3:38:58 AM
Networking Architecture Must Change
One of the problems networking security faces is the static and pseudo-static nature of business networks.  That is, the technology is not yet in place that can introduce some intelligent chaos into the network topology these targeted businesses access.   Imagine a network that shifts its entire topology randomly, in a way that cannot be predicted.  We put so much energy into the study of AI and machine learning, yet do not seem to put the same energy into networking research to create technology that would render much of the tools and methods used by the worst of the actors out there useless; we plug holes but do not completely re-design the dike.  Each advancement in AI, for instance, could be turned to the research of super-secure networking technologies.  It may sound like pie-in-the-sky but the future of the Internet has to include some element of super-ad-hoc topology.  Examples of existing technologies that have algorithms which contain elements of this future tech include load balancers and some topology management heuristics where MDS and CDS elections are managed in an ad-hoc fashion.  Revolving hosts, dynamic routes, and keyed access points based on equations held only by physical token generators, etc.  Full and partial mesh networks, for instance, joined with AI and new Internet standards may be the starting point.  Scanning the Dark Web and seeing these available services for targeted hits is a reminder we are still in the Dark Ages of the Internet.

  
michaelmaloney
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michaelmaloney,
User Rank: Apprentice
6/11/2019 | 1:38:31 AM
Re: Networking Architecture Must Change
Why is it that not a lot of people still know about this "Dark Web". It's such an interesting and intriguing phenomenon. I mean, talking about there are plenty of opportunities for hacking and dodgy underground activity using the internet, I'm sure that there are lots of people who are interested to know how things like this would work, even if they didn't want to get involved...
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