May 14, 2015 By Pamela Cobb 2 min read

The war on cybercrime is larger than ever, and the enemy has changed its tactics. Hackers today operate as sophisticated groups of cybercriminals on the Dark Web with advanced tools, resources and a wealth of best practices at their fingertips. It is this organizational construct — it’s estimated that 80 percent of cyberattacks are driven by crime rings — that has put digital crime on the map as one of the largest illegal economies in the world, with global profits reaching $445 billion annually.

As security professionals, we need to adopt the same collaborative approach. As you’ll see in this video, we can work together to exchange expertise and real-time threat information, ensuring immediate action can take place to stop cybercriminals in the Dark Web.

https://www.youtube.com/watch?v=r399JGvBFsY

The time of security data sharing is upon us. While our technologies, companies, industries and communities are more interconnected than ever, giving us an incredible amount of intelligence to rapidly track the movements and methods of hackers and quickly contain their attacks, we have struggled to obtain the same level of coordination and knowledge sharing as criminals operating in the ominous Dark Web.

To help set the example of sharing data, IBM opened its own threat data to the public when it launched the IBM X-Force Exchange platform last month. Designed to foster collaboration and democratize cybersecurity intelligence across companies and industries, X-Force Exchange leverages IBM’s ever-growing 700 TB threat intelligence database of actionable cyberthreat information. This includes two decades’ worth of malicious cyberattack data from IBM as well as anonymous threat data from more than 15 billion security events from IBM’s managed security operations.

In just the one month since we took this step to give organizations a collaborative way to share intelligence, more than 1,000 organizations across 16 industries have joined the X-Force Exchange threat intelligence network. Participants have created more than 300 new collections of threat data in the last four weeks alone, and 1,000 data queries per day have been made from organizations around the world. These organizations include six of the world’s top 10 retailers and five of the top 10 banks, as well as top-10 companies across the automotive, education and tech industries.

As more partners join us in this battle, the platform will continue to grow and its vault of intelligence will become more valuable. Similar to the world illustrated in the video, we can combat cybercrime in the only way possible: together as an open community.

More from X-Force

SoaPy: Stealthy enumeration of Active Directory environments through ADWS

10 min read - Introduction Over time, both targeted and large-scale enumeration of Active Directory (AD) environments have become increasingly detected due to modern defensive solutions. During our internship at X-Force Red this past summer, we noticed FalconForce’s SOAPHound was becoming popular for enumerating Active Directory environments. This tool brought a new perspective to Active Directory enumeration by performing collection via Active Directory Web Services (ADWS) instead of directly through Lightweight Directory Access Protocol (LDAP) as other AD enumeration tools had in the past.…

Smoltalk: RCE in open source agents

26 min read - Big shoutout to Hugging Face and the smolagents team for their cooperation and quick turnaround for a fix! Introduction Recently, I have been working on a side project to automate some pentest reconnaissance with AI agents. Just after I started this project, Hugging Face announced the release of smolagents, a lightweight framework for building AI agents that implements the methodology described in the ReAct paper, emphasizing reasoning through iterative decision-making. Interestingly, smolagents enables agents to reason and act by generating…

Being a good CLR host – Modernizing offensive .NET tradecraft

14 min read - The modern red team is defined by its ability to compromise endpoints and take actions to complete objectives. To achieve the former, many teams implement their own custom command-and-control (C2) or use an open-source option. For the latter, there is a constant stream of post-exploitation tooling being released that takes advantage of various features in Windows, Active Directory and third-party applications. The execution mechanism for this tooling has, for the last several years, relied heavily on executing .NET assemblies in…

Topic updates

Get email updates and stay ahead of the latest threats to the security landscape, thought leadership and research.
Subscribe today