June 10, 2013 By Chris Poulin 3 min read

(Note: I grew up in a European colonized country. Football to me is European football, soccer to most Americans. I love American football too, but Europeans were calling it football long before we were.)

You would never man a football team with just a goaltender and backs.  But in security that’s exactly what we do: deploy defensive technology such as firewalls, IPSes, and endpoint security. As the bad guys attack us, the best we can hope for is a draw.

Football and information security differ in offensive tactics. Our opponents’ (the bad guys) objectives, whether stealing intellectual property, conducting cyber espionage or cyber war, destroying manufacturing capability by controlling our SCADA systems, or just vandalizing our data, starts with invading our side of the field; whereas, our goal as information security professionals is simply to conduct business on our own side of the field.

Or perhaps a more apt metaphor is that our game of football is conducted on a field occupied by our business and our competitors, and the threats are from the stands. Whereas in real life football, we endure the taunts and jeers of the crowd, and occasionally an overzealous fan racing through the field naked, we’re being attacked with gunfire and bombs in the cyber arena.

Ethically we can’t fire back: that’s the job of law enforcement. But we can’t turn turtle either. Our best strategy is to identify the bad guys as they enter the stadium, or arrest them in their flats.

In fact, Scotland Yard did just that with the 24 men who had planned to take down a number of airplanes with liquid explosives. Through old fashioned intelligence gathering, they correlated suspicious purchases to a potential terrorist plot and stopped the men before they even got to the airport.

When it comes to information security, it’s unlikely that any of us has the resources or jurisdiction to conduct covert operations on the open internet. However, every one of our information infrastructures contains a wealth of data that, if mined and analyzed, equates to information security intelligence. The defense-in-depth technology we invested in years ago, and even operational technology that may not be employed in a security context—web, email, and database services, operating system audit logs, switches, and even printers—shed light into all corners of our information infrastructure and paint a complete security intelligence picture. There’s an opportunity to take advantage of our technology infrastructure toward an offensive end.

One benefit of an offensive play is gaining  an advantage through early detection. If we can catch an exploit in the discovery and footprinting phase, we can defend ourselves from the imminent compromise. Or we can detect anomalous user behavior that precedes data theft. But that’s only part of the benefit. Security intelligence also provides advance context about our own environments—what are the assets and are they vulnerable? how is my infrastructure segmented and defended? what kind of information normally flows across my network?—and is critical in prioritizing defense and response efforts, as well as determining the potential consequences of attacks and the impact of a compromise.

For the more civic-minded, there are forums to share information between organizations and gain a wider view of the threat landscape, going beyond the borders of our individual perimeters. Those organizations include ISSAISACA, and InfraGard. Joining and sharing gets closer to changing the game and creating an offensive strategy.

We cannot continue to do what we’re currently doing: if the entire game is played on our side of the field, the opposition will quickly discover the weaknesses in our defenses and exploit them. Our strategy needs to shift to repelling attackers before they rush our goal en-masse.

More from Intelligence & Analytics

Hive0051’s large scale malicious operations enabled by synchronized multi-channel DNS fluxing

12 min read - For the last year and a half, IBM X-Force has actively monitored the evolution of Hive0051’s malware capabilities. This Russian threat actor has accelerated its development efforts to support expanding operations since the onset of the Ukraine conflict. Recent analysis identified three key changes to capabilities: an improved multi-channel approach to DNS fluxing, obfuscated multi-stage scripts, and the use of fileless PowerShell variants of the Gamma malware. As of October 2023, IBM X-Force has also observed a significant increase in…

Email campaigns leverage updated DBatLoader to deliver RATs, stealers

11 min read - IBM X-Force has identified new capabilities in DBatLoader malware samples delivered in recent email campaigns, signaling a heightened risk of infection from commodity malware families associated with DBatLoader activity. X-Force has observed nearly two dozen email campaigns since late June leveraging the updated DBatLoader loader to deliver payloads such as Remcos, Warzone, Formbook, and AgentTesla. DBatLoader malware has been used since 2020 by cybercriminals to install commodity malware remote access Trojans (RATs) and infostealers, primarily via malicious spam (malspam). DBatLoader…

New Hive0117 phishing campaign imitates conscription summons to deliver DarkWatchman malware

8 min read - IBM X-Force uncovered a new phishing campaign likely conducted by Hive0117 delivering the fileless malware DarkWatchman, directed at individuals associated with major energy, finance, transport, and software security industries based in Russia, Kazakhstan, Latvia, and Estonia. DarkWatchman malware is capable of keylogging, collecting system information, and deploying secondary payloads. Imitating official correspondence from the Russian government in phishing emails aligns with previous Hive0117 campaigns delivering DarkWatchman malware, and shows a possible significant effort to induce a sense of urgency as…

Topic updates

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