During the past few weeks, I’ve reread lots of articles discussing whether security information and event management (SIEM) is still useful. It has certainly evolved over the years, but is it really dead?

This question reminded me of a story from a former colleague about a rotary phone. About a year ago, her young son accidentally hit his head. To test for a concussion, doctors asked him to identify a series of images, one of which was a rotary phone. He had no idea what it was because he had never seen one. To him, a phone is a smartphone, an evolution of an initial concept that has adapted to address changing needs. While you can certainly argue that rotary phones are dead, in today’s screen-addicted culture, you cannot argue that the entire phone market dead. It has simply evolved.

So what does this have to do with SIEM? Despite what certain point vendors, particularly in the user behavior or log collection spaces, would like you to believe, SIEM is not dead — it, too, has evolved. As the cyberthreat landscape has shifted, so have cybersecurity defenses.

Watch the on-demand webinar: The Future of Threat Detection — UEBA and SIEM Together?

The Bad Guys Have Gotten Worse

Over a decade ago, when SIEMs were coming of age, the bad guys weren’t as bad. Sure, there were attackers trying to steal money, teenagers trying to make names for themselves and, in some cases, motivated parties trying to steal competitive information. But 10 years ago, who would have thought that state-sponsored actors would use malware to stop nuclear power development, steal government employee information or even wipe out the IT infrastructure of a movie studio? Who would have thought that ransomware, which started with a floppy disk and a P.O. box, would automatically propagate through hundreds of systems in dozens of companies and bring businesses to a halt for days?

Attackers have gotten smarter, faster and more brazen — and they’re multiplying. As a result, the basic SIEM searches and rules that were sufficient a decade ago are simply not enough anymore. However, that doesn’t mean these capabilities are no longer relevant. It means that, as defenses have evolved, these capabilities have become just one component of a stronger, more comprehensive solution.

Evolve or Die

As is the case in mature markets, some of the early SIEM providers have faded into the background, but others have evolved and stayed relevant by improving their threat detection capabilities. These solutions have gotten stronger, embracing natural extensions to a security analytics platform, such as user and entity behavior analytics (UEBA). Today’s attackers thrive by disguising themselves as real users, so why wouldn’t we view user behavior analysis as a critical component of threat detection? In the constant battle against cybercriminals, UEBA is a critical weapon that security operations center (SOC) analysts need in their tool belts. However, it cannot be their only weapon.

Attackers today have a variety of targets, motives, skill sets and resources. To defend against the full spectrum of attacks, you need a variety of tools that work together to produce holistic insights into network activity, unpatched vulnerabilities, user behavior, endpoint activity and the latest threat intelligence. Only an evolved SIEM, a true security analytics platform that considers the human element of machine activity, can provide that.

Building Your SIEM Arsenal

Despite what some organizations have been trying to claim, SIEM is not dead. Sure, just like rotary phones, the SIEM vendors that have failed to adapt are certainly lagging behind, but that doesn’t reflect the fate of the market. SIEM solutions that have evolved into comprehensive security analytics platforms are here to stay, and capabilities such as UEBA are becoming part of these platforms, merging into flexible workbenches that support coordination of multiple capabilities and data streams. Below are a few reasons why this will benefit most businesses.

  • Ultimately, we’re trying to solve the same problem: Find the bad guys and stop them before they do bad things.
  • Humans play a role in attacks, whether it’s intentional or unintentional. Enriching machine data with user context provides far greater insight into risks and threats.
  • Like it or not, UEBA solutions need SIEM data (e.g., logs, events, application information and user data) to be effective. Do you really want to store and manage this data in two different places?
  • It’s hard enough to maintain one solution. Since these two solutions are already closely aligned, it’s in the best interest of most organizations for these markets to converge.

As you consider threat detection solutions in the future, consider all the tools you’ll need to defend against different types of attackers and think about how you should build out your arsenal. Do you want multiple tools that need to be manually integrated and individually managed? Perhaps if you have unlimited and highly skilled resources, the answer might be yes. But if you’re like most organizations, it’s hard enough to manage what you already have, much less add on new, somewhat redundant solutions. Don’t create extra work for yourself and your team. Instead, pick a vendor that continuously innovates and enables you to build out your arsenal of defenses without adding extra work and overhead.

Watch the on-demand webinar: The Future of Threat Detection — UEBA and SIEM Together?

More from Intelligence & Analytics

RansomExx Upgrades to Rust

IBM Security X-Force Threat Researchers have discovered a new variant of the RansomExx ransomware that has been rewritten in the Rust programming language, joining a growing trend of ransomware developers switching to the language. Malware written in Rust often benefits from lower AV detection rates (compared to those written in more common languages) and this may have been the primary reason to use the language. For example, the sample analyzed in this report was not detected as malicious in the…

Moving at the Speed of Business — Challenging Our Assumptions About Cybersecurity

The traditional narrative for cybersecurity has been about limited visibility and operational constraints — not business opportunities. These conversations are grounded in various assumptions, such as limited budgets, scarce resources, skills being at a premium, the attack surface growing, and increased complexity. For years, conventional thinking has been that cybersecurity costs a lot, takes a long time, and is more of a cost center than an enabler of growth. In our upcoming paper, Prosper in the Cyber Economy, published by…

Overcoming Distrust in Information Sharing: What More is There to Do?

As cyber threats increase in frequency and intensity worldwide, it has never been more crucial for governments and private organizations to work together to identify, analyze and combat attacks. Yet while the federal government has strongly supported this model of private-public information sharing, the reality is less than impressive. Many companies feel that intel sharing is too one-sided, as businesses share as much threat intel as governments want but receive very little in return. The question is, have government entities…

Tackling Today’s Attacks and Preparing for Tomorrow’s Threats: A Leader in 2022 Gartner® Magic Quadrant™ for SIEM

Get the latest on IBM Security QRadar SIEM, recognized as a Leader in the 2022 Gartner Magic Quadrant. As I talk to security leaders across the globe, four main themes teams constantly struggle to keep up with are: The ever-evolving and increasing threat landscape Access to and retaining skilled security analysts Learning and managing increasingly complex IT environments and subsequent security tooling The ability to act on the insights from their security tools including security information and event management software…