Google’s top hacker hunter explains why hacking groups get codenames

The recent shift in Google’s approach to naming hacking groups, as detailed in TechCrunch’s conversation with their top hacker hunter, highlights a subtle but significant evolution in cybersecurity strategy. For years, assigning codenames – often evocative and sometimes playful – to threat actors has been standard practice. However, Google’s move suggests a growing awareness of the potential for these names to inadvertently elevate the profile of malicious actors, potentially inspiring copycat attacks or even fostering a sense of notoriety. This isn't simply about semantics; it reflects a deeper consideration of how we frame and communicate about security threats, moving away from a sensationalized approach towards a more measured and analytical one. This shift aligns with broader trends we’re seeing in the industry, as evidenced by recent discoveries where security researchers scanned the Polish web and found courts, hospitals, and airports at risk of hacks Security researchers scanned the Polish web and found courts, hospitals, and airports at risk of hacks, demonstrating the widespread nature of vulnerabilities that these groups exploit.

The rationale behind codenames has always been multifaceted. They offer a shorthand for security professionals to discuss and track specific campaigns, enabling faster information sharing and coordinated defense. Moreover, public attribution – assigning a name to a group – can act as a deterrent, signaling to potential attackers that their actions are being monitored and that consequences may follow. However, as Google’s expert points out, there's a risk that codenames can inadvertently contribute to a “brand” for hacking groups, attracting new recruits and potentially amplifying their reach. The focus on threat intelligence is shifting from simply identifying *who* is attacking, to understanding *how* they operate, their motivations, and the vulnerabilities they exploit. This is particularly relevant given the increasing sophistication of these groups, and the challenges they present to modern security infrastructure. Consider, for instance, the recent notification from computer maker Framework to all its customers of a data breach Computer maker Framework notifies ‘all customers’ of a data breach, which underscores the reality that even established organizations are susceptible to targeted attacks.

This change in Google’s approach doesn't signal a retreat from attribution altogether. Instead, it suggests a more nuanced strategy, prioritizing detailed technical analysis and threat modeling over public naming conventions. The focus is shifting toward understanding the Tactics, Techniques, and Procedures (TTPs) employed by these groups, which allows security teams to develop more effective defenses regardless of the specific actors involved. This is a move towards a more sustainable and proactive security posture, one that emphasizes resilience and adaptability rather than reactive responses to individual threats. The rise of AI-powered tools in incident response, such as Instacart’s Blueberry Instacart Builds Blueberry, an AI-Powered Assistant to Help On-Call Engineers Investigate Incidents, further supports this trend, offering engineers faster and more accurate insights into security incidents.

Ultimately, Google’s decision reflects a broader maturation of the cybersecurity field. The industry is moving beyond simplistic narratives of “good guys” versus “bad guys” towards a more sophisticated understanding of the complex ecosystem of threats and vulnerabilities. The trend towards de-emphasizing codenames highlights the importance of focusing on actionable intelligence and building robust defenses, rather than relying on public attribution as a primary security strategy. As AI continues to evolve and reshape the threat landscape, a critical question emerges: will the industry as a whole follow Google’s lead and prioritize data-driven threat intelligence over sensationalized narratives, or will the allure of naming and shaming continue to overshadow the need for pragmatic and sustainable security solutions?