The cybersecurity landscape is a battleground of ever-evolving threats, where threat actors operate under a dizzying array of names—Cozy Bear, Midnight Blizzard, APT29, UNC2452, Voodoo Bear—each sounding like characters from a hacker-themed comic book rather than the sophisticated adversaries they represent. This naming chaos isn’t just confusing; it undermines effective threat intelligence sharing, incident response, and public awareness.

The Problem with Threat Actor Naming Conventions

Cybersecurity vendors, government agencies, and researchers often assign different names to the same threat groups, creating a tangled web of aliases. For example, the Russian-linked group known as APT29 by Mandiant is called Cozy Bear by CrowdStrike and Nobelium by Microsoft. This lack of standardization leads to:

  • Confusion in incident reporting: Organizations may struggle to correlate attacks if different names are used.
  • Fragmented threat intelligence: Researchers waste time reconciling data instead of focusing on mitigation.
  • Public misinformation: Media reports may inadvertently amplify fear by treating the same group as multiple distinct threats.

Why Do Threat Actors Have So Many Names?

1. Vendor-Specific Branding

Many cybersecurity firms create unique names for marketing and differentiation. While this helps establish their authority, it also fragments the naming ecosystem.

2. Attribution Challenges

Attributing cyberattacks is complex, and different organizations may use distinct naming conventions based on their confidence levels or methodologies.

3. Geopolitical Sensitivity

Some governments avoid direct attribution to state-sponsored groups, opting for neutral designations like UNC (Unclassified Cyber Threat) or APT (Advanced Persistent Threat).

The Push for Standardization

Efforts to streamline threat actor naming have gained traction in recent years:

  • MITRE’s ATT&CK Framework: Uses standardized identifiers (e.g., APT29) to map adversary behaviors.
  • CISA’s Malware Naming Guidance: Encourages consistency in malware classification.
  • Open Threat Exchange (OTX): Promotes shared threat intelligence under unified naming.

However, widespread adoption remains elusive due to competing interests and the lack of a global governing body.

The Risks of Inconsistent Naming

  1. Slower Incident Response – Conflicting names delay threat correlation.
  2. Ineffective Collaboration – Security teams struggle to share actionable intelligence.
  3. Public Misunderstanding – Conflicting reports erode trust in cybersecurity messaging.

Best Practices for Clearer Threat Communication

  • Adopt MITRE’s ATT&CK IDs where possible.
  • Cross-reference vendor reports to identify overlapping aliases.
  • Encourage transparency in attribution methodologies.
  • Support industry-wide standardization initiatives like CISA’s guidelines.

The Future of Threat Naming

While perfect standardization may be unrealistic, greater coordination among vendors, governments, and researchers can reduce confusion. The cybersecurity community must prioritize clarity over branding to strengthen global defenses.

Key Takeaways

  • Threat actor naming is fragmented, hindering effective cybersecurity.
  • Standardization efforts exist, but adoption is inconsistent.
  • Clear communication is critical for incident response and public awareness.
  • Collaboration is key to reducing naming chaos in the long term.