Skip to content
New Windows Bind Link Techniques Enable EDR Evasion for Attackers

New Windows Bind Link Techniques Enable EDR Evasion for Attackers

First seen 16 Jul 2026, 21:11 UTC • •

Article Content

Browse articles
ThreatCluster AI
ThreatCluster •July 17, 2026 at 16:56 UTC
  • •Three techniques exploiting Windows Bind Links allow EDR evasion.
  • •Attackers need administrator privileges to execute these methods.
  • •Microsoft classified the threat as low severity despite its potential impact.

Bitdefender researchers have identified three new techniques that exploit Windows Bind Links to bypass endpoint detection and response (EDR) systems. These techniques—File-Binding, Process-Binding, and Silo-Binding—allow attackers with administrator privileges to redirect file paths to malicious files while appearing legitimate to security tools. File-Binding hijacks DLL paths, such as AMSI.dll, to load harmful code undetected. Process-Binding makes malicious executables masquerade as trusted processes, like winver.exe. The most advanced, Silo-Binding, utilizes Windows silos to create isolated filesystem views, evading detection from external scanners. Microsoft has assessed the threat as low severity, citing the requirement for admin access, but Bitdefender warns that this method poses a significant risk for ransomware groups. The techniques can bypass security measures like AppLocker and Windows Firewall, making them potent tools for post-compromise scenarios.

Start a free Starter trial for enhanced analysis

Ask AI about this cluster

Updated 90d ago How this analysis works

Timeline

2026-07-15
Bitdefender publishes research on Bind Link techniques
Research reveals three methods that exploit Windows Bind Links to evade EDR systems, demonstrating significant evasion capabilities.
Csoonline
2026-07-16
Security Week reports on Bitdefender's findings
Security Week highlights the exploitation of Windows Bind Links for EDR evasion, emphasizing the potential threat to organizations.
Feeds.Feedburner

More articles in this cluster (3)