How to Enforce MFA for RDP and Privileged Access: Containing AI-Powered Attacks

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Frontier AI models can find and weaponize software vulnerabilities faster than any patch cycle was built to handle, and AI-enabled adversaries can move laterally through trusted internal access paths before detection-and-response workflows are meaningfully underway. In fact, attacks by AI-enabled adversaries are up 89% year over year; according to Unit 42’s 2026 Global Incident Response Report, these AI-assisted attacks can go from initial access to data exfiltration in just 72 minutes – 4x faster than the previous year. While the speed of AI-powered cyberattacks is new, the tactics are familiar. Zero Networks’ 2026 Lateral Movement Exposure Report found that 71% of enterprise threat activity flows through just four admin protocols, and 87% of servers accept internal RDP or SSH traffic. So, containing AI-driven attacks doesn’t require faster detection or patching – it requires keeping the pathways adversaries rely on closed by default. We’ll walk through how AI-powered attacks leverage open privileged pathways, why enforcing network-layer MFA is key for containing AI-speed attacks, and what it takes to protect admin ports, sensitive systems, and critical services without adding operational friction. - How do AI-enabled attackers use admin protocols? Over 70% of threat activity flows through RDP, SMB, WinRM, and RPC; AI-driven lateral movement moves through those open pathways at machine speed, enabling attackers to escalate privileges and reach critical systems without triggering alerts.

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