How SentinelOne Blocked APT29's CaptiveCrunch Campaign
SentinelOne details how static AI blocked APT29's CaptiveCrunch campaign, which leverages local DNS poisoning and captive-portal lures — TTPs European organisations should proactively test against.
Summary written by editorial AI · Source link below
Learn how SentinelOne's Static AI blocked APT29's CaptiveCrunch campaign on the endpoint, stopping local DNS poisoning and captive portal network lures.
Editorial Analysis
APT29 continues to innovate with DNS-poisoning and social-engineering combos; European enterprises are squarely in this group's target set and should validate endpoint defences against these TTPs.
Run a purple-team exercise simulating local DNS poisoning and captive-portal lures to confirm detection and prevention controls are effective.
Russian APT29 deployed a novel DNS-poisoning campaign — a reminder that Europe remains a primary target and endpoint defences need continuous validation.
Forward-looking interpretation drafted by editorial AI under human review — not a reproduction of the source. See methodology.
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