Cisco Talos launched SnortML, a machine learning detection engine integrated into Snort 3, to address gaps in traditional IDS. It allows for faster responses to novel exploits by processing data locally and issuing verdicts in under a millisecond.
Cisco Talos introduced SnortML, a machine learning detection engine, in March 2024. This engine is integrated directly into Snort 3, enhancing its ability to detect novel exploits more swiftly than traditional methods.
Traditional Intrusion Detection Systems (IDS) often leave a gap between the attack signature and the actual exploit behavior. This vulnerability occurs due to the time taken for researchers to develop rules for newly discovered exploits, leaving systems exposed during that window.
SnortML operates as part of the local processing pipeline within Snort, distinguishing it from generic anomaly detectors. It utilizes pre-trained TensorFlow models to classify threats with a response time of under one millisecond, allowing for rapid detection and response.
The introduction of SnortML coincides with a broader trend of incorporating agentic AI into network security, which enhances proactive defense mechanisms. Together, these advancements represent a significant shift in how security operations are conducted, as they aim to bridge the exposure time gap in traditional detection methods.
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Cisco Talos launched SnortML, a machine learning detection engine integrated into Snort 3, to address gaps in traditional IDS. It allows for faster responses to novel exploits by processing data locally and issuing verdicts in under a millisecond.