FireEye and Gigamon: How to Identify and Respond to Laterally Moving Threats

Logo
Presented by

Fayyaz Rajpari, Senior Solutions Architect, FireEye and Druce MacFarlane, Director of Security Products, Gigamon

About this talk

Detecting multi-stage attacks that move laterally through the internal network requires a pervasive, flexible and scalable security architecture. Adversaries will get into the network; the challenge is to detect, mitigate and stop their threat as soon as possible. Register for this webinar to learn how to identify and respond to laterally moving threats. Join Fayyaz Rajpari, Senior Solutions Architect at FireEye and Druce MacFarlane, Director of Security Products at Gigamon as they discuss how to: • Monitor the perimeter effectively and catch perimeter threats • Identify threats, even when they are encrypted • Monitor the network to identify and stop laterally moving threats • Protect your organization during each stage of a lateral attack lifecycle FireEye Network Security combined with the GigaSECURE® Security Delivery Platform offers customers flexible deployment options and scalability for optimal threat protection. With network-side visibility and options for both inline and out-of-band deployments, APTs can be spotted and contained quickly and efficiently. The combination of FireEye Network Security and the Gigamon GigaSECURE Security Delivery Platform architecture helps ensure traffic is analyzed and threats are detected in real time, allowing administrators to quarantine or delete harmful data before it damages their business operations. Learn more by registering for this webinar today!
Related topics:

More from this channel

Upcoming talks (1)
On-demand talks (302)
Subscribers (22442)
Gigamon offers a deep observability pipeline that harnesses actionable network-level intelligence to amplify the power of observability tools. This powerful combination enables IT organizations to assure security and compliance governance, speed root-cause analysis of performance bottlenecks, and lower operational overhead associated with managing hybrid and multi-cloud IT infrastructures.