Configuring WAN edge devices to automatically isolate compromised nodes.
Welcome back to our series on implementing ASD-aligned security controls across Wide Area Networks. In , we covered foundational design, Part 2 tackled perimeter security, and Part 3 dove into segmentation.
In , we take a deep dive into active defense mechanisms for distributed network architectures. What’s Covered in Part 4.mp4
(e.g., SD-WAN, Encryption, Monitoring) What are the top 3 takeaways? I can tailor the content specifically to your content.
Implementing SIEM integration at the branch level to meet ASD logging requirements.
You cannot defend what you cannot see. The video demonstrates how to get granular traffic analytics across the WAN.
This video focuses on turning your secure architecture into a proactive defense system. Key topics include:
Assuming the network is already compromised—we discuss verifying every request at the WAN edge.
Configuring WAN edge devices to automatically isolate compromised nodes.
Welcome back to our series on implementing ASD-aligned security controls across Wide Area Networks. In , we covered foundational design, Part 2 tackled perimeter security, and Part 3 dove into segmentation.
In , we take a deep dive into active defense mechanisms for distributed network architectures. What’s Covered in Part 4.mp4 ASD WAN PART 4.mp4
(e.g., SD-WAN, Encryption, Monitoring) What are the top 3 takeaways? I can tailor the content specifically to your content.
Implementing SIEM integration at the branch level to meet ASD logging requirements. In , we take a deep dive into
You cannot defend what you cannot see. The video demonstrates how to get granular traffic analytics across the WAN.
This video focuses on turning your secure architecture into a proactive defense system. Key topics include: Implementing SIEM integration at the branch level to
Assuming the network is already compromised—we discuss verifying every request at the WAN edge.