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Testing was primarily focused on the following major objectives: Compare and contrast performance of the Transparent Security solution against that of a leading commercially available DDoS mitigation solution. The tests validated that INT-encapsulated packets can be transported across an IPv4/IPv6/MPLS network without any adverse impact.
At much less than 1% of CPU and memory on the instance, this highly performant sidecar provides flow data at scale for network insight. The sidecar has been implemented by leveraging the highly performant eBPF along with carefully chosen transport protocols to consume less than 1% of CPU and memory on any instance in our fleet.
Micsoft’s advisory does clarify that the Preview Pane is not an attack vector for this vulnerability and offers mitigation options to protect systems if immediate patching cannot be immediately performed. An attacker could remotely exploit this vulnerability by sending specially crafted IPv6 packets to a host.
For example, you can see how much of your traffic is associated with RPKI invalid prefixes; you can do peering analytics ; if you have multiple sites, you can see how traffic gets in and out of your network ( Kentik Ultimate Exit ™); and eventually, perform network discovery. IPv6 peerings are starting to outgrow a single node.
What about capturing MAC address, or VLAN tag, or IPv6? And then they started wanting to track things that routers and switches couldn’t observe, like URL, DNS query, and application and network performance. IPv6, MAC addresses, VLAN, and MPLS) makes it more limited than other alternatives.
Flow records incorporate the standard attributes of network traffic, but it’s often overlooked that today’s flow records can also incorporate many other types of data such as application semantics and network and application performance data. You could take the well-known data types like IPv4 and IPv6 and build a fast path for them.
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