#Detect safe browsing 4.8.0 serial#

She then assigns ports, say, 1-10 to group B and 11-20 to group C.īob and Charlie should be happy now, because they each got their own slice of the NPB to use for Network Ports, Tool Ports and carry traffic to their tools. So then, Alice creates a user Bob and a user Charlie, and assigns them to groups B and C, respectively. Can she just share the admin password with Bob and Charlie? Not likely, because then Bob might accidentally use Charlie’s ports, or vice-versa. This is easy, Alice just has to give them both access rights. Bob and Charlie both want management of the NPB so they can pull the right traffic to their tools. Let’s say that Bob owns Tool B and Charlie owns Tool C. Say Alice is the all-powerful administrator of an NPB, while Bob and Charlie are humble owners of individual monitoring tools. Most of our NPB users have probably noticed the way it works: RBAC is not a new functionality in NPBs, in fact it’s been there for a pretty long time, which we can trace back to pre-Ixia’s acquisition of ANUE. That is why in this blog post, I will cover Role-Based Access Control (RBAC) and how it functions as a balance between security and manageability of Vision Network Packet Brokers (NPBs). Have you ever wanted to give each user the exact access he needs to perform his duties based on his role, no more, no less? Have you wanted each user to see what traffic is going where, strictly on a need to know basis?

#Detect safe browsing 4.8.0 serial#

Starting from changing the default “admin” password, to hardening the serial console access, to creating Role-Based Access Control rules, there are necessary steps to take to secure your network devices while ensuring all stakeholders get the access they need.

User access management has always been and remains a top concern for security professionals.