Azure Networking, User Defined Routes, and Network Virtual Appliances
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- čas přidán 23. 07. 2024
- This video was intended to show User Defined Routes (UDRs) and a few items were added on to demonstrate how they work. It starts with some Azure Networking Basics and then we review a hub and spoke network. From there, A Windows Server with Routing and Remote Access Services (RRAS) is configured as a Network Virtual Appliance (NVA) to route traffic between the spokes in the network. UDRs are configured on the spoke subnets that send inter-spoke traffic to the NVA. After that, we add a firewall into the network and direct internet traffic to the firewall with a default route in the UDR.
00:00 - Start
00:46 - Azure Networking Overview
03:50 - NVA Demo Overview
05:06 - Test Without NVA
07:04 - Configure Windows RRAS Router
10:19 - Configure User Defined Routes
14:37 - View Active Routes on a VM
16:11 - Test Connectivity with the UDR
16:56 - Azure Firewall and Default Routes Overview
17:18 - Add a Default UDR for a Firewall
Links
Zero to Hero with Azure Virtual Desktop www.udemy.com/course/zero-to-...
Hybrid Identity with Windows AD and Azure AD www.udemy.com/course/hybrid-i... - Věda a technologie
So, the title should be learn Hub & Spoke topology in 3min! That's awesome 👏
Glad it helped!
Great video. As someone new to Vhubs and VNA this gave a very clear overview of the topology and how to interconnect the vents and their subnets through a VNA. This is a complex area for a new to taken onboard, but you managed to explain it in a clear and concise manner. Thank you for sharing 👍
Great video! Thanks for keeping so simple!
Thanks for doing this!
Thank you Travis!!
Your videos are amazing, very helpful.
Thanks, I appreciate it!
great video, thank you so much!
Great explanation. I would like to see more
Thank you Travis for the wonderful videos, do you have any paid courses for learning Azure administration
If I am trying to load balancer network access across two networks (example- two firewalls in each region, each region has one load balancer for the two firewalls in that one region. my route tables are set to send all traffic for that one region to the ip of the load balancer. ) But what if your load balancer for your prod firewalls are down, can you use weights to send all traffic to the DR load balancer? I see no way of doing that. I did find something about a regional load balancer, but it uses a public IP address and I want to keep all this traffic inside of my azure network and my two regions. I could set a manuel process which will cause an outage and that would be to have two route tables for each region, then there is an outage, I would just change the route table for the vnet to point to the second region load balancer. So what am I missing.
Great video 👍 but just a minor typo at the architecture design diagrams. IMHO, IP addresses of VMA and VMB should be /32 rather than /24.
If I have azure firewall in the hub does it also serve the direct traffic in this case?
Great Video Travis - im wondering how using a UDR to point everything at a firewall would impact AVD session hosts needing to communicate back to avd services? do you have any advice how to construct a UDR to keep AVD traffic not going through the firewall and other traffic going to the firewall?
Here is a list of IP, URL, and port requirements for AVD learn.microsoft.com/en-us/azure/virtual-desktop/safe-url-list?tabs=azure
Is this the best solution for hub and spoke network??
good video but I think RRAS dosen't work on Azure VMs anymore or maybe only work in particular regions or work with particular VMs
Isn't the reserved address for broadcast .255 not .254 as mentioned at czcams.com/video/PRD8LjK_ccg/video.html
Good catch, you are correct. It should have been .255.
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