![]() Notice the web server is on a different subnet to the management machines (10.1.2.0), this is because it will be on its own network (DMZ) that is segregated by VLANS. These are the pfSense firewall, vCenter Server and a demo web server. The VMs at the top of the diagram will run on the virtual ESXi hosts. They are the ESXi hosts and the storage servers. These machines simulate what would be physical machines in a production environment. There will be four VMs running on VMware Fusion. Traffic on this network will go through the virtual pfSense firewall running on an ESXi machine. This network will be used to simulate a WAN connection coming into your lab. The red network (vmnet11) is a separate private network which has NAT enabled so that VMs can access the internet through the MacBook. The green network (vmnet10) is a private network used for managing ESXi hosts, vCenter Server (vc01), the pfSense firewall (fw01) and the iSCSI storage server (us01). First of all, we have a MacBook at the bottom which is running VMware Fusion and has two custom networks (vmnet10 and vmnet11). The diagram is not the clearest, so let me try to explain. Part 8: Creating a Public Facing Web VM and Securing it with pfSenseīefore we begin, let me show you a diagram and describe what we are building.Part 7: Creating a Distributed Switch and Migrating Port groups.Part 6: Create VMkernel port group for vMotion and enable DRS.Part 5: Create a Ubuntu iSCSI Target and Configure Multipathing.Part 4: Adding ESXi Hosts to a Cluster in vCenter Server.Part 3: Deploying vCenter Server Appliance to ESXi 6.7. ![]()
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