# Your local network/subnet mask might be something like 10.1.1.0/24. In this case, add something like this to /etc/ufw/les (and restart ufw) Port 22 will possibly already be used on the host by sshd, so you you might use something like 22222. Next, having decided which services, you'll need toĪllow connections on your host machine to the "external" port via iptables/firewall. It has to be a specific guest of course (This makes being able to configure your IPs all the more useful, and you can change them all in one place without opening each VM), just like doing it through your internet router to allow gaming things through etc. So the idea is something like: "Allow things on my host's local network (Eg 10.1.1.0/24, or 192.168.1.0/24) to connect to port 22222 on the host, which we'll forward along to port 22 of a specific guest". (Or the shared folder facility on VMWare, but I haven't used it yet). You could also allow port 80/443 if you had a webserver on the VM, etc, and you can also use a "tunnel" to access other services using SSH (will give example below), and use FUSE/SSHFS to give your host filesystem access. A safe bet would just be to expose/allow only SSH (port 22), to machines on your subnet. So, first you need to decide what you want to allow to your VM/guest from "outside" of your host (note as below, you'll be able to get to it easily from the host itself).Apart from the waffling and what-ifs, there are really only 3 main steps. Just like you do with an internet modem/routerĪnyways, for my case (VMWare Workstation 10, Linux host, OS X Guest), and anyone who stumbles upon this, this is the overview of what worked for me. but most of all, it allows you to hide behind a single firewall config on your host, and share things between you/them in a more protected way, rather than exposing every VM to the "wild" and having to protect them all individually etc.being able to assign them a fixed or reserved IP so you can refer to them by name/IP from outside the host (again, if you can't get reservations on the network with a bridged interface).things like allowing your VMs to use a single proxy server on your host (IE if you don't control the network you're on), or being able to firewall/filter their broadcast (windows etc) traffic on the way out in one convenient place.if you're on a customer LAN that requires a known MAC address to get an IP (otherwise you'll have to try guessing at unused ones and risking a conflict, and generally drawing bad attention to yourself :) ),.(This is an old question, but it came up as my first result searching how to do this, migrating from VirtualBox where I do it all the time, so I thought it worth adding) You can make your PC flexible, too-keeping two OS apart or combining them, and even switching old and new versions of an operating system.Actually, there are a whole bunch of good reasons to use NAT with your VMs, rather than bridged interface. However, Fusion is also great for personal home use, as running other OS can give you access to apps exclusive to those operating systems. It’s a convenient and easy way to secure important data within the business. In the corporate setting, you can configure user settings like the abilities to copy-and-paste, drag-and-drop, use shared folders, and gain access to USB devices with VMware Fusion, as well. You can run an entire virtual cloud stack on a single Mac so you can go all-out and design complex software solutions on your machine. There’s no need to be worried about losing progress, either. The pro version of Fusion is integrated with modern development tools like Docker and Vagrant, too, so it’s much more convenient to work on your apps. You can freely test out your work while your files are secure. If you’re a developer, VMware Fusion makes it easy for you to test on almost any OS and app on your Mac.
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