11/30/2022 0 Comments Ipnetmonitorx dhcp dns google domains
#IPNETMONITORX DHCP DNS GOOGLE DOMAINS UPDATE#Using PowerShell to update your Dynamic DNS Record #IPNETMONITORX DHCP DNS GOOGLE DOMAINS FOR FREE#Here’s the TL DR: Google offers this service for free for domains registered on their service and they support the same dyndns2 protocol that other Dynamic DNS providers do, so the same (Linux) applications you would have installed for the other services apply here too.īut before I closed the window thinking I’d be building a new Linux VM in my home lab, I saw this:Īnd then I got really excited, because that meant I could roll my own solution to update their Dynamic DNS service with PowerShell! So that’s what I did. Clicking a little deeper, I made it to the help page for synthetic records, and then Dynamic DNS, which you can read here. Under “synthetic records” I noticed a Dynamic DNS option. When I was in there setting up some records to redirect them to my blog, I noticed something: You might be wondering what this all has to do with PowerShell, right? Recently, I registered a couple new domain names with Google Domains, mostly because they give you a really nice web interface to use and since I use Google for almost everything else in my life, this just made sense (and I didn’t need or want yet another online account). So if you have your own router this may be an option. #IPNETMONITORX DHCP DNS GOOGLE DOMAINS SOFTWARE#There is a third option, too: some newer home routers from vendors like Asus provider Dynamic DNS services bundled with the router OS software too. The bigger problem is that if your home network is mostly Windows based and you don’t have any spare hardware laying around to build your own Linux server (or you don’t want to spin up VMs on your home machine), then you can’t use them either (update: it looks like you can get these working with Perl on your local machines too, but I haven’t tried that yet). That in itself isn’t as bad as it sounds, even if you aren’t familiar with Linux you can get them up and running pretty quickly. Secondly, almost all of the freely available tools that run on your network are Linux based. CloudFlare has a free solution, but you need to use their name servers for your domains (which may or may not be a deal breaker for you). That might sound easy, but there’s a couple of gotchas: one, some services, like Dyn, aren’t free. #IPNETMONITORX DHCP DNS GOOGLE DOMAINS INSTALL#You install a service application somewhere on your network that monitors your public IP for changes, and connects to the providers and updates your records to point to an updated IP address automatically.You sign up with a service that offers a Dynamic DNS service, like Dyn or CloudFlare.Dynamic DNS is defined as a service that lets you automatically update a name server without the need to change it manually, usually after an IP has changed (even without you knowing it has changed). That’s not to say you can’t have a static IP but they are usually part of a more expensive business offering that probably isn’t worth the cost to have in your home. That means if you ever need to reboot your modem you aren’t guaranteed to get the same address. Sounds neat right? The rub is that it isn’t likely you’re going to memorize your IP address, and even if you did most internet service providers (ISPs) who offer home broadband don’t provide you with a static IP address. But in order to do that, you have to know your home IP to set the “A” record for the domain name server. That’s a lot easier (and cooler) to remember than an IP address. Then I could register a domain name, like, and have resolve to my home IP address. #IPNETMONITORX DHCP DNS GOOGLE DOMAINS HOW TO#Aside from the networking and firewall changes on my network’s end (opening the right ports for forwarding, enabling remote access, etc) I would also need a domain name and host entry so it knew how to resolve. For example, let’s say I wanted to expose a server (named “dwarf”) on my home network to the internet. Having (or knowing) what your home IP address is gives you a lot of flexibility though because if you know it, you can register domain names and have them point to it. When you start talking about doing things like home VPN servers (or any home server for that matter), sooner or later you run up against a thorny problem: how can I make sure I can always connect to my home network remotely? Good news: you already have an IP address! It’s insanely cool and I’ve learned a lot in the process. It’s been a blast I’ve set up local domain controllers to mess with for testing scripts, built Linux servers for testing replication to and from SQL Servers and other relational database products, and even set up routing and remote access so that I can remote VPN into my home network for storing and retrieving code I’ve been working on, or even using it to show off proof of concept projects to other people. Lately I’ve been working on building out my home lab to play with things that I’d never even think of setting up and trying in our development environment at work.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |