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In the last few days, I am struggling to get my own domain SSL sorted. Thanks for this tutorial, I am very new to the world of NAS (picked up a DS 920+) and I found a goldmine of NAS knowledge on your site and YouTube channel. This will ensure that you’re always using HTTPS. This is done by mapping each record to the network interfaces IP address.Īfter you create this record and navigate back to your site, everything will work as expected!Īt this time, you can also go to the settings in DSM and Automatically redirect HTTP connections to HTTPS. One way that you can get around this (if your NAS has more than one ethernet port), is by creating a DNS record for one of your network interfaces that is the hostname you configured and a second DNS record for the server name you defined in DSM. It is incredibly important to note that if you create a DNS record for this hostname, you will need to use this hostname when accessing your SMB/NFS shares as well. Before you create this record, you will receive your external IP address. You will also notice that if you run a nslookup command for your hostname, you will receive the internal IP address of your NAS. Create a local DNS entry for the hostname you configured and your NAS’s internal IP address. If it’s not on the left hand side, it will be buried in a setting somewhere.Ģ. NOTE: Pi-hole changes their UI somewhat regularly.
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On the left menu, select Local DNS Records. These instructions are for Pi-hole v5.0 or greater.ġ. If you have a DNS server created, create a local DNS entry for the hostname you configured and your NAS’s internal IP address.
#Setting up devonthink to go with synology how to#
At these links, you can learn how to create a local DNS host file for Windows, Mac OS, or Linux. This option is fine if you only intend on navigating to DSM using the hostname from this specific device. You must be aware that when using this method, you will only be able to access your NAS using its hostname on this specific device. While this isn’t recommended, creating this file will allow your local devices to resolve that domain name to your NAS’s local IP address. The second way is to create a local DNS lookup file on your client device. This even gives you the benefit of network-wide adblocking! I have two different guides up that will walk you through the process of creating a DNS server using Pi-hole on a Synology NAS or a Raspberry Pi.
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The benefit of doing it this way is that all devices will be able to resolve your NAS using that hostname properly. We can accomplish this two ways: the best (in my opinion) way of doing this is by creating a DNS server and creating a local DNS entry. Right now, it’s not working because it’s accessing our external IP address. The key that we need to implement is this: when we navigate to our DDNS hostname, we need to navigate to our NAS’s internal IP address. So at this point, we know that we need to access our NAS by its hostname (that was configured with the certificate) and our HTTPS DSM port. Select configure and change the certificate to your DDNS hostname. We now need to ensure that the certificate we created is being used for our services. Click Apply – this will create your certificate! NOTE: In the Subject Alternative Name section, you can enter one if it exists. Enter your DDNS hostname and email address. If you will be using this as your default certificate (most people will), you can check off the box that says Set as default certificate. Select Get a certificate from Let’s Encrypt. If you don’t have an existing certificate, select Add a new certificate.
#Setting up devonthink to go with synology free#
However, you are free to create a new certificate as well. If you are, you can select replace an existing certificate and select the self-signed certificate. At this point, if you are using your free DDNS hostname, you might already have a self-signed certificate here. Select Add to create a new certificate.Ĥ. Open Control Panel, navigate to Security then Certificate.