These are described in more detail in Working with SSL certificates.Configuring NGINX and NGINX Plus as a Web ServerĬonfigure NGINX and NGINX Plus as a web server, with support for virtual server multi-tenancy, URI and response rewriting, variables, and error handling.

SSL Certificates: SSL Certificates are a way to show that there is a secure connection from your domain to your website.

You can learn more about using a nameserver with Vercel in Working with nameservers. There are three types of nameservers: root nameserver, TLD nameserver, and the authoritative server. They refer to the actual server that maintains and manages the DNS records.

Nameserver: Nameservers are an important part of the DNS.

These are all described in more detail in Working with DNS. Some of the most common record types are: CNAME (Canonical name), A (Address), NS (nameserver), and MX (mail exchange).

DNS records: DNS records are an entry in a database that maps the domain with the IP address, which is then stored on the authoritative server.

There are a number of different settings that you should be aware of: Vercel guides you through exactly what information you need to set, within your Dashboard. This is where, as a developer, you may have to configure the DNS settings to tell the authoritative server exactly where your site lives. Once your browser has the IP address, an HTTP request is made by the browser to the web server located at that IP address.

The authoritative nameserver returns this record to the recursive resolver, which will cache the result and return it to your browser. This TLD server will then respond resolver with details about the authoritative nameserver that has the IP address mapping for stored in an A record.For example, when searching for, once the recursive resolver receives a response from the root nameserver, it will query the. The TLD nameservers store information about domain names that belong to the same TLD.co.uk, etc.), will direct the resolver to the correct TLD server. The root server will look at the domain name, and based on the TLD or top-level domain (.com. These are the servers that will be contacted first. At the entrance to the network are 13 root nameservers.The recursive resolver will query in the following pattern: There is a network of DNS servers, in a hierarchy, located all around the world. If it doesn't, it'll request the IP address from a DNS server. The resolver will check its cache first to see if it already has the IP address. The recursive resolver acts as a middleman between the browser and DNS server and is used to increase the speed and efficiency of the resolution process. Your browser initiates a DNS query through a server known as a recursive resolver, usually provided by your ISP or a third-party.

If it does, it will request the site from that address. Your browser will first check its local DNS cache to see if it knows the IP address of.

Rules for compressing ipv6 addresses