![]() Remember that prior to this enhancement, nodes in a cluster had to be in the same domain. The assumption is that the domains are in completely separate forests and there are no domain trusts in place. Note that for anything where we are joined to two different domains, we mean complete autonomy. Below is a chart with the different combinations. You can have nodes that are not part of a domain at all, or some that are, or some that are joined to completely different domains. ![]() There are several combinations you can have in this configuration. Since the magic is really in Windows and not in SQL Server, you are supported with SQL 2014 since it is supported on Windows Server 2016. That is only because SQL Server 2016 was current when Windows 2016 released. ![]() In other posts and documentation you will see SQL Server 2016 as the requirement. So what about SQL Server? The requirement here is SQL Server 2014 through 2017. If you build or support SQL Server AlwaysOn Failover Cluster Instances or SQL Server AlwaysOn Availability Groups, you should be keeping up with Windows Server and the clustering feature. There is some really cool stuff coming in Windows that is directly applicable to clusters. If you are not part of the Windows Insider program, you should check it out. The keen observer might have caught that "or above" I slipped into that sentence. First we need Windows and the requirement is Windows Server 2016 or above. Okay, now that you have had time to calm down from all the awesomeness, let's talk about the requirements. ![]() It's like SQL is an awesome Ninja Cat riding on a magic unicorn! Why? All the glory belongs to Windows since that is where the magic resides. We hope that these tips will help you next time you're creating an email password or setting up any type of online protection.Īnd in case you would like to learn about more advanced security methods for emails, you can read our email encryption post.First published on MSDN on What is a Domain Independent Cluster?ĭid you know that you can have a Windows cluster that is a domain independent cluster and run a SQL Server Availability Group on top of it? The technology has been around for a while, but a lot of DBAs are not aware of it. Resetting your password is never the hard part, creating a stronger password is, though. It is also a great practice to use password keychains (for example creating a sentence to remember your password by), as they are very secure and you do not risk forgetting your password. Here is an example of a very secure password: D!))PO52U1#YJ The stronger your password is, the harder it will be for someone to crack it. It is a great practice to use both upper-case and lower-case letters, numbers, and sometimes even symbols. You should never choose a password shorter than 15 characters. Short passwords are very easy to remember and you don’t really have to put much thought into them, but in reality, they may just be the easiest passwords to crack! Especially if your password is “pswd321”. ![]() Using your given or family name as a password is also a very bad idea, because there is a big chance that someone has the same name as you. Did you know that these kinds of passwords are the most vulnerable ones? You will be shocked to find out how many people set their passwords as “admin123” or just “password”. Our first passwords always included something very basic, for instance our relative’s name, series of numbers such as 1, our pet’s name, etc. This blog post should help you create a strong password. You have a password for nearly everything, whether it’s a bank or an email account. Nowadays a password isn’t just a combination of words, it’s your security. ![]()
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