![]() UPDATE 2: Based on a clue from the answer by rahul jain, I tried a quick test using an instance based on the previous Minimal Ubuntu LTS release. I wonder if there is something different in how Ubuntu handles the communication that requires a different setting than any other OS that has worked. Since this failed login is for the initial login attempt to the default user, I cannot login as a different user and poke around inside or change the instance. I've also tried creating a second instance to check if there was some fluke or mistake about making the first instance, but there was no difference. The error message itself indicates that it did see the recommended login username of "ubuntu" (and I even tried other usernames that are sometimes used for AWS instance logins such as ec2-user, admin, root, but those didn't work either). Nor does it seem feasible that it could be any of the other common elements that have been working for other instances. I've looked through some of the other questions that have to do with "Server refused our key", but this isn't a problem with the key pair itself, since it works with many other instances. No supported authentication methods available (server sent: publickey) The instance is seen, but the attempt to login fails for the Ubuntu instance only. Therefore, it does not seem to be plausible that the problem is an incorrect WinSCP configuration (unless I should be using something other than "ubuntu" as the default username). In WinSCP, I can clone working WinSCP configurations from other instances and then (after adjusting the new site for the changed "Host name" and using the suggested login username of "ubuntu") I can try to connect just like I would for the others that worked. Therefore, it does not seem to be plausible that any of those choices are at fault. All of those instances with other OSs have succeeded using a particular combination of I have been successful connecting with WinSCP to a variety of instances, including Amazon Linux, Rocky Linux, SUSE, and CentOS 6, 7, and 8. Select the type of ID addresses you want to be imported and click ➔ at the top right.I have been using Amazon EC2 instances in AWS.Select whether you want to import EC2 or Lightsail servers.Provide access key ID and secret access key.In the Region field, specify your AWS region (e.g.Create a new group in Termius and in the group's properties enable Cloud Sync.You'll see the access key ID and secret access key required for enabling the import in Termius. Click 'Next: Review' to see the choices you made up to this point and then 'Create user'.Click 'Next: Tags' and add the user's metadata.To do so, click 'Attach existing policies directly' and check 'ReadOnlyAccess'. In the 'Set permissions' section, specify the new users's permissions. ![]() Provide a name for the new user and check 'Access key - Programmatic access'.In the navigation pane, choose 'Users' and then 'Add users'.Sign in to the AWS Management Console and then open IAM console.Note: AWS integration is not available in the Starter (free) plan. Enable import of your AWS connections to a group.The access key ID and secret access key you'll receive will be used by Termius to interact with AWS. In AWS Management Console, add a user with programmatic access and read-only permissions using the documentation or short instructions below.To connect Termius to your AWS cloud, you need to: Once you add or remove a server in AWS or change a server's details, a host entry will appear, disappear or be updated in Termius.įor each of the servers in AWS, Termius imports the following data: DNS name (imported as label), private or public IP address (imported as address) and tags. This integration involves secure import of EC2 and Lightsail servers to a group in Termius which automatically updates to reflect the changes in your AWS environment. Termius for Windows, macOS, and Linux allows you to integrate your AWS cloud with Termius.
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