Install remote

Each bundle represents the steps required to install, uninstall and repair particular software. Multiple bundles can be grouped in bundle groups. Export and import bundles to exchange deployment configurations with colleagues. Configure target PCs for deployment operations using flexible options. Target PCs can be filtered by conditions based on the installed OS and software. You can save target configurations as collections to use in deployments.

Audit software installed on the network PCs. The application extracts OS information and Windows Programs and Features data from remote PCs and stores it in a centralized database. You can track software changes and use the software audit data in deployment operations to select target PCs satisfying the software audit conditions. Create preconfigured tasks if you need to execute the same deployment or software audit operations multiple times.

A task includes a configuration of deployed software and target PCs. You can execute tasks manually or schedule them for automatic execution. Latest release: Version 6. This will allow successful installation of these packages. Often warning messages are caused by dependencies failing to install. Features Installers: Install packages with their dependencies. Install from git and subversion repositories.

Install from local files or URLs. Install the dependencies of a local package tree. Install specific package versions from CRAN. Supports Bioconductor packages. See more in the dependencies vignette. Can install itself from GitHub see below. If the user specifies parameters, that can be re-used from the existing configuration they are ignored.

Example: If VPN is already enabled and a user specifies the internal and internet interfaces ,then when installing DA they are ignored and the cmdlets uses the existing VPN interfaces.

Note: This cmdlet cannot be used to move from one DA installation type to another. VPN Installation. Authentication configuration. By default Windows authentication is enabled.

IP address assignment configuration. This command logs in as a test user who is not a domain user or an administrator on the server. This results in the error specifying that DA can only be configured by a user with local administrator permissions.

This command installs DA to allow remote clients to connect to corporate network. This cmdlet searches for Internet interface and Internal interfaces.

If it finds both these interfaces as in this example , the cmdlet configures DA in edge topology. In case the cmdlet does not find a public interface and the DeployNat parameter is not specified, the cmdlet will display the following error.

In the example setup, the DA server has a single network adapter connected to the corporate network named corp.

For a single network adapter behind NAT topology, the InternalInterface and InternetInterface parameters need to be mentioned, or the cmdlet will display an error that an external interface was not found. Runs the cmdlet as a background job. Use this parameter to run commands that take a long time to complete.

Runs the cmdlet in a remote session or on a remote computer. The default is the current session on the local computer. Specifies the names of the client GPO. A domain can be one of the domains deployed in the corporate network. Specifies the IPv4 or IPv6 address, or host name, of the computer on which the remote access server computer specific tasks should be run.

It actually is easy to re-authenticate in the remote session. Create a credential object and pass it into your Invoke-Command. Then use that credential to create a New-PSDrive. I used two tricks in that example that I need to point out if you have not seen them before. The first is splatting where I place arguments into a hashtable and use the operator to pass them to the CmdLet.

The most common solution you will find on-line if you Google the double hop problem is to enable CredSSP. Even Jeffery Snover has an old article recommending it. The general community has moved away from that as a solution because it puts your environment at risk. The issue with CredSSP is that your administrator credential gets cached on the remote system in a way that gives attackers easy access to it. But there is a better solution called Resource-based Kerberos constrained delegation.

This change simplifies delegation by enabling the resource to determine which security principals are allowed to request tickets on behalf of another user. That covers the most common approaches that administrators take to solving this problem. I do have a few more ideas for you to take into consideration. These approaches are outside the scope of this post to go into the implementation details, but I wanted you to be aware of them.

You can use DSC to deploy and install your software. The easy stuff in DSC is very easy and you would learn a lot going down this path.