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Remote desktop apps let you use and control a dev box from almost any device. For your desktop or laptop, you can choose to download the Remote Desktop client for Windows Desktop or Microsoft Remote Desktop for Mac. You can also download a remote desktop app for your mobile device: Microsoft Remote Desktop for iOS or Microsoft Remote Desktop for Android.

You can use a remote desktop client application to access your dev box in Microsoft Dev Box. Remote desktop clients are available for many operating systems and devices, including mobile devices running iOS, iPadOS or Android.

In the Connect with the Remote Desktop Client window, under New to Microsoft Dev Box?, select your platform configuration in the dropdown list: Windows 64 bit, Windows 32 bit, or Windows ARM 64.

Each dev box project is represented as a Workspace in Remote Desktop. When you're working with multiple dev boxes, across multiple projects, you can use Remote Desktop to switch between them. To make a switch, you need to add the subscription URL for each Workspace to Remote Desktop. With the Remote Desktop app, you can subscribe to multiple Workspaces, allowing you to view and connect to all your dev boxes.

To set up your office computer for remote desktop, make a note of the computer name, as it will be needed when configuring the remote connection. Only Windows office computers can be configured to use Microsoft Remote Desktop.

Although Remote Desktop Services (RDS) can be a fast way to enable remote access for employees, there are a number of security challenges that need to be considered before using this as a remote access strategy. One of these challenges is that attackers continue to target the RDP and service, putting corporate networks, systems, and data at risk (e.g., cybercriminals could exploit the protocol to establish a foothold on the network, install ransomware on systems, or take other malicious actions). In addition, there are challenges with being able to configure security for RDP sufficiently, to restrict a cybercriminal from moving laterally and compromising data.

Some of these considerations can be addressed using Microsoft Remote Desktop Services to act as a gateway to grant access to remote desktop systems. The Microsoft Remote Desktop Services gateway uses Secure Sockets Layer (SSL) to encrypt communications and prevents the system hosting the remote desktop protocol services from being directly exposed to the public internet.

Remote Desktop Services can be used for session-based virtualization, virtual desktop infrastructure (VDI), or a combination of these two services. Microsoft RDS can be used to help secure on-premises deployments, cloud deployments, and remote services from various Microsoft partners (e.g., Citrix). Leveraging RDS to connect to on-premises systems enhances security by reducing the exposure of systems directly to the internet. Further guidance on establishing Microsoft RDS can be found in our Remote Desktop Services.

On-premises deployments may still have to consider performance and service accessibility depending on internet connectivity provided through the corporate internet connection, as well as the management and maintenance of systems that remain within the physical network.

Virtual desktop experiences can be enhanced using Windows Virtual Desktop, delivered on Azure. Establishing an environment in Azure simplifies management and offers the ability to scale the virtual desktop and application virtualization services through cloud computing. Leveraging Windows Virtual Desktop foregoes the performance issues associated with on-premises network connections and takes advantage of built-in security and compliance capabilities provided by Azure.

Microsoft documentation on Windows Virtual Desktop offers a tutorial and how-to guide on enabling your Azure tenant for Windows Virtual Desktop and connecting to the virtual desktop environment securely, once it is established.

Considerations for selection and implementation of a remote access solution should always consider the security posture and risk appetite of your organization. Leveraging remote desktop services offers great flexibility by enabling remote workers to have an experience like that of working in the office, while offering some separation from threats on the endpoints (i.e., user devices, both managed and unmanaged by the organization). At the same time, those benefits should be weighed against the potential threats to the corporate infrastructure (network, systems, and thereby data). Regardless of the remote access implementation your organization uses, it is imperative that you implement best practices around protecting identities and minimizing attack surface to ensure new risks are not introduced.

Remote Desktop Protocol (RDP) is a network protocol developed by Microsoft that allows users to remotely access and interact with the graphical user interface of a remote Windows server. RDP works on the client-server model, where an RDP client is installed on a local machine, and an RDP server is installed on the remote server.

RDP is widely used for Windows remote connections, but you can also access and interact with the graphical user interface of a remote Linux server by using a tool like xrdp, an open-source implementation of the RDP server.

In this tutorial, you will install and configure an RDP server using xrdp on a Ubuntu 22.04 server and access it using an RDP client from your local machine. You will understand how to establish access to a remote Linux server by configuring and using an RDP connection.

In this step, you will install and configure a desktop environment on your Ubuntu server. By default, an Ubuntu server comes with a terminal environment only. A desktop environment will need to be installed to access a user interface.

You will be prompted to choose a display manager, which is a program that manages graphical login mechanisms and user sessions. You can select any option from the list of available display managers, but this tutorial will use gdm3.

By default, the username and password parameters are set to ask, which means the user will be prompted to enter their username and password to connect over RDP. Parameters, such as name, username, and password, can be modified if necessary. For the initial RDP connection to the server, the default configuration will suffice.

Next, you will configure your firewall to allow remote connections from your public IP on port 3389. An RDP connection serves on TCP/IP port 3389. To access the remote server over RDP, you must allow port 3389 in your firewall.

Press the Connect button. If you receive an alert that the Remote Desktop can't connect to the remote computer, check that you have turned on the Remote Desktop option in your system settings.

Select y if prompted to complete the installation. This command will install Remmina, an open-source remote desktop client on your Ubuntu system using apt. For other Linux distributions, you can review the Remmina documentation for installation.

Hi, If you are using Windows and want to RDP Ubuntu VM using Hyper V virtualization then please see my detailed answer on askubuntu.com/a/1503875/1751721 The steps are staright forward and no new installation is required.

Hi, thanks for this excellent work.is there a way to always send output to remote/client screen?(sometimes sub-windows open on server screen, instead of desired remote screensteps to repeat - VS-code runs on serversI open vscode on remote/client screen, it opens properly on remote screen then using vs-code I open directory, the directory selector screen open on server.

Hi,Thanks for the subject training materials. I have followed the steps, but still, after connecting from my machine, which is Windows 10, to my remote Ubuntu machine, there is only a black screen.Please let me know if you have any suggestions on how to troubleshoot this issue .

This tutorial will show you how to remotely manipulate your campus systems from a home computer. This setup requires two pieces of software to be installed on the off-campus computer.

Go to your internet browser and type in "what's my IP address" in the search bar. Depending on your browser (in my case, I'm using Google Chrome), you may get the IP address at the top of the search results. Copy the IP address so that you can refer back to it for later steps.

Note: In order to connect remotely to your office computer, you'll need to have Pulse Secure installed. If you do not have it installed, please follow the VPN installation tutorial and then come back to this tutorial to continue the remote desktop set-up.

Open Microsoft Remote Desktop client, located in your Applications folder or you can search it via Spotlight (cmd + space). Then, add a computer by clicking on the "+" icon and then clicking "Add PC".

Note: Your remote desktop will open in Full Screen mode. Hover your mouse to the top left of the screen. The menu bar should appear along with the window options. Click on the green button to make the remote desktop into a window to readjust it as necessary. You can press the green button again to make it full screen.

Microsoft Remote Desktop, also known as RDP, was developed by Microsoft and requires client software on a local device and server software on a remote device to achieve remote connections. Microsoft Remote Desktop also provides an Android version, allowing users to remotely access their computers from Android phones.

Initiating the utilization of Android Microsoft Remote Desktop for remote computer control involves a two-step process. Initially, establish Microsoft Remote Desktop on your computer, ensuring the necessary permissions are in place for remote control. Subsequently, configure Microsoft Remote Desktop on your Android device. Learn how to use Microsoft Remote Desktop on Android with the following comprehensive tutorial.

Step 2. A security dialog will appear when you first connect to a remote server. Make sure to check the Never ask for connections to this PC checkbox before tapping Connect. Enter your Windows login information to access the remote PC.

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