#WORK REMOTELY HOW TO#

With Azure Virtual Desktop, you can set up a scalable and flexible environment in your Azure subscription without the need to run any additional gateway servers. For example, Azure Virtual Desktop (AVD) is a desktop and app virtualization service that runs in Azure. For more information, see Struggling to cater to work from home needs? Here is where Azure Virtual WAN can help.Īnother way to support a remote workforce is to deploy a Virtual Desktop Infrastructure (VDI) hosted in your Azure virtual network, secured with an Azure Firewall.

For more information, see Work remotely using Azure Bastion.įor aggregating large-scale VPN connection, to support any-to-any connections between resources in different on-premises global locations, in different regional hub and spoke virtual networks, and to optimize utilization of multiple home broadband networks you can use Azure Virtual WAN. To access your resources deployed in Azure, remote developers could use Azure Bastion solution, instead of VPN connection to get secure shell access (RDP or SSH) without requiring public IPs on the VMs being accessed. For more information, see Transition to OpenVPN protocol or IKEv2 from SSTP.

To get a higher number of connections, we suggest transitioning to OpenVPN or IKEv2. If you are using Secure Sockets Tunneling Protocol (SSTP), the number of concurrent connections is limited to 128.

#WORK REMOTELY HOW TO#

For more information, see How to enable users to work remotely. Using the Azure VPN gateway you can scale your employee's connections to securely access both your Azure deployed resources and your on-premises resources. Enable employees to work remotelyĪzure VPN gateway supports both Point-to-Site (P2S) and Site-to-Site (S2S) VPN connections. The traffic attraction behavior of the Microsoft network helps off loading traffic as soon as possible from the first/last mile networks that may experience congestion during periods of peak utilization. Using the Azure networking features described below leverages the traffic attraction behavior of the Microsoft global network to provide a better customer networking experience. To provide optimal performance for different types of traffic, the Microsoft network attracts all the traffic that is destined to- or wanting to transit through- its resources as close as possible to the origin of the traffic. The Microsoft network is designed to meet the requirements and provide optimal performance for different types of network traffic including delay sensitive multimedia traffic for Skype and Teams, CDN, real-time big data analysis, Azure storage, Bing, and Xbox. Microsoft's network has been designed for high availability that can withstand different types of failure: from a single network element failure to failure of an entire region. Also, Microsoft maintains and operates one of the worlds' largest networks. Sharing our best practices - Azure network is designed for elasticity and high-availabilityĪzure is designed to withstand sudden changes in the utilization of the resources and can greatly help during periods of peak utilization. The former traffic must be routed via the most optimal network path with higher quality of service whereas it is acceptable to route the later traffic via sub-optimal route. Whereas, replication of the same traffic between storages is not delay sensitive.

For example, real-time tele-medecine traffic of doctor-patient interaction is of high importance and delay/jitter sensitive. Network planners can help ease the bottlenecks and alleviate the network congestion by keeping in mind that different traffic types need different network treatment priorities and by some smart load redirection/distribution. The bottlenecks are commonly reported only in home broadband networks and VPN gateways of on-premises networks of corporations. Not all networks (for example, private WAN and corporate core networks) experience congestion from peak remote worker load. Provide connectivity to remote locations across the globe.Provide reliable-secure connectivity to more employees of their company and customers.Address an increase in network utilization.Network architects are faced with the following challenges: This article describes the options that are available to organizations to set up remote access for their users or to supplement their existing solutions with additional capacity during periods of peak utilization. This article describes how you can leverage Azure networking services, Microsoft network, and the Azure partner ecosystem to work remotely and mitigate network issues that you might be facing because of the COVID-19 crisis.