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Deploy A Quick Vpn Alternative For Mac
Many secure servers within the Stanford University network do require the use of VPN. There is no published list of these servers, but it is easy to quickly determine whether the server/system you are attempting to connect to requires VPN with this simple test: try performing daily duties without the VPN enabled. If you cannot access a service, enable the VPN and try again.
Following are quick outlines of how to setup Jamf Pro Policies and Profiles for specific tasks. These should be used as a guideline only! As always TEST policies on a small group of devices before deploying them to an entire Group or Site.
Printers are either very trivial or overly complex to deploy on macOS depending on who made the printer and what features need to be supported. The most reliable method is not the default printer setup provided by Jamf Pro.Jamf provides printer mapping not printer creation.
In this guide I will have a look at an easy way to deploy device certificates to modern cloud managed clients. Even without an Microsoft on-premises PKI your devices will get device certificates. These certificates can be used for Wi-Fi authentication for example.
Normally if you want to deploy certificates to mobile devices you are looking at the Simple Certificate Enrollment Protocol (SCEP). To configure this you need to follow this guide Configure and use SCEP certificates with Intune which is fairly long and even takes about 30 min. to read. It involves various on-premises components like AD, CA, NDES Server, Microsoft Intune Certificate Connector and an Azure AD Application Proxy or WAP. A typical setup would look like this:
Microsoft Intune allows third-party certificate authorities (CA) to issue and validate certificates using the Simple Certificate Enrollment Protocol (SCEP). SCEPman is a fully unattended Certificate Authority using Azure Key Vault for Microsoft Intune based device certificate deployment. (UPDATE: with SCEPman 1.3 user certificates are supported in a limited fashion) SCEPman is a .net core C# based Azure Web App providing the SCEP and Intune API. It uses an Azure Key Vault based Root CA and certificate signing. No other component is involved, neither a database nor any other stateful storage except the Azure Key Vault. That said, SCEPman will not need any backup procedures.
However, if for whatever reason an alternative CA key material shall be used it is possible to replace this CA key and certificate with your own in Azure Key Vault. For example, if you want to use a Sub CA certificate signed by an existing internal Root CA.
To get continuous updates for SCEPman you can point a configuration variable to the maintained GitHub repository of SCEPman. During every restart the Azure Web App will do a check and a copy deployment if necessary. To configure this, go to SCEPman in Azure AD > App services > scepman- and click on Configuration:
Second, we need to create a SCEP certificate profile to deploy the device certificates. To fill the properties of the SCEP certificate profile we need the SCEP Server URL. The base SCEP Server URL can be found on the Overview of the App Service of SCEPman:
As you can see the device certificate is issued to a GUID and this GUID is the device ID of the Azure AD device object. Same principle and properties like Microsoft is deploying the MS-Organization-Access certificate to the device:
If you want to deploy Android Enterprise Work Profile and SCEP profiles for certificate usage with Wi-Fi, you should use the SAN attributes UPN in the SCEP profile otherwise Android will not find successfully the certificate for Wi-Fi usage. It is important to use the domain part of your logon user of the Company Portal:
SCEPman is available in two different editions. If you consider a large scale enterprise deployment with professional support and maybe load balanced service you should consider to use the paid SCEPman Enterprise Edition.
sorry for the delay, there was/is an error with the Marketplace publishing right now. It is addressed and should be fixed soon. For the time being you can deploy the solution via the Enterprise Guide (use this link: -configuration/deployment-options/enterprise-deployment) which simply uses the Azure ARM template. On the mentioned guide you will find a Deploy to Azure button. The Browser should be in logged into your target tenant. The end result is similar, you simply have to provide some more info during deployment. Let me know if you have issues and I will help out.
The UCSF VPN web portal is your alternative method for accessing UCSF applications when you are on a non-UCSF computer and you cannot download or install local Pulse Secure VPN client. See VPN Web Portal for more details.
Important: The web VPN portal is only an alternative tool to access limited internal resources and does not provide the same full functionality and access as the locally installed Pulse Secure VPN client. We recommend installing Pulse Secure VPN client via software.ucsf.edu on nonpublic computers you use for UCSF work whenever possible. This is a one-time install.
Atlas VPN performed better than every other free Mac VPN in our speed tests. Connecting from the UK to the nearest server, our speeds dropped from 100Mbps to 97Mbps. This meant we could download files almost as quickly as without the VPN.
One way to accomplish this is to set up your own VPN server, as an alternative to relying on a commercial VPN service. The following tutorial explains how to deploy the Algo VPN software bundle on DigitalOcean (the link includes my referral code). I like using DigitalOcean for this purpose because it offers virtual machines (VMs) for as little as $4 per month; also, I find it easier to use than other cloud services. 2ff7e9595c
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