- How does lync for mac autodiscover work android#
- How does lync for mac autodiscover work Offline#
- How does lync for mac autodiscover work free#
How do I fix Autodiscover problems?įollow the steps below to resolve the autodiscover related issues.
How does lync for mac autodiscover work Offline#
Once that connection has been made, it also helps Outlook access Exchange Server features such as the offline address book and unified messaging. Introduced in Exchange Server 2007, the primary purpose of the Exchange Autodiscover service is to establish initial connections to Exchange user mailboxes. This allows Outlook to discover the Exchange mailbox settings so that users don’t have to deal with manually configuring advanced settings. How does autodiscover work in exchange online?Įxchange automatically creates at installation the virtual directory autodiscover in IIS, the frontend Client Access services web site that clients connect to.
What client uses EAS to connect to Exchange?.What is Exchange Autodiscover used for?.How does autodiscover work in exchange online?.When the SSL and redirect are in place, Autodiscover lookups to the root domain will not fail the HTTPS connection, and will be redirected to your Exchange server instead. Some web hosts provide a control panel to allow you to configure redirects yourself. Configuring the redirect itself will depend on the type of web server your site is running on. On the web server, configure a redirect for all requests to the /Autodiscover virtual directory to be redirected to the instead (where “” is your domain name).
How does lync for mac autodiscover work free#
Another alternative is to use Cloudflare to get free SSL for your website (this doesn’t require you to move the website itself to a different server). Some even use Lets Encrypt to provide free SSL for customers. Depending on the web host this may involve an extra cost and potentially a static IP, although most good web hosts these days will let you enable SSL at no additional cost. This will involve adding an SSL certificate, which you may need to purchase if the web host can’t arrange it for you. To fix this situation, some changes on the web server are required. In the example above, a device connecting over HTTPS to “” will see a certificate of “”, and the HTTPS connection will not be successful. This is very common when shared hosting is used to host multiple websites for different domains. This can occur when the root domain resolves to a web server (which is normally where it resolves to) that has HTTPS enabled and listening, but has an SSL certificate installed that doesn’t match the root domain name that the device is trying to connect to. As long as the Autodiscover CNAME or SRV record is implemented (or both), the client will successfully connect to Autodiscover and the device or application is configured correctly.īut, for a random assortment of devices and applications, the root domain failure is interpreted as a complete Autodiscover failure, and the user is prompted to manually configure server details. Now, most clients will handle that root domain lookup failure gracefully, and (just like the Remote Connectivity Analyzer does) move on to the next Autodiscover method. But that’s the behavior, so we need to deal with it. The root domain lookup makes absolutely no sense to me, since no customer I’ve ever dealt with has their root domain resolving in DNS to their Exchange server where the Autodiscover service is available. You can see this behavior by running the ActiveSync Autodiscover test using the Remote Connectivity Analyzer.
a user of will mean an Autodiscover attempt is sent to. When clients use Autodiscover to locate server configuration details, the first attempt is usually to try the root domain for the user’s email address, e.g. When the mobile device begins the Autodiscover process, it will often fail and prompt the user to manually configure their device settings.