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As the table shows, encryption is the default in many situations. Hub Transport to Hub Transport is encrypted by default using the Exchange server s certificate. If no machine certificates are available for your Exchange server, the system will use self-signed certificates for encrypting the communication. The same is true for Hub Transport to Edge Transport communication. If clients such as Windows Messaging directly communicate with the Hub Transport server, the only encryption possible is TLS over SMTP.

Available in vertex shader versions:

The Client Access Server role manages all client requests and communicates directly with the Mailbox role. Therefore it is best practice not to separate Mailbox and Client Access Server roles with a firewall but instead to keep them in the same network. Remember, Microsoft doesn t support a firewall being placed between Client Access and Mailbox servers. Table 3-11 describes which ports are required for services or data paths to and from the Client Access Server role.

389/TCP/UDP (LDAP), 3268/TCP (LDAP GC), 88/TCP/UDP (Kerberos), 53/TCP/UDP (DNS), 135/TCP (RPC Netlogon) 80/TCP or 443/TCP (SSL)

public class MyActionInvoker : ControllerActionInvoker { private static readonly ControllerDescriptorCache _staticDescriptorCache; private ControllerDescriptorCache _instanceDescriptorCache; static MyActionInvoker() { _staticDescriptorCache = new ControllerDescriptorCache(); } internal ControllerDescriptorCache MyDescriptorCache { get { if (this._instanceDescriptorCache == null) this._instanceDescriptorCache = _staticDescriptorCache; return this._instanceDescriptorCache; } set { this._instanceDescriptorCache = value; } }

Autodiscover service, Availability service, Outlook Web App (OWA), Outlook Anywhere, Exchange ActiveSync, Client Access server to Client Access server for Exchange ActiveSync and OWA Client Access server to Client Access server for Exchange Web Services (EWS) POP3 IMAP4 Client Access server to Unified Messaging server Client Access server to Exchange Server 2010 Mailbox server

443/TCP (SSL)

110/TCP (TLS) or 995/TCP (SSL) 143/TCP (TLS) or 993/TCP (SSL) 5060/TCP, 5061/TCP, 5062/TCP + a dynamic port 135/TCP (RPC) + dynamic ports

action requested is not necessarily a segment of the URL, and the method that runs in response is not necessarily a public method on the matching controller class. This is only the default behavior, and it is fully customizable.

Client Access server to a Mailbox server that is running Exchange Server 2003 or before Client Access server to Client Access server (POP3) Client Access server to Client Access server (IMAP4)

Available in pixel shader versions:

80/TCP, 443/TCP (SSL)

995 (SSL) 993 (SSL)

Controller and action descriptors are governed by a custom action invoker. As mentioned, you can set a custom invoker either in the constructor of a common base controller class or using a controller factory. The effect is the same; the choice is up to you. If you already have a base controller class, you can just instantiate the invoker in the controller class constructor. Of course, inheriting from the base class is a necessary condition to take advantage of the new invoker. Alternately, you can set up a controller factory and set the invoker there. In this case, you get the benefits of the new invoker with no further effort of your own. Here s what you need when you opt for a custom factory:

When a Client Access server proxies POP3 requests to another Client Access server, the communication occurs over port 995/TCP, regardless of whether the connecting client uses POP3 and requests TLS or connects on port 995/TCP using SSL. The same applies to IMAP4 connections where Client Access Server always uses port 993/TCP to proxy requests.

2003 server, it is a best practice to use Kerberos authentication (disable NTLM and Basic authentication) and configure OWa to use forms-based authentication.

protected override IController GetControllerInstance( RequestContext requestContext, Type controllerType) { if (controllerType == null) return null; // Instantiate the controller via IoC var controller = AppContext.Container.Resolve(controllerType) as IController; if (controller == null) return null; // Attach the new invoker via IoC controller.ActionInvoker = AppContext.Container.Resolve<IActionInvoker>(); return controller; }

The Unified Messaging server role is used to play voice messages to users using a IP gateway or a IP PBX (Private Branch eXchange). This server role communicates to all other server roles and is always placed in the organization s internal network. Table 3-12 explains which ports are required for services or data paths to and from the Unified Messaging server role.

389/TCP/UDP (LDAP), 3268/TCP (LDAP GC), 88/TCP/UDP (Kerberos), 53/TCP/UDP (DNS), 135/TCP (RPC Netlogon) 135/TCP (RPC) 25/TCP (TLS)

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