Microsoft-PRO Deploying Messaging Solutions with Microsoft Exchange Server 2007 Set 2

You are a messaging professional. Your company deploys both Microsoft Exchange Server 2003 and Microsoft Exchange Server 2007 computers. Client Access Servers are deployed on the company network. Only the Client Access Servers are accessible on the Internet. Users access their Exchange mailboxes on the Internet by using Microsoft Office Outlook Express. All mailboxes for POP3 clients and IMAP4 clients are located on the Exchange Server 2003 back-end servers. You need to ensure that all POP3 and IMAP4 client connections are authenticated and encrypted. What should you do?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2003 messaging system. The company decides to upgrade to a Microsoft Exchange Server 2007 messaging system. A new computer has been purchased for the deployment of the first Mailbox server. The computer has a limited number of high-speed Small Computer System Interface (SCSI) disks. This Mailbox server is expected to have low I/O utilization. You design the storage group layout for the Mailbox server. You need to ensure that the design provides maximum disk space and maintains disk fault tolerance. What should you do?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. The company plans to deploy an Exchange Server 2007 Client Access Server that will be accessible on the Internet. Users often access their mailboxes in Internet cafes by using Microsoft Outlook Web Access (OWA). When users connect through public computers, a security alert is displayed. The company has the following messaging requirements: Users must not receive any security alerts while using OWA on public computers. Authentication credentials must be encrypted when transmitted on the Internet. You need to meet the messaging requirements. What should you do?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. The company has deployed a single Microsoft Active Directory forest that has 11 Active Directory sites and six Active Directory domains. Each domain has 2,500 users. The company has seven Exchange Server 2007 computers at each site. The Exchange Server 2007 computers are managed by local administrators in each site. During a server status review, you discover that security updates are missing from several Exchange Server 2007 computers. You need to recommend a procedure to identify any missing updates on the Exchange Server 2007 computers. What should you recommend?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2003 messaging system. The messaging administrators in your company use their Microsoft Windows XP Service Pack 2 (SP2) computers to run the Exchange Server 2003 SP2 administration tools. The Windows Server administrators in your company use Remote Desktop Connection to manage Microsoft Windows Server 2003 computers. You deploy two Microsoft Exchange Server 2007 computers in the existing Exchange Server 2003 organization. The messaging administrators want to manage the new Exchange Server 2007 computers from their Windows XP SP2 computers. Your company requires that all messaging administrators have access to the Exchange Server Management tools at all times. You need to create a plan that details how to access the appropriate Exchange Server Management tools from the Windows XP SP2 computers. Which actions should you include in the plan?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. Your company has four Mailbox servers named Server1, Server2, Server3, and Server4. The first three servers have two storage groups each. The database in each storage group occupies 230 GB of disk space. Server4 does not host any user mailboxes. All client computers run Microsoft Office Outlook 2007. Mailbox data is backed up to tape media. Restoring a single database to a Mailbox server with active users takes more than 30 minutes. Otherwise, restoring a single database takes less than 30 minutes. The Service Level Agreement (SLA) of the company is changed and has the following new requirements: In the event of a single database failure, users must be able to access all previous e-mail messages within 30 minutes. All mailboxes must be restored within four hours. The recovery process must not affect mailboxes in other databases. You need to create a single database failure recovery plan to meet the SLA requirements. What should you include in the plan?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. The company has a main office and five branch offices. The company has deployed Exchange Server 2007 computers in each office. The legal department personnel in each office send e-mail messages with an A/C Privileged classification. A mailbox named AttorneyCommunications is located on a Mailbox server at the main office. The legal department requires that a copy of all e-mail messages with the message classification of A/C Privileged be sent to the AttorneyCommunications mailbox. You need to meet the outlined requirement. You also need to ensure that the rule deployment minimizes the network bandwidth usage between the offices. What should you do?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. The company has offices in the following locations. Los Angeles (LA), U.S. Tokyo, Japan Occasionally, executives from Tokyo report that business critical e-mail messages to and from the LA office is lost or delayed. The e-mail support personnel state that they address all Exchange system alerts every morning, but the reports from LA are more than 12 hours old. You use Microsoft Operations Manager (MOM) 2005 to report the status of the messaging system. You need to ensure that the support personnel in Tokyo receive the most current information from LA. What should you do?

You are a messaging professional. Your company deploys a single Microsoft Exchange Server 2007 computer that has the following roles installed: Mailbox server Hub Transport server Client Access Server The Exchange organization has five Exchange Server 2003 routing groups. Each routing group has a single direction routing group connector from the Exchange Server 2007 routing group to the respective Exchange Server 2003 routing group. You instruct the Exchange administrators to create connectors from each Exchange Server 2003 routing group to the Exchange Server 2007 routing group during a scheduled change window. The firewall located at each location allows Exchange SMTP traffic between all the Exchange bridgehead servers at each location. The Exchange administrators create routing group connectors by using the Exchange System Manager in Exchange Server 2003 during the scheduled change window. In sites where the routing group connector was manually created, the e-mail messages sent from the Exchange Server 2003 computers are not delivered to the Exchange Server 2007 computers. All Exchange Server 2007 users can send e-mail messages to all other Exchange users. You need to ensure that the messages from the Exchange Server 2003 computers are delivered to the Exchange Server 2007 computers. What should you do?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. One of the Exchange Server 2007 computers has three storage groups. Each storage group contains five databases. The company plans to implement fault tolerance on this Exchange Server 2007 computer. You plan to implement a clustering solution that includes Clustered Continuous Replication (CCR). You need to plan a storage group layout that supports CCR. What should you include in the plan?