70-662: Deploying Microsoft Exchange Server 2010

Explore network infrastructure for exchange, covering DHCP, DNS, and Active Directory concepts like user accounts and group policy, then prepare for installation with editions, licensing, server roles, and cloud options.

Establish the network infrastructure required to support exchange deployment, including active directory domain services, dns, dhcp, ip, and a timesink.

Understand Active Directory as the core of your network, defining user and computer accounts, security data, and the schema, with Group Policy guiding Outlook deployment and browser settings.

Explore Active Directory infrastructure, including forest, domains, and domain trees, and explain the schema and Exchange-specific object attributes like email addresses and mailbox location, with trust and namespace concepts.

Explore Active Directory topology by distinguishing physical sites and logical structures, and learn how site-to-site routing and hub transport servers govern email flow within a forest with multiple domains.

Define trust relationships that enable machine-to-machine communications and affect login and mail access across domains. Explain transitive, shortcut, forest, external, and realm trusts in Active Directory and Exchange contexts.

Explore Active Directory components like domains, forests, trees, and the common schema, and examine how trusts, domain controllers, and global catalogs support Exchange access and mailbox delivery.

Learn how domain administrators manage user and computer accounts in a common security database, organize them into organizational units, and understand the domain tree and shared DNS namespace.

Forests in Active Directory share a common schema and transitive trust, enabling domains to work together, with a schema defining objects and attributes, such as user accounts and mailbox locations.

Explore how trust relationships enable cross-domain authentication and sharing in Active Directory, detailing transitive forest trusts and the creation of direct and shortcut trusts.

Explain how the global catalog server benefits Active Directory and Exchange by acting as a subset index of objects, including mail-enabled and mailbox-enabled items, for locating mailboxes and delivering mail.

Define sites as well-connected IP locations and explain how Active Directory and Exchange use sites to control replication, mail delivery, and hub transport servers, with 10 Mbps minimum per link.

Explore how Active Directory replication shares domain-based and configuration-based information, including the schema, between domain controllers.

Explore how Active Directory partitions, especially the domain partition, replicate to all domain controllers and enable Exchange to locate and configure email recipients.

Explore the Active Directory configuration partition that stores Exchange information, site topology, and applications, replicated forest-wide to all domain controllers, and contrast it with the domain partition.

Explore Active Directory schema partitions, including object types and attributes, and understand why a single forest schema is replicated across all domain controllers for your Exchange organization.

Explain the application partition in Active Directory, which stores application-specific data and replicates it to all domain controllers across the forest alongside the other partition.

Prepare Active Directory for Exchange Server by granting domain administrator, enterprise administrator, and schema administrator rights, running setup.com with /prepare Active Directory, and updating the schema and Exchange security groups.

Explore how network based services underpin Active Directory and Exchange, with DNS discovery, site aware routing, DHC IP configuration, and time servers maintaining domain controllers and mailboxes.

Explore DNS records for Exchange, including SRV, A, and PTR records, showing how they locate services, map names to IP addresses, and support reverse lookups with manual or automatic updates.

Learn about DNS zones, including Active Directory integrated, primary and secondary zones, and stub zones, and how they enable internal Outlook autodiscover and external SMTP delivery for Exchange.

Understand how dynamic host configuration protocol assigns IPs and configures clients, integrates with DNS, and updates DNS on behalf of clients; learn ipconfig /release and /renew to refresh IP settings.

Explore the role of time servers in Kerberos authentication, affecting domain services and email, with defaults at the PDC emulator, and learn to track them using net time or w32tm.

Discover how dns requirements for exchange 2010 rely on mx records and service records to locate domain controllers and external mail servers and host records for internal servers.

Prepare Active Directory for Exchange Server 2010 by pre-populating user attributes and security groups, setting the organization name, and provisioning the schema and permissions.

Compare exchange server 2010 editions and licensing, detailing standard vs enterprise for mailbox databases, up to five databases in standard, and implications for ADG replication and CALs.

learn about exchange server roles such as hub transport, mailbox, edge transport, client access, and unified messaging, and how they enable mail delivery, mailbox access, and voice over ip integration.

Explore the expanded server roles in Exchange 2010, including hub transport for internal mail flow and policy compliance. The mailbox service hosts databases, address policies, and offline address books.

Place edge transport in the perimeter network to manage internet-based mail flow, perform anti-spam and anti-virus functions, apply transport rules and address rewriting, and keep it separate from Active Directory.

Deploy standard organization deployments by using two servers with overlapping roles, two domain controllers per domain, two mailbox servers for automatic failover, and an edge transport server at the perimeter.

Deploy a complex organization with at least two domain controllers and global catalog servers for each domain across sites, and configure multiple exchange servers per site for redundancy.

Plan hardware beyond the minimum, use 8 to 24 cores with half the cores for the mailbox server, and allocate no less than 8 gig of memory.

Explore how to integrate Exchange Server with online services such as Exchange Online and Office 365, enabling cloud hosting, mailbox migrations, and coexistence with on-premises mailboxes.

Understand the infrastructure requirements for Exchange Server 2010, including the Active Directory schema and forest, the schema master role, and minimum domain and forest functional levels.

Ensure dns can resolve global catalog servers, locate domain controllers, and find other exchange servers, using simple ip address to name resolution.

Ensure 64-bit Windows Server 2008/2008 R2 with Active Directory tools and .NET Framework 3.5 SP1, plus PowerShell 2.0, for a generic Exchange 2010 install and Net TCP Port Sharing.

Install Exchange server after preparing Active Directory and schema; the setup copies files locally, runs readiness checks, selects typical or custom installation, configures roles, and launches the Exchange Management Console.

Watch a step-by-step install of a second Exchange server, covering hub transport, client access, mailbox roles, management tools, prerequisites, and health collection to verify organizational health.

Learn unattended installation options for Exchange server, covering install, upgrade, uninstall, and recover modes; configure roles, the server admin, server name, and delegated Exchange computer account.

Back up a fresh Exchange server, then install critical updates via the Exchange setup and Windows Update, reboot as needed, and take point-in-time snapshots before and after updates.

Prepare for deploying Microsoft Exchange by understanding network infrastructure and Active Directory basics, including DNS, DHCP, IP addresses, sites, and the use of unattended switches for branch-office deployments.

Deploy and manage the mailbox server, mailboxes, and recipients in Exchange Server 2010, covering redundancy, disk space, and public folders, with SharePoint's rising role.

Navigate the Exchange Management Console, the graphical tool for managing Exchange server post-install, across organization, server, recipients, and toolbox branches, with PowerShell for advanced tasks beyond the graphical user interface.

Explore the Exchange management console in a fresh environment, navigate organization, server, and recipient scopes, create mailboxes, configure mail flow and policies, and preview health insights via best practices analyzer.

Exchange management shell cmdlets use verb-noun pairs with a singular noun and a hyphen, such as get-user. Pipes filter output while the verb changes and the noun stays the same.

Master command pipelines by chaining multiple cmdlets with the pipeline character to filter and sort users, based on mailbox, server, group membership, and name prefixes.

Explore the basics of the Exchange management shell, running simple get mailbox and get user commands, formatting output, and enabling mailboxes with Active Directory filters.

Navigate the exchange control panel within the outlook web app to manage account details, out of office messages, password changes, mobile devices, groups, and safe senders.

Secure the server, create and configure databases, set up public folders, manage recipients, and configure the online address book to make Exchange functional for clients.

Configure and migrate mailbox data by using the Exchange management console to move mailbox databases and user mailboxes, understanding dismounting requirements, move requests, and maintenance options.

Learn to harden a Windows-based Exchange server by controlling physical access and Exchange-specific server- and organizational-level permissions, reducing the attack surface through service minimization, firewall, and IP filtering.

Create mailbox databases and a public folder database in Exchange Server using the management wizard or PowerShell. Mount databases and review replication and properties to understand organization-wide setup.

Configure public folders in Exchange Server 2010, noting their diminishing role as SharePoint expands, and manage company-wide contacts and calendars via the Exchange Management Shell.

Explore public folders in the exchange management console, learning to dismount and mount the company share, configure 24/7 online maintenance, replication intervals, storage limits, and 14-day item retention.

Explore the public folder toolbox, configure replication schedules and referrals, and manage public folders via the public folder management console and Outlook interfaces.

Configure recipients by creating mailbox-enabled users and assigning them to a mailbox database on a server. Add mailboxes for existing Active Directory users or new users.

Configure the offline address book to provide a global address list offline for outlook clients using public folders. Remember the online address book updates every 24 hours.

Understand how mailbox databases write changes to transaction logs, and why configuring log locations improves reliability and performance while enabling multiple copies across servers.

Learn about database file types, including checkpoint files, current and archived transaction logs, and reserved logs. See how tempdb and temp log serve as workspaces, with logs cleaned during backups.

Manage exchange database file types, including logfile prefixes and the edb mailbox database, emphasizing temporary test writes, emergency storage when disks fill, dismounts, and planning mailbox databases for users.

Understand how inbound messages update mailbox databases through transactions, transaction logs, memory cache, and checkpoints that enable rollback.

Explore storage improvements in Exchange Server 2010, including new mailbox database schema, continuous database compaction, and compression, while balancing disk I/O, redundancy, and failover requirements.

Explore physical disk options from s.c.s (serial attached scuzzy) to solid state disks and assess RAID configurations (JBOD, 0, 1, 5, 6, 10) with parity, hot spare, and rebuild implications.

Explore direct attached storage as a low-cost disk system physically connected to the server, with RAID configurations; assess per-server scalability challenges and data resilience.

Public folder replication copies content between Exchange servers to improve redundancy and efficiency, delivering data closer to users across sites and reducing bandwidth usage.

Describe how clients access public folders via site links, using defined costs to select the lowest-cost route when contents are replicated across servers.

Configure public folder replication across two servers by creating matching public folders in each database, then enable replication and verify via Outlook and Outlook Web App.

Directs MAPI clients to the public folder database or the site with a copy. If none, redirects to an Exchange server for replication on 2010 mailbox server, Outlook Web Access.

Learn how resource mailboxes manage rooms and equipment in Exchange, enabling calendar-based meeting planning with invites, location assignment, and automatic, non-double-booking resource booking.

Create external mail users with Active Directory credentials who, without mailboxes, automatically forward messages to external addresses and appear in address lists as pass-through accounts.

Create and manage an e-mail contact as an external recipient with a public-facing record, enabling lookup by address and sending messages outside the exchange environment, without Active Directory logon credentials.

Mail-enabled security groups in Active Directory fuse security permissions with email distribution by expanding emails to all group members, while distribution groups remain mail-only and cannot be security-enabled.

Explore the types of mail-enabled distribution groups—universal security groups, universal distribution groups, and dynamic distribution groups. Dynamic groups leverage recipient filters to auto update as active directory properties change.

Discover how distribution groups function as public or moderated groups in Exchange Server 2010, with end users able to create public groups and group managers approve or reject messages.

Explore distribution group configuration options, including maximum message size, who can send to the group, and visibility, then apply moderation and membership approval to balance security and accessibility.

Explore linked mailboxes in Exchange, linking a mailbox to a user in another forest through forest trust, enabling a user to own mailboxes in both domains.

Move mailboxes in Exchange 2010 without downtime using move request or graphical user interface, filtering by department or location to relocate for space, upgrades, or corruption fixes.

Learn how to create and configure resource mailboxes for rooms or equipment, set booking policies, and enable automatic calendar management to reflect real-time resource availability.

Define who can schedule and the booking hours. Display meeting details on the resource calendar and enable the calendar attendant to auto update and accept requests.

Discover how resource scheduling uses automatic processing with all book in, all request in, and optional delegates for manual approvals via the booking attendant or calendar attendant.

Learn how to create a resource mailbox, including a conference room and equipment mailbox, in Exchange, and configure resource booking attendants, policies, and permissions using the Exchange Management Shell.

Create email address policies for distribution groups by defining recipient scope filters across recipient types, including exchange mailboxes, external addresses, mail-enabled contacts, and resources, with AD or custom attribute filters.

Demonstrate configuring e-mail address policies, adding accepted domains, and creating address formats like first name dot last name or alias to give users multiple e-mail addresses.

Offline address book copies to the local drive, enabling Outlook to search addresses in cache and offline mode, reducing bandwidth while providing access to the Global Address List.

Explore options for deploying address books, with web-based distribution using http for Outlook 2007+ and older versions relying on public folders.

Deploy and manage Microsoft Exchange Server 2010 by rolling out client access server roles, enabling auto discover service, certificates, POP, IMAP, and Outlook Web App for reliable delivery.

Explore how client access servers replace 2003 front end servers, centralize mailbox routing for internal and external users, and redirect client connections within seconds when mailboxes move.

Deploy client access servers in the same active directory site as mailbox servers to ensure fast connections to mailboxes and domain controllers. Consider single-server or multi-server arrays for load balancing.

Deploy client access servers as a server with all roles, a dedicated server, or a server array, on mailbox servers that are AG members; this does not provide high availability.

Configure organization-wide client access settings in Exchange 2010, including Outlook Web App policies, ActiveSync controls, address list visibility, and public versus private computer options.

Secure a client access server with certificates and SSL, then configure authentication options including integrated Windows authentication, digest, and forms-based authentication for the web app and control panel.

Deploy an application layer firewall as the SSL endpoint, offloading decryption and pre-authenticating traffic with certificates for active sync, and forwarding to Exchange via publishing rules.

Assess internal versus public certificate authorities for client access server certificates, implement subject alternate names or wildcard certificates, disable unused protocols, and configure a self-signed certificate on client access server.

Explore pop3 and imap4 options for exchange server deployment. Learn how pop downloads messages and imap preserves folders, and how to configure client access server bindings, authentication, and retrieval settings.

Configure the client access server for internet access by setting external names and DNS, configuring virtual directories, SSL with SANs, and auto discover for Outlook.

Explore how the client access server now performs more tasks in Exchange 2010, with services offloaded from other roles; plan a 1:4 to 3:4 client access to mailbox server ratio.

Learn how the Autodiscover service provides Outlook 2007 and later with automatic configuration by delivering an XML file after the client sends an HTTP POST to the client access server.

Configure autodiscover from the exchange management shell, not the GUI; plan server affinity for multi site deployments, configure DNS records for external clients, and test with Outlook's e-mail configuration feature.

Learn how the availability service provides free busy information to Outlook 2007 and later and Outlook web app. See how client access servers determine mailbox location to enable meeting planning.

Create and deploy mail tips that inform users about message delivery before sending, using default and custom tips from the client access server, including mailbox unavailable and out of office.

Configure mail tips in Exchange 2010 using PowerShell and the Exchange Management Shell, adjust organization and distribution group settings, and verify tips appear for internal and external recipients.

Outlook Anywhere delivers the full Outlook experience when not connected to the network, across Outlook, web app, and mobile, using a HEG P.S. connection with cache mode for offline access.

Enable Outlook Anywhere for VPN-free client access, and verify auto discover on the Exchange server using PowerShell and the management console, including the external hostname and authentication settings.

Verify network connectivity and Outlook configuration, then diagnose DNS name resolution, server availability, and certificate validity to troubleshoot Exchange client connectivity.

Outlook web app provides full web-based access to all exchange mailbox components. Experience matches desktop Outlook and includes features not in 2007, like the exchange control panel.

Explore SSL-based server certificates, authentication, and segmentation settings for the Outlook Web App, then configure ZIP compression and web beckoning to securely manage access and attachments.

Learn to control file and data access in the Outlook Web App, including attachments, opening versus saving to local drives, and link versus download access on SharePoint and internal networks.

Configure Outlook Web App with SSL bindings and certificates, and manage internal and external URLs, while using filter options to control web beacons for privacy.

ActiveSync uses https to sync messages between mobile devices and Exchange, caching data locally; unlike Outlook Anywhere, mobile devices aren’t domain members, and BlackBerry BES adds vendor-specific support.

An active sync client on a smartphone connects to the client access server; if local, it reaches mailbox server, otherwise it routes to the other client access server and mailbox.

Enable Exchange ActiveSync security options to protect roaming data on lost devices, using remote wipe, self-service MDM, SSL enforcement for ActiveSync, and root certificate deployment.

Explore the Exchange Server client access role, handling all incoming connections, address book services, and user experience, with guidance on configuration, security, firewalls, and auto discover.

Master how the simple mail transfer protocol handles local, remote, inbound, and outbound mail flows, enabling internet-based mail delivery and configuration in Exchange Server 2010.

Explain how SMTP forms a one-way connection from an outgoing mail server to a recipient's server and configure receive and send connectors (port, listening IP, remote IP) for mail flow.

Change the default message flow in Exchange by configuring hub transport, hub sites, routing costs, and expansion servers to control site-to-site, internet, and perimeter delivery.

Explore smtp e-mail security options for inbound mail, including preventing relay and controlling who can send or receive. Implement network and client-side encryption with S/MIME and digital signatures.

Configure smtp security by securing receive connectors with authentication and tls for known sources, and create a secure connector limited to trusted ips 10.10.10.10, testing with telnet and mail from.

Secure mail between domains with mutual authentication; generate TLS certificates, import them on the edge transport server, and configure inbound and outbound domain security.

Configure domain security with Active Directory context by importing the certificate to transport servers, securing outbound and inbound mail, and coordinating with the partner domain, then test the mail flow.

Explore configuring domain security on the edge transport server by inspecting default certificates, using the certificates snap-in, and enabling mutual authentication with hub transport and receive connectors.

Explore how s/mime uses digital signatures to authenticate senders, ensure non-repudiation and data integrity, and encrypt emails so only the intended recipient can read them.

Track how a message moves from outbox to submission queue, through pick up directory and store driver, then via mail submission service to hub transport for delivery.

Explain routing messages within an Exchange organization, from the sender’s e-mail client through the mailbox server and client access server, with MAPI clients and multiple Exchange versions.

Explore how the mail submission service detects a pending message, locates a hub transport server, and submits a new message notification to the store driver for delivery.

The store driver on the hub transport server retrieves messages from the mailbox server role using MAPI, moving messages from the outbox to sent items after submission to the queue.

Route messages from your exchange organization to the internet by resolving MX records, allowing the edge transport server to connect to the remote SMTP connector and deliver mail.

Explore how transport dumpster provides shadow redundancy by queuing messages on hub transport servers, resending on failover, and deleting only after delivery verification, reducing hardware needs and bandwidth.

Configure shadow redundancy in Exchange 2010 using the Exchange management shell. Enable or disable shadow redundancy, adjust heartbeat timeouts, and manage accept shadow and send shadow rights with PowerShell commands.

Configure hub transport servers by setting server-specific options, authoritative domains, email address policies, postmaster mailbox, and Internet message flow with granular administrative permissions.

Remote domains define which domains the Exchange server accepts mail from and classify them as authoritative, external relay, or internal relay, keeping relaying off by default to prevent spam.

Learn how to configure accepted domains and remote domains in Exchange, including creating authoritative internal and external namespaces, MX records, address policies, and handling out-of-office and remote domain settings.

Explore how back pressure in Exchange Server uses normal, medium, and high levels to control mail flow, accepting from authoritative domains and rejecting non-authoritative connections, stopping traffic at high.

deploy edge transport server in the perimeter network to clean internet mail with anti-virus and anti-spam policies, delivering to hub transport inside the Active Directory domain, with address rewriting.

The edge transport role cannot be deployed with other service roles and must be outside Active Directory domain; run on an edge server in a perimeter network to clean traffic.

Configure the edge transport server with a fully qualified domain name that matches your exchange organization, keep firewall ports minimal, and ensure DNS resolves the internet MX record.

Learn how AD LDS on an edge transport server provides the necessary directory information for Exchange 2010, including forest schema, configuration, and recipient data.

Synchronize Active Directory information to edge transport servers using edge synchronization, simplifying edge transport configuration by sharing recipients and filtering rules, initiated and configured by hub transport servers.

Clone edge transport configurations to quickly deploy multiple servers using export and import scripts. Validate configurations with an Excel export and an answer file in XML during import.

Understand that edge subscription settings and certificates cannot be cloned, and learn how edge sync reconciles conflicts and replication intervals for configuration, Active Directory data, and recipient configuration are set.

Secure the edge transport server by hardening the operating system with the security configuration wizard, disabling unneeded services, enforcing password policies, and properly configuring firewalls and antivirus.

Explore antivirus features for exchange server deployments, highlighting Forefront protection, compatibility in mixed environments, transport agents that filter and scan messages, and antivirus stamping after scanning.

Forefront protection can be deployed on edge, hub, or mailbox servers, providing farm protection across three roles; plan the number and type of scan engines to meet your organization's needs.

Implement defense in depth by scanning messages at multiple stages—from edge to mailbox to client workstation—apply rules, enforce antivirus updates, and use multiple engines for layered protection.

The lecture shows how Exchange Server 2010 applies spam filters, including connection filtering with IP allow/block lists, sender checks, and content filtering with safe senders and spam score thresholds.

Turning on sender id filtering can reject or delete messages, issue non-delivery reports by default, or stamp the result to indicate spam, continuing processing.

Sender reputation filtering analyzes recent emails and sender history to rate messages, using reverse DNS checks and DNS records (MX) to verify the sending source and flag discrepancies.

Configure anti-spam options in the Exchange transport server using the anti-spam tab, including content filtering, keyword handling, IP allow/deny lists, and sender reputation checks.

Explore message transport across hub and edge servers, perimeter networks, and internal domain security, focusing on protocols, encryption, routing options, redundancy, hardening, and defense in depth.

Inspect role-based authentication, role groups, and permissions across Exchange server and edge transport. Identify security risks and design secure configurations, including internet and internal access with policy compliance.

Learn role based access control (RBAC) in Exchange 2010 by defining per-command permissions via shell commands, applying roles to all Exchange management tools, and moving away from Active Directory permissions.

Explore role based access control options for administrator and end-user levels. End users can perform limited tasks via the exchange control panel, such as creating distribution groups and viewing mailboxes.

Create a management role group, assign a mailbox as the role holder, and configure RBAC components to control what the help desk can run within exchange server permissions.

Explore built-in management role groups in an exchange organization, including organization view, recipient management, unified messaging, and discovery management, to create or modify mailbox-based users, add aliases, and search mailboxes.

Explore built-in management role groups, including records management for compliance with retention tags and classifications, plus server management, delegated setup, and mailbox and public folder management.

Explore how built-in role groups and role-based authentication govern permissions in Exchange Server 2010, including recipient management, read-only access, and mailbox move operations via management console and shell.

Identify missing capabilities beyond default groups, then create and configure a custom role group to delegate specific management roles and scope using the management shell.

Learn to configure custom role groups in Exchange by creating a management scope, recipient routes, and a role group with permissions for public relations mailboxes, using the Exchange management shell.

Explore management role assignment policies in Exchange Server 2010 to assign permissions for mailbox and distribution group management, and learn how roles and policies determine permissible commands.

Modify the default management role assignment policies in Exchange by adding or removing roles, create new default policies, and assign them to specific mailboxes using the Exchange management shell.

Manage permissions on edge transport servers by using a local Administrators group, delegating tasks for backup, view message queues, and configuration, while leveraging Active Directory LDS to access needed objects.

Harden the operating system to protect Exchange Server environments from common security risks. Assess phishing, viruses, insecure clients, mobile devices, and internet-facing servers to safeguard credentials and data.

Hardening the server is essential before Exchange; apply up-to-date Windows, Exchange, Office, and antivirus updates, and use the Best Practices Analyzer (SBP) to audit and reduce the attack surface.

Lock down internet access components to protect Exchange servers by configuring VPN, firewall, and reverse proxy settings, and manage messaging clients by enabling or disabling IMAP and POP3.

Secure client-to-internet email by configuring firewall ports, such as port 25, enabling edge transport to talk to internal Active Directory, and protecting the client with antivirus.

Identify common firewall port assignments for web and mail traffic, including http port 80, https 443, pop3 110 and 995, imap 143 and 993, and smtp 25 and 587.

Configure Exchange to require ssl for all client access, including virtual directories, validate server certificates from authorities, enable needed methods, and secure traffic with vpn and an application layer firewall.

Secure SMTP client connections by enabling TLS/SSL, configure the client receive connector to port 587 on the hub transport server, and disable anonymous relay to prevent email relaying.

A reverse proxy terminates internet connections at the proxy, inspects traffic contents and filters by application, protocol, and port, while enabling SSL bridging and load balancing across multiple servers.

Use messaging policy and compliance to manage email across the network, restrict message flow by keywords or tags, retain copies, and search messages across all mailboxes.

Identify which governing compliance items apply to your organization and implement Exchange 2010 email practices to satisfy acts like HIPAA, Sarbanes-Oxley Act, graham leach blindly act, and the terrorism act.

Explore compliance examples that restrict data leaving the organization, address archiving and retention timelines, and include legal disclosures and intellectual property notices in outgoing emails.

Enforce exchange messaging policies with transport rules across hub and edge servers, govern mail flow, and integrate rights management, journaling, and retention with personal archives replacing pst files.

Configure hub transport servers to restrict message flow on a site-to-site basis, applying different rules per hub transport server, with all rules processed for compliance.

Configure transport rules for an edge transport server, stored in Active Directory LDS, with each edge server maintaining its own unique rule set for inbound and outbound mail.

Identify messages in transit with transport rule conditions that inspect headers, recipients, or senders, apply actions and exceptions, and respect no limits on conditions per rule.

Explore transport rule components in Exchange Server 2010, focusing on configuring conditions and actions such as dropping, redirecting, archiving, or adding disclaimers to messages, with exceptions.

Exceptions exclude emails from actions when criteria say the message should be acted on, overriding conditions. They look exactly like conditions and can target groups such as the marketing group.

Configure transport rules on the hub transport server to apply a disclaimer, define conditions and actions, and manage exceptions for messages inside and outside the domain.

Apply message classifications as labels such as private or confidential, and manage them via administrative tasks—view, modify, or create classifications—with transport rules and Outlook Web App support.

explains AD RMS rights management integrated with active directory to restrict actions on emails and documents, using the AD RMS server, rights-aware applications, active directory services, and SQL Server.

Explore how AD RMS uses a client licensor certificate and publishing license to encrypt, protect, and enforce access rights on documents, with server verification and license delivery.

Integrate active directory rights management with Exchange Server 2010 to protect messages and preauthorize access, including offline Outlook, using templates for Outlook protection and transport rules.

Configure moderated transport in Microsoft Exchange Server 2010 to require approval before delivery to recipients or distribution groups, using transport rules to filter and approve messages.

Explore message journaling and messaging records management by configuring automatic copies of messages to journal mailboxes or external addresses for retention. Understand per-database and per-recipient journaling and CAL options.

Configure message journaling in exchange server 2010 by creating an organization-level hub transport journal rule, selecting scope internal or all messages, and routing journal reports to a mailbox.

Enable multi mailbox searches for a customer service group to locate content across all mailboxes. Perform the discovery search via Exchange Control Panel or Outlook Web App with discovery permissions.

Configure multi mailbox search with the exchange control panel, leveraging the discovery management group and mailbox permissions to search across mailboxes and store results in the discovery search mailbox.

Explore retention tags and policies for Exchange Server 2010, applying tags to default folders like inbox and deleted items, defining retention periods, expiration actions, and personal and default policy tags.

Discover auto tagging in Exchange Server 2010, which learns from how users tag messages to apply retention tags after 500 messages; admins can enable, disable, and monitor it.

Create, manage, and apply settings to managed folders in user mailboxes, including default and custom folders, configuring retention periods, expiration actions, and journal settings under managed folder policies.

Plan with users to specify which folders receive managed content settings before applying them. Create and apply a mailbox policy through the managed folder assistant and schedule warnings and deadlines.

Demonstrates creating a managed custom folder for a training project, configuring content settings and a 731-day retention policy, then applying a managed folder mailbox policy to selected mailboxes and Outlook.

Journal rules automatically archive messages to another mailbox, while personal archives add a second mailbox in the same database for long-term storage, accessible and searchable in Outlook.

Configure personal archives in the Exchange management console, enable archival for a mailbox, and set quotas with warnings. Understand automatic pass-through and archive visibility in Outlook and Outlook web app.

Plan storage for personal archives by allocating two mailboxes per user and assessing users. Use raid or replication for redundancy and remove pst files to avoid security and corruption risks.

Master exchange security by hardening the OS, defining role-based access, and safeguarding the edge transport server. Implement defense in depth with anti-spam, anti-virus, firewalls, and compliant retention and message moderation.

Define and analyze high availability for Exchange Server 2010, explore service level agreements, and implement continuous replication, database availability groups, and shadow redundancy to safeguard messages and data.

Analyze high availability concepts for Microsoft Exchange Server 2010, interpret availability percentages from 90% to 99.99%, and assess downtime implications and service level agreements.

Analyze email service availability from three nines upward, converting uptime into annual downtime minutes, and examine how this affects sales and service level agreements.

Define planned and unplanned downtime within a service level agreement to set clear availability for end users and assess how server and router failures affect high availability.

Explore high availability for mailbox servers by configuring database copies across up to 16 servers, enabling automatic failover, lagged copies, and public folder replication.

Achieve high availability for non mailbox Exchange roles by deploying multiple client access, hub transport, and edge transport servers with DNS load balancing, MX records, or round-robin DNS.

A dag groups servers with replicated exchange databases, featuring a master copy and replicas, with Active Manager failover and a configurable lag for recovery across sites.

Operate the active manager on each DAG server to monitor active and passive copies, identify Pam as primary and Samms as secondary, and manage switchover with no admin configuration.

Continuous replication writes email transactions to log files before updating the database, closes the active log, and propagates the logs to passive database copies via the replication service.

Compare mailbox availability options in Exchange 2007 and 2010, detailing local continuous replication, CCR, clustering, VSS backup, and log replay delay to reduce point of failure.

Explore mailbox availability options in Exchange 2007 and 2010, including the transport dumpster, local continuous replication, and automatic database failover across LCR, CCR, and SCC configurations.

Define the dag and create a mailbox server in it, then configure lag copies and parameters; create database copies with a replay lag time and sequence them, enabling automatic failover.

Configure a DAG network to ensure redundancy by using multiple networks: one for replication traffic and another for MAPI traffic, with optional additional replication networks.

Create and configure a database availability group using the management shell and management console, define a witness and a fileshare witness, set the group IP address, and add database copies.

Watch a demo creating a lagged database copy in a DAG using the management shell, setting lag and replay lag times, and blocking auto activation to preserve a three-day lag.

Transport dumpster protects against transaction log loss by tracking messages in the transport queue until logs are replicated to the D-G. It waits until the maximum dumpster size is reached.

Explore shadow redundancy between hub and edge transport servers, delivering messages via a single smtp session, with edge acknowledgement and the shadow queue designating the edge as the shadow server.

Examine shadow redundancy for hub transport servers by routing messages from the edge transport to a third-party SMTP server, and update the discard status upon delivery acknowledgment.

Hub transport servers implement shadow redundancy by querying the edge for discard status, updating delivered messages, and discarding local records after delivery is confirmed across edge and internet SMTP.

explains how hub transport servers implement shadow redundancy by resubmitting undelivered messages to a shadow queue and using an alternate edge when the primary edge cannot be contacted.

Identify the shadow redundancy manager as the core transport server component, managing shadow redundancy, maintaining all primary messages processed by the server, and distributing discard status to shadow servers.

Explore high availability for edge transport servers by using multiple DNS MX records with priority and hardware load balancing for inbound S.A.G. connections to route internet-based mail delivery.

Understand disaster by what you lose, then mitigate with recoverable items folder, deleted item retention, mailbox retention settings, and backups to recover messages, mailboxes, or databases.

Back up Exchange server data regularly, including mailboxes and the full server image, and use the recover server switch to restore databases from backups or a lagged database copy.

Mitigate outages by maintaining public folder replicas on multiple computers, backing up Exchange data and configuration, and recovering Exchange Server 2010 on new hardware using recover server mode.

Mitigate disasters for the edge transport server by ensuring multiple servers, performing backups, and exporting and importing edge config via the Exchange management shell, considering DNS and infrastructure services.

Explore disaster recovery for mailbox servers by using snapshots and point-in-time rollbacks, lagged and live copies, and off-site backups to minimize downtime and data loss.

Learn to recover the mailbox server by restoring the database, mailbox, or single items using the Exchange management shell, and leverage folder and item recovery based on backup level.

Examine exchange backup and restore scenarios, highlighting the value of multiple backups and traditional options like Windows Backup or Backup Exec, plus tapes, USB drives, and storage arrays.

Explore exchange backup strategies, including full online backups, incremental and differential methods, and the role of archive bits and transaction logs. Compare copy, brick-level, and media considerations for disaster recovery.

VSS components: writer, requester, and provider. VSS is a service enabling backup and restore on snapshots; use vssadmin list providers to view shadow copy providers.

Assess the exchange environment, network infrastructure, active directory, software, and hardware to choose a backup solution. Plan full, incremental, and differential backups, including offsite backups and VSS-compatible third-party tools.

Plan backup and resource strategies through the process, define restore and hold policies, set deleted mailbox retention, and explore recovery database and recovery server options.

Learn to recover data with the recovery database by mounting a second mailbox database, restoring from backup to the recovery database, and extracting data as needed.

Implement dial-tone recovery by running Exchange with empty mailbox databases so users can send and receive immediately while a background restore gradually merges data.

Move Exchange 2010 databases between servers using soft recovery, create a destination mailbox database, mount it in the new location, and reconfigure user mailboxes to use the new server.

Explore how to recover Exchange servers by restoring or rebuilding the server in recovery mode, then rejoining the domain and restoring data and configuration from backups.

Monitor Exchange Server 2010 performance by tracking trends and growth, using built-in and third-party tools to meet service level agreements and spot security issues.

Monitor Exchange Server with System Center Operations Manager or Essentials using the Exchange Server Management pack for 2010, and leverage performance and reliability monitor thresholds to trigger alerts.

Analyze Exchange server performance counters by role to monitor processor time, user time, privilege time, and queue length, and assess memory paging for AD and domain controllers.

Explore performance counters for hub and edge transport servers, assessing disk and log activity, transaction log checkpoint depth, and transport queue lengths to monitor mail delivery and identify poison messages.

Assess client access server performance by monitoring memory, processor, and Active Directory queries, plus hard drive responsiveness to transaction logs, and track ASP.NET requests, queue, and failed back-end connections.

Implement change management for exchange server deployments, from on-premises to cloud, and apply the Microsoft Operations Framework to govern processes, backups, and emergency plans.

Plan for software updates within uptime SLAs, balancing reboots against availability. Distinguish updates from hotfixes, apply tested updates, and use hotfixes via support for specific hardware-software combos.

Compare manual Windows Update with automated WSUS deployment. Test updates in a controlled environment, approve and deploy them to clients, configure clients to use the WSUS server, and maintain backups.

Learn to determine the need for hardware upgrades for Exchange Server by monitoring processor, memory, disk, and network counters, and using growth trends to plan upgrades.

Plan and test hardware upgrades in a real test environment, back up everything, validate a backout plan, schedule the install, notify users, monitor progress, and set a new baseline.

Explore troubleshooting tools in Exchange servers, including best practice analyzer, performance and reliability monitors, network monitor, and transport tools like mail flow troubleshooter, message tracker, routing log viewer, and telnet.

Plan a robust exchange deployment by ensuring a healthy network (Active Directory, DHCP, DNS, time sync) and planning mailbox, edge, hub, client access roles and unified communications.