Microsoft 70-414: Implementing an Advanced Server Infrast...

Delve into a Windows server 2012 course presentation with a lab layout, covering Windows server 2008, Windows server 2012, hyper-v, and Windows 8 client scenarios for 70-414 exam preparation.

Set up a virtual lab by installing Hyper-V, trial Windows Server images (2012/2008) and Windows clients, and explore System Center components for exam readiness.

Explore system center basics, including managing virtual machines and navigating the ribbon and task panes, while illustrating multiple ways to achieve the same server tasks.

Explore the Microsoft System Center 2012 suite, focusing on Virtual Machine Manager and components, with emphasis on trial access, licensing, data sheets, and ROI for cloud and data center management.

Review the chapter on System Center 2012 infrastructure, covering Hyper-V on Windows 8, with a lab of servers delivered in a variety of ways.

Explore the basics and history of System Center as a data center management tool, covering configuration manager, app controller, orchestrator, DPM, operations manager, service manager, and virtual machine manager.

From small networks to large data centers, virtualization enables more with less and better utilization. Learn how it supports system administration, automation, and shared storage trends like nas and san.

Explore how virtualization and the cloud transform data centers by consolidating servers, leveraging hypervisors, managing memory and storage, and embracing software-defined networking for efficient, scalable infrastructure.

Implement centralized management with system center to handle private or public clouds, leveraging virtualization for storage, rapid provisioning, and data protection across disaster recovery and business continuity.

Explore how System Center provides centralized management, performance, and availability through automation that scales across many machines and integrates with cloud solutions.

Explore the System Center family, focusing on Configuration Manager for deployment, inventory, and remote administration, and introduce App Controller for application-centric self-service in private cloud and hosted scenarios.

Orchestrate automated workflows across System Center family by defining runbooks, integrating DPM for continuous data protection, and using Operations Manager to monitor, remediate, and optimize Windows, Linux, and Unix environments.

Configure, manage, and deploy virtual machines with a centralized, cross-platform VM manager. It scales to hundreds of hosts and thousands of guests, supporting Hyper-V, bare metal, private clouds, and Citrix.

Explore setting up Hyper-V hosts and clusters in Virtual Machine Manager, connect to localhost, use the fabric workspace, run discovery with Active Directory queries, and monitor deployment jobs.

Troubleshoot virtual machine agent installation by checking firewall, permissions, and the administrative share. Add the VM host in VM Manager and review its status and storage warnings.

Explore how System Center enables centralized administration from a single server to many, deploying servers and clients, with endpoint protection, and coordinating VMM, orchestrator, and management tools.

Dive into the virtual machine manager, examining the library, console roles, and security, and learn to deploy using templates for virtual machines across infrastructure with high availability considerations.

Explore discovery, image capture, and physical-to-virtual deployment across Hyper-V, VMware ESX, and Citrix environments. Manage hosts, clusters, templates, and app centric access with centralized role-based control.

Explore Virtual Machine Manager within System Center, using the administration console and self-service portal integrated with Active Directory to manage templates, quotas, hosts, virtual machines, and SQL server components.

Explore how the Virtual Machine Manager architecture links the management server, console, and self-service portal with a virtualization fabric that connects vCenter, Hyper-V, and Citrix hosts.

Use the management console to organize hosts and host groups and configure administrators. Automate placement, power, and storage with fabric-based rules, centralizing libraries and shares for scalable access.

Discover how the library server stores iso images, templates, os and hardware profiles, scripts, and packages, refreshes contents hourly, and serves as a repository for building, updating, and evaluating machines.

Discover virtual machine management roles from full administrators to read-only and delegated admins. Configure scope, self-service users, and security controls using PowerShell or the portal.

Explore security in server infrastructure, covering encryption keys, Active Directory integration, ADSI Edit permissions, and credential-based run-as accounts within library and host groups.

Explore how to set up host groups in virtual machine manager, configure dynamic optimization and power optimization rules, and tailor placement and migration schedules to balance load.

Set up and configure a library share using SMB, add a library server, and review PowerShell scripts that automate library resource deployment, including considerations for local vs remote repository.

Assign the library to a host group so vm members reference it from now on, then configure host group properties and dynamic optimization, and copy files between library servers.

Explore the VSM library to organize resources, move files, and pull components, while learning to control a virtual machine by role and admin level in System Center.

Learn to deploy virtual machines and guests in Server 2012, with pre-deployment planning, templates, and delegation strategies to assemble robust virtualization infrastructure.

Plan virtual machine deployment by evaluating hardware, software, licensing for hypervisor and VDI, address pricing changes, and assess application compatibility and driver requirements for virtualization.

Plan vm deployment with focus on availability, access, and downtime management, using discovery tools like map and mdt to evaluate virtualization options from Virtual Server 2005 to Hyper-V 2012.

Explore the virtual machine servicing tool (VSM) alongside MDT for deployment, and learn how VHDL storage, patch updates, and virtualization enable efficient, secure server management.

Configure virtual hard drives and back-end storage options, including physical disks, pass-through disks, SCSI, Fibre Channel, and JBOD, then create hardware profiles and templates for deployment.

Learn to build reusable server templates by pairing hardware and guest OS profiles with domain, product keys, and roles, enabling consistent deployments of specific configurations.

Explore how to design repeatable web service deployments using templates and libraries, define hardware profiles, manage instances, dependencies, services, releases, and versions, and reference library components from templates.

Deploy virtual machines using service accounts and templates, scaling from single to multi‑VM setups across on‑premises and cloud environments, with growing IaaS and SaaS opportunities.

Explore physical-to-virtual (P2V) conversion with VM M in Hyper-V, creating VHDL disk images, configuring hardware identity, decommissioning the physical server, and bringing the VM online.

Perform virtual-to-virtual conversions into Hyper-V to consolidate VMware environments, using a read-only copy to transfer VM properties like name, memory, disk, and bus assignment.

Explore diverse delegation models and System Center roles, from self-service and fabric admins to run books and automation, and design scalable access control and approval processes for VM management.

Explore pre-deployment gathering, information planning, and in-depth discovery of your infrastructure and environment, then start deploying by standing up a guest VM using profiles and templates.

Create a Georgia web guest OS profile in library workspace, configure identity, administrator password, time zone, and 64-bit Windows Server 2012. Join the domain to deploy Georgia warehouse web servers.

Create and configure a hardware profile for a Windows Server deployment, setting compatibility and Hyper-V options, allocating processor and memory, and wiring network adapters to a VM network via PowerShell.

Design and deploy a single-machine web service template using the vm ems service template designer, configure vm and hardware profiles, validate, and deploy the vm.

Configure a web service deployment to GA hosts using a deployment service and templates within a virtual network. Build hardware, service, and VM templates to enable remote deployment.

Plan virtual machine deployments at scale by using templates, profiles, and delegation, and apply discovery, monitoring, and automation—while leveraging PowerShell to deploy VMs.

Explore networking and storage fundamentals for advanced server infrastructure, focusing on hard drives, virtual hard drives, iSCSI storage, and essential networking concepts.

Explore data storage concepts in a 2012 server context, covering storage spaces, data duplication, virtual disks, iSCSI and fiber channel, SMB 3.0, high I/O performance, and redundancy considerations.

Explore virtual hard disks in Hyper-V, compare dynamic and fixed disks, and understand differencing and pass-through disks, snapshots, and volume shadow copies in enterprise storage.

Explore SMB 3.0 in Windows Server 2012 and Hyper-V, covering file sharing, VHD and VHDX storage, multi-channel SMB, remote direct memory access, encryption, and VSS integration.

Explore iSCSI and SMB 3.0 concepts, including initiators and targets, IP-based storage traffic, and the target server role for block storage, diskless boot, and secure high-availability SANs.

Examine how virtualization, storage, and networks interconnect hosts and clusters, secure them via Pnyx, configure virtual switches and network interface card teaming, and manage replica, boot, migration, and backup traffic.

Explore storage and networking concepts with hands-on demos: configure iSCSI target setups, group drives, and demonstrate virtual networks, virtual switches, NICs, and NIC teaming on the demonstration server.

Configure storage and networking scenarios by installing the iSCSI target server role in Windows server manager, then set up a storage pool using the configured iSCSI target.

Initialize disks and create a storage pool, configure a thin-provisioned virtual disk from three disks, choose parity or simple options, and assign an NTFS volume with a drive letter.

Create and configure iSCSI virtual disks, assign targets, set IP addresses, enable authentication, and configure initiators on the host machine.

Configure storage by setting up ice Gazi targets and an initiator, initialize disks, create and format a volume, and attach it to a VM storage pool.

Create a Georgia office logical network with network virtualization, enable dhcp guard and router guard, then define a native port profile and GA logical switch to complete the setup.

Configure a virtual network with Hyper-V virtualization to connect GA warehouse application servers and the Fed Up shipping partner across shared VM subnets.

Create and configure a virtual machine with a blank disk, attach it to the VM network, and implement network virtualization with a logical switch and subnets for a shipping server.

Learn to manage enterprise updates with WSUS and System Center, covering basics, deployment to clients and servers, and integration with virtual server scenarios and a setup demo.

Explore how Windows Server Update Services integrate with System Center Configuration Manager to centrally manage updates across diverse locations, using upstream and downstream servers, language packs, and automated approvals.

Explore the updates process as a workflow, from downloading and selecting operating systems and languages to assessing, testing, and staged deployments with pilot groups, including critical or zero-day updates.

Assess hardware and storage needs, including a 1.4 GHz processor, 2 GB RAM, and disk space beyond minimums, with local, SAN, or remote storage and Windows internal database.

Explore server management options for Windows servers, using GUI or PowerShell to automate, review, assign to groups, approve updates, and schedule deployments, centralizing control at the server level.

Explore how System Center delivers end-to-end enterprise management by centralizing deployment, monitoring, and reporting, with enhanced update controls, hardware management, and cloud integration via Windows Intune and System Center Essentials.

Explore System Center's virtualization in server 2012, set day-to-day baselines by server type, and use cluster updating and the vm servicing tool to keep VHDL library templates current.

Demonstrates installing WSUS and integrating it with System Center, then explores downstream and upstream communication and approval workflows on demo servers.

Configure a WSUS update server in a VM and create a server baseline from the update catalog. Demonstrate deploying a replica WSUS with Server Manager and post deployment configuration tasks.

Configure a WSUS update server as a replica of an upstream WSUS server behind a firewall, then synchronize, approve Windows 8 critical updates, and monitor downstream propagation.

Set up a downstream WSUS replica, configure languages and products, and manually synchronize to monitor updates, capturing 96 new updates and 82 critical ones.

Understand how WSUS integrates with System Center to manage updates across physical and virtual environments, across server 2008/2012 and hybrid deployments, and how to update your EMS.

Establish a robust monitoring system with baselines and alert notifications to detect deviations, leveraging Server Manager and Operations Manager in Windows Server 2012.

Learn to monitor Windows Server with Event Viewer, Task Manager, alerts and subscriptions, and data collector sets, gaining advance warning through real-time and historical performance data.

Group and monitor multiple servers from a single view using built-in tools like event viewer, task manager, resource monitor, and BPA to baseline and optimize server roles.

Explore virtual machine manager jobs, including status, starts, restarts, cancels, and filtering; learn how moving a VM between hosts creates steps and how Microsoft simplified these tasks with wizard-like features.

Explore virtualization in Server 2012, including how to monitor resources and performance across physical and virtual hosts and virtual machines, using built-in automatic tools.

Operations Manager acts as the management server and gateway, with collectors, forwarders, a reporting data warehouse, and a web console, with no operational database.

Explore management packs in System Center Operations Manager, discovering object discovery, monitoring, and rules that trigger alerts, remediation, and tasks, with knowledge base, overrides, and customization.

Learn to shift from canned reports to proactive notifications by configuring channels, subscribers, and subscriptions that deliver timely alerts when issues arise.

Explore how the virtual machine manager integrates with Operations Manager to monitor hosts and virtual machines, collect events and performance data, and provide centralized enterprise monitoring and capacity insights.

Learn performance and resource optimization for virtual machines and hosts, using monitoring, automated remediation, and intelligent placement to improve server health and efficiency across multi-machine configurations.

Learn to monitor single systems using Microsoft tools, perform BPA scans in server manager, and review performance alerts and remote monitoring options with operations manager.

Set up a data collector set in performance monitor using the system resources template to capture CPU, memory, disk, and network metrics. Schedule weekdays at 7 a.m. for 15 minutes.

Explore performance monitor and data collector sets to assess server resources, generate reports, and monitor a remote server with server manager, including event subscriptions and log readers.

Set up Microsoft Operations Manager, run the discovery wizard to add Windows servers, verify services, and configure global management server settings for pending manual agent installations.

Install and verify the System Center Operations Manager agent on domain controllers and servers. Approve pending management and import SQL Server and library management packs to enable monitoring.

Switch to monitoring by creating a management pack, configuring health and availability overrides for SQL Server instances, and setting thresholds, timeouts, and smtp notifications for Operations Manager and subscribers.

Set up and manage subscribers and alert channels in operations manager monitoring, schedule notifications by day and time, and filter by criteria such as specific severity like critical.

Explore how operations manager and System Center automate alerts and remediation across virtualized environments, moving beyond basic monitoring to integrated performance optimization with measurement packs, notifications, and interoperability.

Explore high availability in failover clustering, review its components and Windows Server 2012 features, and explain quorum in virtual clusters, followed by a demonstration.

Boost high availability by deploying redundant servers, networks, and failover strategies to sustain uptime and minimize downtime. Implement disaster recovery and business continuity with seamless failover across multiple nodes.

Identify high-availability system components: nodes and clusters with shared storage, such as SAN or LUNs, clients and resources, services, and the network and heartbeat connections linking servers and storage.

Explore five Server 2012 features: scalable clustering, cluster shared volumes with SMB 3.0, and tighter Active Directory integration with read-only domain controllers, plus improved management via a wizard and PowerShell.

Explore high availability and clustering concepts by routing internal and external clients through a virtual IP to multiple web servers, with back-end storage and virtualization considerations.

Explore cluster shared volumes that allow concurrent access with granular locking, reducing LUNs and hardware dependency while improving efficiency and resiliency by enabling live fixes.

Explore how quorum determines when a system can continue operating during node failures by using votes from nodes, witnesses, and different majority configurations to enable failover and failback.

Explore failover and clustering across subnets with virtual adapters and IPv6, including UDP unicast versus broadcast. Compare storage failover options with iSCSI, SAS, and Fibre Channel for single-cluster setups.

Explore how failover cluster designs deliver high availability by using host clustering, guest clustering, and load-balanced virtual machines across cluster nodes, with virtual IP and shared storage.

Deploy a high-availability cluster with storage clustering, live migration, and multi-site failover, ensuring identical hardware and software, same roles, features, and network prerequisites.

Learn to monitor Windows server environments using Microsoft monitoring tools and Operations Manager, including BPA scans, performance alerts, and firewall considerations for file and printer sharing over SMB.

Explore roles and features to see what's installed on your server, configure alerts and event forwarding, and launch System Center 2012 Operations Manager to monitor failover clustering in an enterprise.

Grasp high availability by understanding quorum, minimum votes, and how fail over and fail back work in Server 2012. Recognize cluster components, nodes, stores, and naming conventions for exam questions.

Explore high availability in network services, focusing on network load balancing, basic network functionality, Server 2012 enhancements, and deployment considerations in virtual environments.

Show how core network load balancing in Windows distributes traffic across multiple web servers behind a single virtual IP to scale capacity, contrasting with DNS round robin.

Explore network load balancing fundamentals for virtual IPs and clustered IPs, enabling scalable, high-availability server farms through unicast or multicast configurations, heartbeat monitoring, and automatic node rejoin.

Explore new network load balancing features in Server 2012 driven by PowerShell, including 35 new commands for managing NLB clusters and nodes.

Configure port rules and affinity to distribute traffic across hosts, while setting host parameters such as dedicated IP, mask, and class to manage single or multi-host setups.

Plan both physical and virtual networking for a cluster, design how virtual machines communicate via unicast or multicast, and separate node, cluster, and management traffic across dedicated interfaces.

Lock down ports with least priority firewall rules between the cluster and the NLB, configure interface traffic rules, and set up an NLB cluster for high availability with SSL certificates.

Enable nic teaming in server manager to create a two-adapter high-availability network for file services. Explore iSCSI scenarios and team properties, including load balancing and switch dependency options for redundancy.

Configure network high availability by setting up NIC teaming, assigning static and DHCP IP addresses, and enabling iSCSI and multipath IO to manage disks on a server.

Configure multipath iSCSI targets, reboot, then create a storage pool with five disks, add a DFS parity virtual disk, format NTFS, and name the volume DFS.

Set up and validate a highly available file storage solution using NIC teaming, with DNS support, and test failover by simulating network disconnects to ensure access to files remains uninterrupted.

Explore intelligent traffic balancing with network load balancing using mathematical algorithms and VIP-based routing to nodes on Windows Server 2012. Plan and secure high availability with NLB and file services.