Detailed Report: Deployment and Configuration of Cloud Infrastructure

This report delves into the deployment and configuration of cloud infrastructure using System Center Operations Manager. It begins by outlining the architecture of the Operations Manager, detailing its core components like the management server, agents, database, and reporting services. The report then explains the crucial role of agents in the Operations Manager, emphasizing their functions in data collection, comparison, and alert creation. It further explores various agent deployment methods, including inclusion in images, agent installation from the Operations Console, and manual installation. The report also covers the use of management pack templates to create custom objects and extend monitoring capabilities, providing examples such as OLE DB Data Source and Web Application templates. Furthermore, it describes the infrastructure of the Operations Manager, detailing the management group, management server, gateway server, operational database, and data warehouse database. The report also provides a guide on creating new application models using the Distributed Applications Designer in the Operations console. Finally, the report explains the Application Performance Monitor, specifically the Client-Side Monitoring, and how it presents a real end-user perspective on application health.

Running Header: DEPLOYMENT AND CONFIGURATION OF CLOUD
INFRASTRUCTURE
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Question 1
The architecture of the Operational Manager with the components of the system center
Answer:
After deployment of the Operations Manager it creates a management group. This a simple unit
of operations. The management group comprises of four major components namely;
management server, reporting services, agents and Database.
Management Server: it is the central point for communication with the database and
administration of the controlling group. During the opening the Operations Console and
connecting to management group, it first connects to management server the that particular
administration group. Contingent on the size of the computing background, a single or multiple
management server can be contained in a management group.
Agent: this is a package that is installed on computers. The function of the agent is to compares
sampled data to predefined values, collects data, run responses and creates alerts. Configurations
of an agent are received and distributed by management server on Monitored computers. Each
agent report to a management server in the management group.
Database: Referred as Operational database, it is an SQL Server database that comprises
management group all configurations and store overall checking data that is processed and
gathered for the management group.

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Reporting services: it is listed as Monitoring Agent service on the operations manager agent of a
monitored computer. This monitoring agent executes tasks and gathers data. In the case that the
service cannot connect with the management server it information to, they is a continuation of
the services to run and queuing the gathered information and actions on the monitored computer
disk. Monitoring Agent service forwards gathered information and actions to the management
server when the connection is restored.
Question 2
Why are agents require in operation manager?
Answer:
An agent is a package configured in a computer is referred as an operation manager agent. This
agent has several functions namely collecting data, comparing sampled data to predefined values,
runs response and creates alerts. On monitored computers, management server collects and
distributes set up to agents. In a management group, each agent reports to a management server.
Management server is also known as to the agent's primary server. Information sources are
observed by agents on monitored computers and gather data according to the set up that is
forwarded to and from the management server. In addition, calculation of the monitored objects
and computer on the monitored is done by agents and reports backs the management server. At
the point, when they are a change of the health condition of monitored objects or other
conditions are met then an alert is created by the agent. The alerts make the operator be aware
they something that needs attention. The health information provided about a monitored object to
management to the management server, an updated condition of the health of the machine and

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the agent provide all requests that it hosts. The agent might be configured as a proxy agent. A
network device other than host computer, a proxy agent can forward files to a management
server on behalf of a machine. An example of this is an agent connected on the physical node of
an SQL collection allowed to act as a proxy to monitor the cluster resource. Monitoring of
computers and devices are enabled by devices that agent cannot be installed.
Question 2 b
Explain different methods for agent deployment in OP
Answer:
Installation of system center operation manager agent can be done through one the subsequent
three techniques. Mostly agent installations use a combination of these techniques to install the
various set of computers as suitable.
Inclusion in the image: this method involves a manual installation to a base image that is utilized
for grounding of different machines. Using this method Active Directory amalgamation can be
utilized to allocate the computer management server upon the preliminary startup.
Installation and discovery of at least one agent from the operation console: this method is the
most popular form of setting up technique. Management server should be capable to link with the
processor RPC, and the management server Action Account or additional offered identifications
should have administrative access to the target computer.

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Manual installation: This technique is utilized when an agent is not successfully installed by
both discovery and installation of at least one agents from the operation console or inclusion in
the installation image.
Operations console manages agents such as applying patches, updating agent versions and
designing the management server that the agent reports which are installed by Discovery Wizard.
If an installation of the agent is manual, then updates to the agent should be performed manually.
The Active Directory integration enables assignment of agents to management groups.
Question c
Deploying the agent
Answer:
Operation console can be used to search the environment for manageable objects and
consequently deploy an agent to any object that is monitored. The procedure of searching
environment is referred as discovery. The benefit of utilizing discovery is, lists every
manageable object, comprising any that one might not be aware.
Computers that the management group is already monitoring are not shown in the Discovery
Wizard. When doing a phased rollout in the management group, one can run the wizard to
incorporate new computers to the group. In addition, Discovery Wizard can be used to
incorporate newly installed computers are managed after the initial deployment. One of the
requirements for installation of the agent is when agents are pushed out to computers, System
Center Manager forwards credential with local administrator privilege for that computer.

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When Discovery Wizard is not suitable for the needs (such as, when a list of computers that are
needed to deploy agents), one can have an alternative of manually installing agents on the system
to be administrated. Moreover, in the host image of the monitored computer agents can be
embedded.
Question 3
Explain management pack template
Answer:
The Add Monitoring Wizard and Management Pack templates are utilized to target and create
custom Essentials 2007 objects categories. They allow extending the management capacity of
Essentials 2007. Creation of custom objects by use of Add Monitoring Wizard, monitors, rules,
tasks, discoveries, attributes and observations required to begin monitoring the pertinent objects
are produced spontaneously and extra with the object type to the particular Management Pack. In
Essential 2007 console these are displayed and are administrated just as if they were initially
providing with the Management Pack.
To make it easier generate custom Essential 2007 objects with the Adding Monitoring Wizard,
Essential 2007 provides template similar to object types. This can be compared to Microsoft
Word template that assists to make it easier to create comparable word documents types.
Essential 2007 provides the following template

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OLE DB Data Source: monitoring of the availability of database is achieved by synthetic
transactions, which are generated by this template. The Synthetic Transaction folder of the
Monitoring pane of the Essential 2007 console is the default view for this template.
TCP Port: Availability of services are processed by synthetic transactions which are generated
by this template. The Synthetic Transaction folder of the Monitoring pane of the Essential 2007
console is the default view for this template.
Web Application: Monitors that verify the availability of Web-based application is generated by
this template. Web Application folder of the monitoring pane of Essentials 2007 is the default
view.
Windows service: Monitor that rules the availability of Windows service is generated by this
template. The outcome of these rules and monitors are on the alert and the monitoring pane of
the Essential 2007 console views are stated.
In the management Group, new templates can be added. Such as the adding of ASP.NET
Application and ASP.NET Web Service templates by ASP.NET Management Pack.
Question 4
The infrastructure of the operation manager.
Answer:
The infrastructure of the operation manager comprises the following components

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Management Group: This is a logical entity where all the data and objects are stored in SCOM
environment. When the SCOM environment is installed, a Management Group is typically
created. It can only be hosted on only a single server concentrating roles at the very minimum.
Management Server: This is a central point for communication with the database and
administrating management group. When the Operations console opens it connects to a
management server for the management group. Management Group can consist of single or
multiple management servers contingent on the size of the computing background.
Administrating of the management group configurations, communicating and administrating
agents as well as communicating with the database is the role of the management server.
Gateway Server: Prior to exchange of information between agents and Management Server
operations manager requires mutual authentication to be performed. When the agents are in the
Management Server or DMZ and agents do not lie in equal trust, hence Gateway Server is
needed.
Operational Database: This as a SQL Server database that encompasses storing of all
monitoring data that is gathered and all the configuration data for management processed by the
management group. By a default of seven days, the operational database retains the short-term
data.
Data Warehouse Database: This is an SQL database, which stores alerting and monitoring data
for the purpose of history. The written data to warehouse database is also written to the
Operations Manager database, thus reports always hold current information. Long-term data is
retained by warehouse database. During the reporting role of the Operations Manager role is

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installed, Reporting server, which presents and builds reports from the information in the Data
Warehouse Database, is contained in the management group.
Discovery of Objects
Initial configuration is sent to an agent after Operations Manager connects an agent on the
computer. object discoveries from management packs are included in this initial configuration.
The type of objects is defined by the management packs, such as features and applications that
are censored on computers that have been discovered by Operations Manager. Data is sent by an
agent to the management server detects the instances of discovered objects on the computer. The
agent's elements of the management packs are sent by the management server that applies to the
discovered objects for every computer, like rules and monitors. The health state of the discovered
objects is reflected in the Operations console as Yellow(Warning), Green (Successful or

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Healthy) or Red (Critical or Unhealthy). For example, the agent that applies to windows server
2016 will receive all monitoring logic.
Question 5
How to create new application model using Operations Manager
Answer:
In Operations Manager a Distributed Application is an application that consists several objects.
The objects may be managed by the same agent or on different agents and they may be defined
by various management packs. The function of the distributed programs is to offer a general
health for a program that consists various objects. These distributed application do not offer any
extra checking for the objects in a program. Rather, they consist of objects that are have been
monitored. The association between health objects that are part of a single application is
provided by the value of the distributed application. Creation of distributed application is done
using Distributed Applications Designer in the Operations console.
 To create an application model one needs to first select a Management Pack File
 Select Authoring workspace in the Operations console
 Then right-click on Distributed Application followed by selecting Create a new
distributed application.
 Give a name of the distributed application in the Name box. The name will be displayed
in the Monitoring works area of the Operations console.

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 Select the template for the starting point for the distributed application in the Template
box
 Lastly, select the management pack created in the first step
 Click OK
How to confirm that objects are reversible and healthy
Question 6
Explain application performance monitor
Answer:
Client-Side Monitoring
Client-Side Monitoring also knew as CSM presents a real end-user point on the health of
applications for .NET application as users interact with the application by gathering exception
and performance data from the browser of the users in near real-time. The feature of the Client-
Side Monitoring works by injecting JavaScript into pertinent pages of the application. When
users interact with the application in the browser, the pertinent exception and performance
metrics are forwarded to a Client-Side Monitoring then to Data Warehouse and Operations
Manager Database and other monitoring metric surfaced in the operations console. They are no
possibility of enabling the Client-Side Monitoring only but also enabling Server-Side Monitoring
when running the .NET Application Performance Monitoring template.
Server-Side Monitoring

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The information of resources usage is provided by the Web server metric during the performance
test. The metrics make available useful information on web server bottleneck and its
performance. During the performance, there is a long list of metrics that are generated contingent
on the type of web server. Each kind of the application server got it performance counters based
on the model.
Question 7
Server-Side Monitoring
This involves clicking on Database then select Configuration then select Collectors this is lastly
followed by choosing an existing collector to monitor the database server hardware and click
Edit or select Add to configure a new collector to monitor another hardware hosting database
server.
Update the Environment
After installing and configuring monitoring environment one need to keep updating or making
changes after deployment.
 Replacement of hardware that is no longer reliable and experiencing problems
 An additional hardware is necessary to enhance performance and scalability
 Shifting log file and database to a different volume for the purposes of performance or
space.
 Hardware that is leased and is due to expire should
 In failure scenario one need to replace hardware

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Question 8
Evaluate service manager configurations role user role, and its configurations security,
works items, Incident queues, services offering by performing
Create Group
o The Service Manager support, click Library.
o On the Library sheet, extend Library, and after that click Groups.
o The Tasks sheet, under Groups, click Create Group. The Create Group Wizard begins.
o click Next.
o Another page pop up where one performs the following:
o Give a name to the group being created, for example, Dot Servers.
o The text box in the Description segment, type a portrayal for the gathering. For instance,
type All Dot servers that need to be brought up-to-date.
o In the Management pack, ensure that an unlocked administration pack is chosen. For
instance, click on Service Catalog Generic Incident Request. At that point, click Next.
o Select Add on the Included Members page.
o Click a class, for example, Windows Computer in the Select Objects dialogue box, in the
Filter by a class list.
o The search by name box, type the search criteria that you need to use to find a question,
and after that tap the channel (amplifying glass) button.
o Select at least one item in the Available Objects rundown, and after that snap Add. For
instance, select all the Dot servers in the organization.

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o Confirm that the objects that you chose in the Available Objects list show up in the
Selected object rundown, and after that click OK.
o Included Members page, click Next.
o Alternatively, on the Dynamic individuals page, tap the ellipsis (...) catch to indicate a
sort, for example, Windows Computer, to manufacture the dynamic individuals. Pick any
property you need to fabricate your criteria. For instance, after you indicate the Windows
Computer compose, select the Principal Name property, and afterward click Add. In the
related content box, enter wood grove with the goal that every one of the PCs whose key
name contains this content are incorporated, and afterward click Next.
o Alternatively, on the Subgroups page, click Add, and afterward select the particular
gatherings that you need as subgroups of this gathering. On the off chance that any group
that you need to choose as a subgroup is from an unlocked administration pack, that
subgroup must be from a similar administration pack as the group that you are making.
Snap OK, and after that snap Next.
o Alternatively, on the Excluded Members page, click Add, and afterward select the
particular setup things that you need to prohibit from this gathering. Snap OK, and after
that snap Next.
o On the Summary page, affirm the group settings that you made, and afterward click
Create.
o On the Completion page, ensure that you get the accompanying affirmation message, and
afterward click Close:
o The new group was made effectively.

DEPLOYMENT AND CONFIGURATION OF CLOUD INFRASTRUCTURE 15
Create an indent queue
 Click Submit Request on the Process Manager portal
 Click Administrative Services on the Service Catalog section on the Submit Request.
 Click Manage Incident Service Queues, on the right side of the page
 Click the New Queue on the Active Services Queues page
 Type the name of the services queue in the Service Queue Name in the Create\Edit
Service.
 At this point it is optional step
Click the Search symbol on the right of the Queue Location
Click Select Location
The Queue Location field that appears
 Type the description of the service queue in the Queue Description field
 Adding of the group is done as follows
Click the Search symbol in the Search field Under the Security Group
Membership
Click the Add Select to add the group
This can be repeated to add additional groups
In the group Currently In The Queue the added groups will appear
 Click save after successfully creating the group
 Click close on the Active Service Queues
Question 9
Answer:

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Create customs Operations Manager Resolution status
 Click Administration on the Operations console
 Select Setting
 Double click on Alerts
 Click New on the Alert Resolution States
 Select the Unique ID and click OK after typing the name of the resolution state in the
Add Alert Resolution State.
 Click OK in the Global Management Group Settings
Deploy the Operations Manager Integration Pack
 Select the Operations Manager in the Options menu in the Runbook
 The Connection Entry dialogue box appears after clicking the Add button in the
Connections
 Type the IP address of the running System Center Operations Manager or the name in the
Name box.
 Click the ellipsis button (…) to browser for the domain, select it and then click Add or
type the domain name in the Domain box.
 Type the name of the Username and Password in the credential that the server of the
orchestrator will use to link to the Operations Manager server.
 Accept the default values of ten seconds in Monitoring Intervals\Reconnect and
Monitoring Intervals\Polling or configure the value.
 When the message “Successfully Connect” appears click Test Connection.
 Click OK to close the configuration to close the dialogue box then Finish.

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Question 10 a
Answer:
 Business Continuousness
 More innovation opportunities
 Scalability
 Improved Rapidity To Market
 Enhanced Connectivity
Question 10 b
Answer:
Risks and issues associated with the hybrid cloud solution
Up to now, they have been no mistake alluring of the hybrid cloud to the organizations, the
major risk is associated with its architecture.
Issues of implementing hybrid cloud
Actualizing hybrid cloud framework looks like opening another service center. Nonetheless,
rather than picking numerous ISP and hardware and network equipment of the organization
decision, hybrid cloud needs depending on a cloud supplier
Question 10 c
Answer:

DEPLOYMENT AND CONFIGURATION OF CLOUD INFRASTRUCTURE 18
Security feature of the hybrid cloud computing
Luckily, every one of the hybrid cloud security issues that have been pointed out today has an
answer. The dubious part is to recognize the security needs to be ealrly enough keeping in mind
the end goal to assemble the pieces preceding moving the hybrid system cloud sending into
generation.
These issues comprise the following
 Data encryption
 Data leaks
 Cross-cloud policy management
Data compliance
Question 11
Explain cloud bursting and the issues it has
Answer:
Cloud bursting, in cloud computing, is a configuration that is configured between public cloud
and private cloud to deal with the rise in IT demand. The self-service functionality and flexibility
are the key advantage of cloud computing which is economically saving. When there is a
demand for resources one can only pay for the additional resources no more, also one cannot
spend on additional capacity, you are not using or trying to foresee demand fluctuations and
peaks. An application can be burst to the cloud only when needed to meet peaks demand after

DEPLOYMENT AND CONFIGURATION OF CLOUD INFRASTRUCTURE 19
being applied to the private cloud. Cloud computing can be used to further bear processing
problems by shifting basic applications to the public cloud.
Issues of cloud bursting
The application is not supporting - The issues keep on mounting when endeavoring to cloudburst
applications at the data layer. On the off chance that the application is a relational database that
depends on atomicity, consistency, disconnection, and sturdiness (Acid) in exchanges, cloud
bursting gets considerably hairier.
Infrastructure issue - The main and major issue regarding infrastructure is the hybrid cloud,
which requires a thorough transformation of legacy infrastructure into a private cloud. Also, the
infrastructure is challenging to manage and contain
Hardware issue – Expensive hardware sometime sits idle for a very long period of time.
Traffic issue –many applications contains simulation that generates too much node-to-node
traffic for cloud bursting architecture, they are some instances where these applications stream
data in large volume and hence needs preprocessing.
Question 12
Five advantage to reliably connect to cloud across public internet
Answer
 Saving cost – companies, irrespective of what their kind or extent, be to gain cash while
protection capital and working costs to a minimum.

DEPLOYMENT AND CONFIGURATION OF CLOUD INFRASTRUCTURE 20
 Manageability - IT framework maintenance and updates are dispensed with, as the
service provider keeps up all resources.
 Reliability - Most suppliers proposal a Service Level Agreement, which confirms every
minute of every day throughout the year and 99.99% accessibility.
 Strategic Edge – cloud computing gives an organization a competitive edge in the ever-
increasing computing resources as the time needed for IT procurement is almost zero.
 Availability- In service delivery most cloud providers are extremely reliable where most
of them maintain 99.99% uptime. The employees always have an internet connection
since the connection is always on.

DEPLOYMENT AND CONFIGURATION OF CLOUD INFRASTRUCTURE 21
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