In general, it can be said that SCCM or System Center Configuration Manager is a product of Windows which enables administrators in an institution or organization for managing the security and deployment of applications and devices throughout the enterprise. SCCM is commonly utilized by administrators for the protection of endpoints. In addition to it, it is a part of the management suite of Microsoft System Center. Other than the deployment of different applications throughout devices, it also ensures that people in the organization are able to access a specific system or application without having to specialize in that application for a specific device. All the devices can utilize that application without installing it.

Usually, a System Center Configuration Manager depends on an individual infrastructure, which helps them in unifying both virtual and physical clients under a single domain. Additionally, tools are added by an SCCM for helping the administrators of IT with access control. Mobile devices, desktops, and servers are discovered by SCCM which are connected to a network through the use of an Active Directory and client software is installed by it on each and every node. Then, application deployments are managed by it and updates are also installed by it on a group or device basis. There are a number of capabilities and features of SCCM which can help organizations in performing their tasks. Some of the noblest features include inventory for hardware and software, remote control, network protection, OS deployment and patch management.

Employees are given access by SCCM to the applications which they require for performing their tasks and staying productive. Furthermore, administrators are also provided with tools which they require for protecting corporate information. Operations are streamlined by SCCM through a unified infrastructure which plays the most important role in integrating protection and device management across virtual, physical, and mobile environments. The administration of different client systems is also simplified by SCCM while providing enhanced visibility and options of enforcement which are required for maintaining system compliance. Some other features of SCCM include consistent experiences of an application, consolidated reporting, server deployment, simplified client, and streamlined updates.

In recent times, policies associated with BYOD or Bring Your Own Device have grown in popularity and many organization still continue to face the risk of security breach. When it comes to personal devices, security management is quite difficult, particularly when these devices are different from each other. Additionally, sensitive information has to be accessed by employees for performing their duties. SCCM can play a key role in enabling employees to perform their tasks on the devices they prefer. BYOD policies can be simplified by SCCM by aiding IT in ensuring that devices have access to the necessary applications and making sure that devices are meeting the requirements of data compliance and protection.

Therefore, it wouldn't be wrong to say it doesn't only help the organization in simplifying the operations and decreasing costs, it also helps employees in being efficient and productive enough to meet the expected standards.

The OS images in the configuration manager are saved in the file format of windows image (WIM). The collection of the reference files as well as the directories compress the windows images and the related small of big software which are used for the installation as well as configuration of the new operation system (OS) on the workstation. So, an operating system (OS) image is required by several scenarios of the OS deployment. The default OS image is included by the installation files of Windows. The basic OS image which contains a standard set of drivers. There are several kind of advantages of the default image which are mentioned here such as the size of the image will be smaller than the captured image, it provides the dynamic environment to install the applications as well as the configuration of every system and software. So, by taking a look on its advantages, the IT team has concluded to adopt this environment because it can save time without making any kind of interrupt at the workplace. Furthermore, it is very effective because it can provide the latest and updated workstation to every employee at the workplace (Meyler, Holt, Oh, Sandys, & Ramsey, 2012).

Problem Summary of Configuration of SCCM to Implement Windows OS Images

The agency of government is now hiring an arrival of employees at the rate quicker that the IT department may keep up with. At the workplace, a new workstation or the computer is assigned to the workstation. At the workplace, only eight IT support engineers are working who are providing support to every computer of the employees to keep every system up to date by removing the ambiguities. Furthermore, the new hiring are being on board at a rate in which the department of Information technology is unable to provide them their customized workstations. That is a big problem because some employees can face difficulties in the sense of outdated workstations. Some employees by facing this kind of problems, they cannot perform their work properly because the outdated workstations can create some kind of hurdles in the processing at the time of working. The second main problem of the outdated workstations is that the new files or the software needed to improve the quality of the software or key runner setups for showing the texts or some documents. In other sense the computers which are outdated or have the old versions of the software, they are unable to run the new version of some files into the computer.

So, to overcome this kind of issues, the department of information technology has concluded that they can provide the updated workstation to every employee because as they are doing before. For instance, they can provide them updated workstation one by one by installing Microsoft Windows into each computer by using a flash drive which holds the Image of Microsoft Windows.

IT Solution of Configuration of SCCM to Implement Windows OS Images

In the IT solution, the proposed methodology or the proposed method is discussed which is providing the possible solution to minimize the problem. The solution which is proposed for this problem is better as well as every employee will have the same kind of functionalities as well as the facilities. Microsoft system center configuration manager (SCCM) is proposed to handle such kind of problem. It is very good and provide the windows images to all linked workstations which are connected to the server.

Implementation Plan of Configuration of SCCM to Implement Windows OS Images

In the plan of the implementation of the proposed solution which is mentioned as SCCM to implement the Windows images to each workstation at the workplace, is discussed. First of all, the objectives of the SCCM are discussed which are: deploying as well as maintaining the devices very easy, time saving, effective as well as efficient. The main objective is to install and configure the environment of SCCM on the server.

For the implementation as well as configuration of the OS image includes some steps which will be planned for making the windows images. Before using the images of OS, add it to the configuration manager site. The IT department team should have to configure the console of the SCCM and then they have to go in the workspace of software library. There they should have to expand the operating system as well as then they have to select the node of the operating system image. There are some different phases to implement the SCCM environment for imaging the windows. In the very first phase, half of the workstations will be connected with the system and after implementing the images all the workstations will be checked by performing testing. If the workstations are working properly, then it will be implemented to all of the computer in the company.

Review of other work of Configuration of SCCM to Implement Windows OS Images

In the review of the other work, there are some other works or the software which are using in the market discussed in this sections. The software are: BigFix, Ansible, Quest KACE Systems management as well as Tanium. In this section, a short description about these software will be provided.

BigFix of Configuration of SCCM to Implement Windows OS Images

BigFix has been developed by IBM and it was referred to as Tivoli Endpoint Manager and IBM Endpoint Manager in the past. It is actually a system management software which is utilized for managing a large number of devices or computers which run UNIX, Linux, Mac OS X, or Windows. In addition to it, this software offers software and hardware inventory functionality, network access protection, operating system deployment, software distribution, patch management, and remote control to system administrators. Some of its features include:

· Providing real-time protection from vulnerabilities and other types of malware.

· Automatically assessing endpoints and remediating threats in accordance with NIST or National Institute of Standards and Technology standards.

· Offering the management of mobile devices.

· Supporting heterogeneous platforms.

· Providing OS deployment, software distribution, and patch management.

Ansible of Configuration of SCCM to Implement Windows OS Images

In general, Ansible is an application deployment, configuration management, and software provisioning tool. It runs on several systems and it is capable of configuring both Microsoft Windows and Unix-like systems. It has a declarative language for describing the system configuration. Ansible doesn’t require the supervision of an agent because it can be connected remotely through remote PoweShell or SSH for performing the tasks. Some its features are as follow:

· It is quite minimal in nature and is not complicated to use.

· Consistent environments can be created by Ansible.

· Agents are not deployed by Ansible to nodes. Only Python and OpenSSH are needed on the managed nodes.

· It is quite reliable and when a playbook is written be care, it can prevent side-effected and issues on the managed systems.

· Playbooks use a descriptive and simple language on the basis of Jinja and YAML (Hochstein & Moser, 2017).

KACE Systems Management of Configuration of SCCM to Implement Windows OS Images

The KACE SMA or Systems Management Appliance helps in automating administrative complex tasks and modernizing the approach of unified endpoint management. And this makes it possible for a person to patch critical applications and operating systems while reducing the risk of breach and assuring the compliance of software licenses. Therefore, an organization can reduce the complexity of system management and protect vulnerable endpoints. Following are some of the aspects of KACE Systems Management:

· It offers a comprehensive management system which enables an organization to fulfill all the needs of endpoint management from an initial deployment to contemporary management.

· Security is spread throughout the network. It helps in blocking unnecessary and dangerous devices or software, and patch significant operating systems and applications.

· It plays an important role in streamlining the management of IT asset. The organization can gain visibility to the usage of software and in this manner, software license compliance can be assured by it as well. Moreover, the allocation of resources is facilitated by it.

Tanium Patch Management of Configuration of SCCM to Implement Windows OS Images

This software enables the management of operating system patching throughout the organization at a significant speed. More complex tasks can also be performed such as utilizing rule sets and maintaining the OS for delivering patch groups across your environment. Following are some of its aspects:

· Custom workflows can be defined by it and patches can be scheduled on the basis of exceptions and rules built around maintenance windows, blacklists, and patch lists.

· It is quite simple to be utilized and it can make even the complicated processes easier than before (Tanium, 2019).

Project Rationale of Configuration of SCCM to Implement Windows OS Images

In the rationale of this project is that the IT department of the company has only eight engineers to support all the workstations. The department cannot provide the custom workstation to every employee in a short time. So, the proposed solution will provide the appropriate solution to every system by implementing SCCM which will provide the images of Windows to every computer. Following are the reasons why implementation of SCCM should be supported:

· It enables the interconnection of workstations with SCCM.

· It allows the management of all devices from an individual device.

· SCCM makes it easier for the administrator to determine the status of devices.

· There is no need to install applications in every computer individually.

· Updates have to be implemented only in the main SCCM base.

These are the reasons why the implementation of SCCM should be considered and supported in the organization. SCCM is a great tool or technique for decreasing the costs of utilizing software and performing tasks. Usually, in an organization, every employee needs some specific applications and software for performing his tasks. Without these applications, it is not possible to perform these tasks. In addition to it, the installation of these software and maintenance of workstations for employees is quite costly. In fact, it also complicates the process and all of these issues can be resolved with the implementation of SCCM. That is one of the main reasons why SCCM is considered an important tool in helping firms monitor and control the same set of applications throughout a network of devices.

Current Project Environment of Configuration of SCCM to Implement Windows OS Images

As explained above, the agency of government is now hiring an arrival of employees at the rate quicker that the IT department may keep up with. At the workplace, a new workstation or the computer is assigned to the workstation. At the workplace, only eight IT support engineers are working who are providing support to every computer of the employees to keep every system up to date by removing the ambiguities. Furthermore, the new hiring are being on board at a rate in which the department of Information technology is unable to provide them their customized workstations. That is a big problem because some employees can face difficulties in a sense of the outdated the workstations. Some employees by facing this kind of problems, they cannot perform their work properly because the outdated workstations can create some kind of hurdles in the processing at the time of working. The second main problem of the outdated workstations is that the new files or the software needed to improve the quality of the software or key runner setups for showing the texts or some documents. In other sense the computers which are outdated or have the old versions of the software, they are unable to run the new version of some files into the computer.

Therefore, it can be said that the current project environment is that the engineers have the flash drives to install the windows images to every computer one by one. At the moment, in the organization, employees are being hired but there are not sufficient enough resources for accommodating all the new employees with workstations which have the necessary software and applications for completing the tasks. In such a situation, employees need the workstations for completing their tasks but they are unable to do so because of the insufficient workstations. In such a situation, the implementation of SCCM can play an important role in improving the situation and enabling employees to perform their tasks.

Currently, the organization is hiring employees and there is a lack of workstations for accommodating employees and making them perform their tasks. The organization is reconsidering the situation because the development of new workstations is quite costly and it is time-consuming as well. In fact, it wouldn’t be wrong to say that if the organization chooses to create workstations for employees, it will not only waste the time of employees but also cause the organization to invest a significant amount of money in the development of such workstations. And since new employees will not be able to do their work, it would cause the organization to suffer even more. In such a situation, it is better to implement SCCM rather than creating individual workstations for employees. SCCM is quite a feasible solution in this situation because it can help the organization in not only reducing the costs but also increasing the efficiency of operations. For instance, it can make the process of monitoring and handling workstations easier. Therefore, rather than using flash drives, the governmental organization should implement SCCM within its network.

Methodology of Configuration of SCCM to Implement Windows OS Images

Configuration of the OS image includes some steps which will be planned for making the windows images. Before using the images of OS, add images to the configuration manager site. The IT department team should have to configure the console of the SCCM and then they have to go in the workspace of software library. There they should have to expand the operating system as well as then they have to select the node of the operating system image. In general, it can be said that the part of methodology includes steps which are considered in researching information and implementing SCCM in the organization. In addition to it, agile methodology has been adopted to carry out this implementation in an effective manner. All of its five stages including defining, designing, building, testing, and releasing have been followed in this project.

In order to configure the SCCM, research has been carried out and it has been determined that both custom OS image and default OS image are necessary for the implementation of SCCM and connection of workstations with it. Default OS images are included in the installation files of Windows. It can be said that this image is the fundamental OS image which includes standard drivers. When the default OS image is to be utilized, it is important to follow task sequence steps for installing applications and making other configurations after OS is installed. Therefore, during this phase, IT experts considered task sequence steps. For creating a customized OS image, IT experts created a reference computer with the required OS. Then, applications were installed and settings were configured. The OS image was captured from the reference computer for creating the WIM file. The reference computer usually can either be manually built or a task sequence can be utilized for automating the build steps.

With the addition of OS images, nodes were selected with the use of SCCM agent. Using the agent, nodes or devices which were to be included in SCCM were selected and it enabled the administrator to test whether they were connected effectively or not. After the connection of devices to SCCM, they were monitored and different filters were utilized for customizing the information. Before launching the application, it was determined that automatic checking was necessary as it allowed the administrator to enhance the security. Lastly, the application was launched and workstations were operated successfully (Rachui, Agerlund, Martinez, & Daalmans, 2012).

Project Goals, Objectives, and Deliverables of Configuration of SCCM to Implement Windows OS Images

The objectives of the SCCM are discussed which are: deploying as well as maintaining the devices very easy, time saving, effective as well as efficient. The main objective is install and configure the environment of SCCM on the server.

First Deliverable of Configuration of SCCM to Implement Windows OS Images

The first deliverable is concerned with creating inventory, procuring new SCCM, and configuring the system. The first goal is to create an inventory and the timeline for this is 4 hours. The second goal is all about procuring a new SCCM and the timeline for this objective is 4 hours. Meanwhile, in order to accomplish the last goal of this deliverable, it is important to understand some aspects and functionalities of SCCM.

OS Images of Configuration of SCCM to Implement Windows OS Images

As explained above, in Configuration Manager, OS images are stored in the WIM or Windows Image file format. These images are actually a compressed collection or set of different reference folders and files which are utilized for installing and configuring a new OS on a system. OS images will be required for the deployment of necessary software and applications within the systems of new employees as workstations are not available for them.

Both custom and default OS image can be utilized. It is, however, important to note that when a reference computer is to be built, applications, tools, software updates, support files, drivers, and OS files have to be added to the OS. Then, they are captured and image files are created. In this case, both default and custom OS images will be utilized.

Default Image of Configuration of SCCM to Implement Windows OS Images

Default OS images are included in the installation files of Windows. It can be said that this image is the fundamental OS image which includes standard drivers. When default OS image is to be utilized, it is important to follow task sequence steps for installing applications and making other configurations after OS is installed. Therefore, during this phase, IT experts must consider task sequence steps. There are some benefits associated with the use of default OS image as well. For instance, in comparison with the captured image, the size of image is smaller and installing configurations and applications by following task sequence steps is dynamic. Applications can be changed without reimaging the device. The IT experts should keep it in mind that OS installation can be time-consuming and applications can only be installed once the OS installation is completed.

Custom OS Image of Configuration of SCCM to Implement Windows OS Images

For creating a customized OS image, IT experts must create a reference computer with the required OS. Then, applications should be installed and settings should be configured. The OS image has to be captured from the reference computer for creating the WIM file. The reference computer can either be manually built or a task sequence can be utilized for automating the build steps. There are some advantages to the utilization of custom OS images as well. For instance, it decreases the installation time. For instance, it makes it possible to preinstall the applications using the captured OS image. Then, there is no need to install the same applications using the steps of task sequence. However, there are some disadvantages associated with the use of custom OS images as well. For instance, in comparison with the default image, the image size is larger. And there is also a need to make a new image when updates are necessary for some tools or applications.

In the organization, there is a need to utilize both default and custom OS images. For workstations which have to be utilized by employees, it is important to use the default OS image while for the SCCM, custom OS image has to be made. Therefore, in the third goal of the first deliverable, it is important for both default and custom OS image to be made. Thus, the timeline for this goal is 4 hours.

Addition of OS Image of Configuration of SCCM to Implement Windows OS Images

Before using the OS image, IT experts need to add the OS image to the site of Configuration Manager. First of all, in the console of Configuration Manager, the IT expert of organization should go to the workspace of Software Library and expand the Operating Systems. Then, the node of Operating System Images should be selected. Moving on, on the Home tab, Add Operating System should be selected. Through this action, Add Operating System Image Wizard is initiated. On the page of Data Source, following information should be specified:

· Path of Network to the OS image file.

· The specific image index should be extracted from the WIM file and image index should be selected from the list. If 1902 version is used by IT experts, this option will start automatically and an individual index will be imported by it. With the use of this option, offline service will be faster and the image file will be smaller. In addition to it, the process of optimizing image servicing is also supported by it.

· In the 1906 version, language and architecture of the image should be specified for pre-caching the content.

Since there will be a need for more than OS images, the following information should be specified on the General page:

· Name: The name of the image. The name can be taken from the WIM file name as well.

· Comment: A brief description on the image.

· Version: Although this option is optional, if there are more than one versions then this option facilitates the identification.

Lastly, the wizard should be completed as it would add the OS files.

Selection of Nodes of Configuration of SCCM to Implement Windows OS Images

This phase of SCCM implementation is concerned with the selection of devices or workstations which don’t have the required applications and need to be utilized by new employees. There are different methods which can be considered by IT experts for the selection of nodes. These methods include push selection and point-based selection. Different methods have different benefits and drawbacks and the organization can consider the best suitable method in accordance with the current organizational circumstance. Manual selection is one of the best methods as it doesn’t have many drawbacks include except for the time consumption.

Once nodes have been selected, the activity and processes of nodes or workstations can be monitored in the console of Configuration Manager. It is important to note that for the selection of nodes, the SCCM agent has to be installed by the SCCM administrator or IT experts.

Second Deliverable of Configuration of SCCM to Implement Windows OS Images

Once the nodes have been selected, it is important to test SCCM and this goal of the second deliverable will consume 1: 30 hours as it is concerned with monitoring and testing the nodes. The following types of information can be obtained by the SCCM administrator through the Configuration Manager:

· Device Online Status: A device is online if it is connected with the assigned point. For indicating the connectivity of a device, ping-like messages are sent by it to the management point. If a message is not received by the management point, the device is considered offline by the site.

· Activity of Device or Employee: Generally, a device is considered active if it communicates with the Configuration Manager. If the employee hasn’t performed any tasks using the workstation then he will be considered inactive by the Manager.

· Device check: The device is checked by the evaluation and some of the issues in the device can also be resolved by it. For instance, on devices supporting Windows 7, these checks run as a managed and scheduled task. And on later versions of OS, this check is automatic. The administrator of SCCM can configure the device check to not run on some specific devices. And if the administrator wants other items to be evaluated, compliance settings of Configuration Manager should be utilized for monitoring additional configurations.

· Obsolete: The device record is marked for deletion in this case and such an incident is quite common when the same device is registered twice for a different site or place in the organization.

Individual Devices of Configuration of SCCM to Implement Windows OS Images

In the organization, if the administrator of SCCM wants to monitor only some specific devices, that can be made possible as well. First of all, Assets and Compliance workspace should be opened and either the driver node or device collections should be selected. In this manner, the status of each and every device will become visible which are connected with the SCCM.

Filters of Configuration of SCCM to Implement Windows OS Images

At the very top of the dashboard, there are some filters for adjusting the data which is visible in the dashboard. Following are some filters which can be utilized by the SCCM administrator for filtering the information:

· Collection: In All Systems collection, all devices are displayed by default in the dashboard. From the list, a device collection should be selected for scoping the view in a specific collection to a subset of devices.

· Offline/Online: When it comes to default settings, only online clients are displayed by the dashboard. It can be said that this status is updated every five minutes which helps in displaying only the latest information.

· Failure: The view can be scoped for viewing the devices which are reporting a failure of device health.

Monitoring All Workstations of Configuration of SCCM to Implement Windows OS Images

Following are some steps which should be followed for ensuring that all devices connected with the SCCM are being monitored by the administrator of SCCM:

1. In the console of Configuration Manager, the Monitoring workspace should be opened and the Client Status node should be selected. The overall statistics for the activity of clients should be reviewed and the scope of information should be changed.

2. For obtaining a detailed version of the reported statistics, the name of the information should be chosen. Then, the information about individual devices should be reviewed.

3. Client Activity should be selected for seeing the charts which indicate the activity of device in Configuration Manager Site.

The last goal of second deliverable is concerned with launching the application and it will take 30 minutes.

Launching the Application of Configuration of SCCM to Implement Windows OS Images

Once devices or workstations have been selected, the required applications or software can be run. This step is one of the simplest steps associated with the initiation and implementation of SCCM in an organization. In the above steps, it has been explained how SCCM can be implemented within the organization and how devices can be managed according to their statuses in the SCCM. With the OS image, everything is prepared and the administrator is only required to run the applications which need to be installed on other devices.

Even though launching the application is considered the last step, it is still important to recognize that the security of SCCM is also an important aspect and once SCCM has been deployed, it should be made secure. Following are the steps which will be considered after the implementation of SCCM to ensure that the system is secure to be operated consistently:

Data is commonly accepted by the Configuration Manager site from all the devices or workstations in this case which are connected with the SCCM. Risk is introduced by this behavior it is possible that malware might be received by the manager from the connected devices. For instance, it is possible that the site systems might be overloaded. In such a case, configuration manager client should be deployed only to the workstations which are authentic. In addition to it, the following steps should be considered for further securing the whole system:

PKI or public key infrastructure certifications should be utilized for client communications with site systems which run IIS.

· A CRL or certificate revocation list should be utilized and it should be ensured that communicating servers and connected devices can access it whenever they want.

· Clients should be installed with the CCMSetup property.

· Site system settings should be configured only for HTTPS.

If the SCCM administrator cannot utilize the PKI authentication, a computer is identified by approval which is considered to be managed using the Configuration Manager. Following options are available in the hierarchy for configuring the client approval:

· Automatic for devices

· Automatic for devices in the trusted domains

· And manual

Generally, it can be said that the most secure method is to approve clients automatically which are members of the trusted domains. Then, other computers should be checked manually. However, since the workstations are trusted in this case, automatic approval should be selected as it can be effective in mitigating the risks associated with the SCCM.

Goals, Objectives, and Deliverables Table

Goal

Supporting objectives

Deliverables enabling the project objectives

Upgrade local Environement

Create inventory

Inventory existing local network

Create spreadsheet of all devices connecting

Create network diagram

Procure new SCCM

Determine root cause

Design a logical map

Create list of new hardware

Configure System

Configure basic settings

Configure Workstations

Increase connection

Install hardware

Install new hardware

Test and verify local network

Test connectivity

Test Imaging

Launching the application

Upon completion of the project, employees in the IT department would be able to deploy a new windows image through the SCCM network pxe boot. Also, they would no longer have to manually update the workstations as it shall be managed by the system administrator via SCCM.

Goals, Objectives, and Deliverables Description

The first objective is concerned with creating an inventory. It has some sub-objectives as well such as creating a spreadsheet for all the connecting devices and creating a network diagram. Both of these tasks are important for initiating the project. The second objective is concerned with procuring a new SCCM which have some sub-objectives as well. These sub-objectives include determining a root cause, designing a logical map, and creating a list of hardware. The third objective is concerned with configuring the system which has some sub-objectives as well. The first sub-objective is to configure basic settings and to configure workstations. The fourth objective is to install the support hardware and the fifth objective is all about testing and verifying the local network. The sub-objectives involved in this objective include testing imagine and connectivity, and finally launching the application.

Project Timeline with Milestones

Goal

Supporting objectives

Deliverables enabling the project objectives

Upgrade local Environement

Create inventory

Inventory existing local network

- 30 Minutes

Create spreadsheet of all devices connecting – 30 Minutes

Create network diagram – 30 minutes

Procure new SCCM

Determine root cause

- 30 Minutes

Design a logical map – 30 Minutes

Create list of new hardware – 30 Minutes

Configure System

Configure basic settings

- 30 Minutes

Configure Workstations – 30 Minutes

Increase connection

Install hardware

Install new hardware

2 – Hours

Test and verify local network

Test connectivity – 30 Minutes

Test Imaging

- 1 Hour

Launching the application

- 30 Minutes

This project will be completed in approximately one day and the day for performing this project will be 1/1/2020

Outcome of Configuration of SCCM to Implement Windows OS Images

The expected outcome is that the governmental organization will be capable of accommodating the new employees with the required applications and software and employees will be capable of maintaining their innovation through the use of their devices. In order to monitor the effectiveness and progress of SCCM, benchmarking as a technique of evaluating and measuring performance will be utilized. It will help in ensuring that the progress is meeting the expected standards and if issues are experienced then measures will be taken to resolve the issues. This project will be recognized as successful if the expected standards are met by SCCM.

References of Configuration of SCCM to Implement Windows OS Images

Hochstein, L., & Moser, R. (2017). Ansible: Up and Running: Automating Configuration Management and Deployment the Easy Way. O'Reilly Media, Inc.

Meyler, K., Holt, B., Oh, M., Sandys, J., & Ramsey, G. (2012). System center 2012 configuration manager unleashed. Sams Publishing.

Rachui, S., Agerlund, K., Martinez, S., & Daalmans, P. (2012). Mastering System Center 2012 Configuration Manager. John Wiley & Sons.

Tanium. (2019). Patch overview. Retrieved from Tanium: https://docs.tanium.com/patch/patch/index.html