The Certified Implementation Specialist - Hardware Asset Management (CIS-HAM)

Hardware normalization is a process that standardizes the data of hardware and consumable models by using the United Nations Standard Products and Services Code (UNSPSC) and a set of rules12.

Normalization can be performed manually or automatically on models in the model catalog12.

If a model has been normalized, it will have a check mark in the Normalized column in the model list1.

To revert the normalization of a model, you can use the Revert Normalization UI action, which is available on the model form13.

The Revert Normalization UI action will restore the original values of the model attributes that were changed by the normalization process13.

The Revert Normalization UI action will also clear the Normalized check mark and the Normalization Source field on the model form13. References: Work with hardware normalization - ServiceNow - Now Support, Hardware Asset Management builds onCore Asset Management - ServiceNow, Automation Simplifies Hardware Asset Management - ServiceNow Blog, Product Documentation | ServiceNow

The End of Life tab of the Hardware Asset dashboard shows key metrics on the hardware assets that have reached or are nearing the end of their life cycle12.

The tab includes the following reports1:

Hardware asset disposal status: This report shows the number of hardware assets that are in different stages of disposal, such as pending, in progress, or completed1.

Hardware assets disposed (YTD): This report shows the number of hardware assets that have been disposed in the current year, grouped by month1.

Hardware assets up for end of life: This report shows the number of hardware assets that are due for end of life in the next 12 months, grouped by month1.

Hardware assets up for end of support: This report shows the number of hardware assets that are due for end of support in the next 12 months, grouped by month1.

Therefore, the correct answer is A. Hardware asset disposal status and C. Hardware assets disposed (YTD), as these are the only two reports that are shown on the End of Life tab of the Hardware Asset dashboard.

A blind audit is a type of inventory audit that does not provide any information about the expected assets in a location. The auditor scans all the assets in the location and compares them with the records in ServiceNow1.

To perform a blind audit, you need the Hardware Asset Management (HAM) application, which enables you to manage the lifecycle of your hardware assets, and the ServiceNow Agent mobile app, which allows you to scan asset tags and barcodes using your mobile device12.

The ServiceNow My Assets mobile app is used to view and request assets from the enterprise asset catalog, not to perform audits3.

The Software Asset Management (SAM) application is used to optimize software licenses and compliance, not to perform audits4.

The ITSM Asset Management application is used to track the financial, contractual, and inventory details of hardware and devices, not to perform audits. References:

1: Audit your inventory - Product Documentation: San Diego - ServiceNow

2: Enterprise Asset Inventory Management - ServiceNow

3: My Assets mobile app - Product Documentation: San Diego - ServiceNow

4: Software Asset Management - ServiceNow

IT Asset Management - ServiceNow

According to the Hardware Asset Management documentation, the Hardware Asset Management (HAM) plugin is a licensable application that provides advanced workflow, automation, and mobile capabilities to maintain your assets.

To activate the HAM plugin, you need to request it from the HI Customer Service System1.

Once the HAM plugin is activated, you can access the Hardware Asset Management application from the application navigator in the ServiceNow platform2.

The Hardware Asset Management application contains several modules, such as Hardware Assets, Hardware Asset Dashboard, Hardware Normalization, and Asset Lifecycle Automation2.

Therefore, the correct answer is option D, check for the Hardware Asset Management application in the application navigator, as it indicates that the HAM plugin is installed on your instance. References:

Hardware Asset Management documentation

Hardware Asset Management - Product Documentation: Tokyo - ServiceNow

The first tier of the capability blueprint emphasizes building Trustworthy Data. Without accurate and reliable data, further optimization in asset or service management is impossible. It sets the foundation for all other tiers.

According to the ServiceNow Hardware Asset Management documentation, a loaner asset is a temporary asset that is provided to a user for a specific period of time, such as when their primary asset is being repaired or replaced1. Users can request loaner assets from the Service Catalog, where they can select the type, quantity, and duration of the loaner asset they need2. If the requested asset is not available in the local stockroom, the request is wait-listed until the asset becomes available3. Users may request loaner assets even when the requested asset is not available in the local stockroom because the wait-listed loaner asset requests provide visibility to the demand for loaner orders. This visibility helps the asset managers to plan and optimize the loaner asset pool, as well as to identify and address any gaps or bottlenecks in the loaner asset fulfillment process.

The other options are not correct because:

The request does not create an automatic transfer order to move assets from a warehouse with in stock assets. Transfer orders are created manually by the stock manager to move assets between stockrooms.

The wait-listed loaner asset requests do not provide visibility to streamline internal transfer order flows. Transfer order flows are managed by the stock manager using the Transfer Order Management module.

The request does not automatically create a purchase order to obtain the assets from a vendor. Purchase orders are created manually by the procurement manager to order assets from vendors.

Stock rules are rules that define the minimum and maximum quantities of assets that should be maintained in a stockroom1.

Automatic restocking actions are actions that trigger the creation of stock orders when the quantity of an asset falls below the minimum threshold or exceeds the maximum threshold1.

A daily scheduled job runs every day to check the stock levels of assets and execute the automatic restocking actions based on the stock rules1.

The plugin that must be activated in order to configure and use the scheduled job is the Procurement plugin2.

The Procurement plugin enables the procurement of assets and consumables through purchase orders, stock orders, and vendor management2.

The Procurement plugin also provides the Stock Order [Order] table, which stores the stock orders created by the automatic restocking actions2.

According to the ServiceNow Hardware Asset Management documentation, advanced risk assessment is a process of identifying, analyzing, and evaluating the risks associated with hardware assets and configuration items (CIs) in the configuration management database (CMDB)1. Advanced risk assessment uses the Advanced Risk Assessment engine, which is built to address risk through an integrated risk framework2. The advanced risk assessment process consists of the following steps1:

Create a risk assessment scope: This step defines the scope and criteria of the data to be assessed, such as the asset class, category, or attribute. The risk assessment scope also specifies the frequency and duration of the assessment.

Create a risk assessment schedule: This step determines when and how often the assessment runs, based on the risk assessment scope. The risk assessment schedule also defines the assessment owner, who is responsible for overseeing the assessment process and approving the results.

Assign the assessment tasks: This step assigns the assessment tasks to the appropriate assessors, who are the users or groups who have the knowledge and authority to evaluate and update the data. The assessment tasks can be assigned manually or automatically, based on predefined rules or workflows.

Run the assessment: This step executes the assessment process, which involves sending notifications and reminders to the assessors, displaying the data to be assessed in a user-friendly interface, allowing the assessors to review and modify the data, and tracking the progress and status of the assessment tasks.

Review the assessment results: This step allows the assessment owner to verify and approve the results of the assessment, before applying the changes to the CMDB. The assessment owner can also view the risk scores, risk indicators, and risk heat maps of the assessed data.

Handle the risk response: This step involves creating and managing risk response tasks to address the identified risks. Risk response tasks are records that track the actions taken to mitigate, transfer, avoid, or accept the risks. Risk response tasks can be created manually by the assessment owner or automatically by the system based on predefined rules or workflows.

For advanced risk assessment, risk response can be handled in the following ways:

Create multiple risk response tasks: This option allows the assessment owner to create more than one risk response task for each assessed data, depending on the complexity and severity of the risk. For example, the assessment owner can create a mitigation task to reduce the impact or likelihood of the risk, and a transfer task to shift the responsibility or ownership of the risk to another party3.

Create at least one risk response task: This option requires the assessment owner to create at least one risk response task for each assessed data, regardless of the complexity and severity of the risk. This ensures that every risk is addressed and documented in the system3.

The other options are not correct because:

Skipped entirely based on attributes defined in the RAM: This option is not a valid way to handle risk response for advanced risk assessment. The RAM (Risk Assessment Matrix) is a tool that helps to calculate the risk score and risk indicator of the assessed data, based on the impact and likelihood attributes defined in the risk assessment scope1. The RAM does not determine whether to skip the risk response or not.

Must create a mitigation response task: This option is not a mandatory way to handle risk response for advanced risk assessment. A mitigation response task is one of the possible types of risk response tasks, but not the only one. Depending on the risk appetite and strategy of the organization, the assessment owner can choose other types of risk response tasks, such as transfer, avoid, or accept3.

According to the ServiceNow Hardware Asset Management documentation, an asset record should track the following information:

Financial information: This includes the cost, depreciation, and residual value of the asset. This information helps to calculate the total cost of ownership (TCO) and return on investment (ROI) of the asset.

Contractual information: This includes the warranty, support, lease, and maintenance contracts associated with the asset. This information helps to manage the lifecycle of the asset and ensure compliance with the terms and conditions of the contracts.

Other information that can be tracked in an asset record are:

Physical resources: This includes the location, status, and condition of the asset. This information helps to monitor the inventory and availability of the asset.

Operational details: This includes the configuration, performance, and usage of the asset. This information helps to optimize the functionality and efficiency of the asset.

Logical relationships: This includes the dependencies, associations, and impacts of the asset. This information helps to understand the connections and interactions of the asset with other assets, services, and processes.

 Asset form, Hardware Asset Management: Record Keeping, Hardware Asset Inventory Management, Hardware Asset Workspace, Getting Started with ServiceNow Hardware Asset Management