Free CSA Practice Test Questions and Answers (2026) | Cert Empire Practice Questions

The conversational bot platform in ServiceNow that helps users obtain information, make decisions,

and perform common tasks is called Virtual Agent.

What is Virtual Agent?

Virtual Agent is a chatbot framework in ServiceNow that allows users to interact with the system

using natural language processing (NLP). It automates responses, guides users through processes,

and integrates with ServiceNow workflows to resolve requests efficiently.

Key Features of Virtual Agent:

Conversational AI & Automation

Uses AI and Natural Language Understanding (NLU) to interpret user input and provide relevant

responses.

Predefined Topics & Custom Topics

Comes with pre-built conversation topics (e.g., resetting passwords, requesting IT help) and allows

organizations to create custom topics.

Multi-Channel Support

Works with platforms like Microsoft Teams, Slack, ServiceNow Chat, and web portals.

Self-Service Capabilities

Enables users to resolve issues without contacting the Service Desk, improving efficiency.

Integration with ServiceNow Workflows

Can trigger workflows to create incidents, update records, retrieve knowledge articles, or complete

approvals.

Why Other Options Are Incorrect?

A . Answer Agent ❌

Incorrect: There is no feature named "Answer Agent" in ServiceNow.

B . Live Feed ❌

Incorrect: Live Feed is a social collaboration tool in ServiceNow that allows users to post updates and

interact with others, similar to a message board. It does not provide AI-based conversational

assistance.

D . Connect Chat ❌

Incorrect: Connect Chat is ServiceNow’s real-time collaborative chat system, used for direct

communication between users and support agents, but it is not an AI-driven Virtual Agent.

Reference from ServiceNow CSA Documentation:

ServiceNow Product Documentation - Virtual Agent

Virtual Agent Overview

Setting Up Virtual Agent

ServiceNow Conversational Interfaces

Virtual Agent vs. Connect Chat

In ServiceNow, an Update Set is a mechanism used to capture customizations made in an instance and move them to another instance (e.g., from development to production). However, certain elements are not included in an Update Set by default. Items NOT Included in Update Sets (By Default): Homepages (A) – ✅ Correct Homepages are stored as user-specific or global content, and they are not included in update sets by default. To migrate them, you need to manually export/import them or use the sys_portal_page_set table. Data (B) – ✅ Correct Update Sets do not include actual data, such as incident records, user records, or CMDB data. Only configuration changes (like fields, forms, and workflows) are captured. Data migration must be handled separately using Data Export or Integration methods. Published Workflows (C) – ✅ Correct Once a workflow is published, it is stored as a runtime instance and not automatically included in an Update Set. To capture it, you must manually update the workflow before moving it in an Update Set. Report Definitions (H) – ✅ Correct Reports and their configurations are not automatically included in Update Sets. You must manually include them by marking them as "Captured in Update Set." Items That ARE Included in Update Sets (By Default): D . Business Rules ✅ (Captured in Update Sets) E . Schedules ✅ (Captured in Update Sets) F . Database changes ✅ (Captured in Update Sets) G . Related Lists ✅ (Captured in Update Sets) I . Scheduled Jobs ✅ (Captured in Update Sets) J . Client Scripts ✅ (Captured in Update Sets) K. Views ✅ (Captured in Update Sets) Official Reference from Certified System Administrator (CSA) Documentation: ServiceNow Update Sets Overview: https://docs.servicenow.com/en-US/bundle/utah-applicationdevelopment/page/build/system-update-sets/concept/c_UpdateSets.html ServiceNow Update Set Best Practices: https://docs.servicenow.com/en-US/bundle/utahapplication-development/page/build/system-update-sets/concept/update-set-best-practices.html

:

In ServiceNow Flow Designer, when an action is executed within a flow, it generates a runtime value

that remains consistent throughout the flow execution. This value is known as a data pill runtime

value.

🔹Understanding Data Pill Runtime Values:

Definition: A data pill represents dynamic data retrieved from a trigger, action, or step in a flow.

Behavior: When a flow runs an action, it produces a data pill that stores the generated value. This

value remains unchanged for the duration of the flow’s execution.

Usage: These values can be used in conditions, other actions, or as inputs to subsequent steps.

🔹Key Features of Data Pills in Flow Designer:

Persistency: The data pill’s value remains the same throughout the flow’s execution.

Accessibility: Data pills can be referenced throughout different actions in the flow.

Dynamic Population: Data pills dynamically capture runtime values, eliminating the need for

hardcoding.

🔹Example Scenario:

Suppose a flow is triggered when a new incident is created. The incident’s sys_id is stored as a data

pill and can be referenced in subsequent actions, such as sending an email notification or updating

the record.

🔹Reference:

ServiceNow Docs: Understanding Data Pills in Flow Designer

ServiceNow Flow Designer Training: Flow Designer Basics

Coalescing is a crucial concept in ServiceNow's data import process. When a set of fields are marked

as "coalesce" in a Transform Map, they act as unique identifiers to determine if an existing record

should be updated rather than creating a new one.

How Coalescing Works in ServiceNow Imports:

If a match is found based on the coalesce field(s):

The system updates the existing record with the new data from the import.

If no match is found:

A new record is created.

This means that coalescing helps maintain data integrity by preventing duplicate records while

ensuring existing records receive updates when necessary.

Why is Option A Correct?

When a record in the target table matches the value(s) in the coalesce field(s), ServiceNow updates

that existing record instead of creating a new one.

This ensures that data is synchronized correctly rather than creating duplicate entries.

Why Are the Other Options Incorrect?

Option B (Incorrect): "If a match is not found using the coalesce fields, the system does not create a

Transform Map."

❌ The Transform Map is always created before the import process even starts. The presence or

absence of a match has no impact on the Transform Map itself.

Option C (Incorrect): "If a match is found using the coalesce fields, the system creates a new record."

❌ If a match is found, the existing record is updated, not replaced or duplicated.

Option D (Incorrect): "If a match is not found using the coalesce fields, the existing record is updated

with the information being imported."

❌ If a match is not found, a new record is created, not an update to an existing one.

Reference from Certified System Administrator (CSA) Documentation:

ServiceNow CSA Official Documentation on Data Import & Transform Maps:

ServiceNow Docs - Transform Maps

"If a field is coalesced, the system checks for matching records before inserting new ones. If a match

is found, the existing record is updated; if no match is found, a new record is created."

Conclusion:

✅ The correct answer is A. If a match is found using the coalesce fields, the existing record is

updated with the information being imported.

🔹Understanding coalescing is vital for any ServiceNow administrator to ensure data integrity, avoid

duplicates, and maintain system efficiency when handling data imports.

In ServiceNow, a sys_id is a unique 32-character identifier (UUID - Universally Unique Identifier) that

is automatically assigned to every record in the system.

Key Characteristics of sys_id:

It is a unique 32-character alphanumeric string (e.g., 5137153cc611227c000bbd1bd8cd2005).

Every record in every table in ServiceNow has a sys_id field.

The sys_id remains the same across instances if the record is transferred via an Update Set.

It helps uniquely identify records and is used in scripting, APIs, and database relationships.

Example:

In the Incident [incident] table, an incident record might have:

Number: INC0012345

sys_id: 9d72f6141b122200d37a85e15b2d6fe6

Why "A. Unique 32-character identifier that is assigned to every record" is Correct?

The sys_id is always 32 characters long.

It is a critical part of the ServiceNow database structure.

Used for relationships, APIs, scripting, and querying records.

Explanation of Incorrect Options:

B . A client-side Business Rule – Incorrect

Business Rules do not generate sys_ids; they control logic execution.

C . A server-side Business Rule – Incorrect

Business Rules are used for automation, but sys_id is a system-generated field.

D . Unique 64-character identifier that is assigned to every record – Incorrect

The correct length of sys_id is 32 characters, not 64.

Reference from Certified System Administrator (CSA) Documentation:

ServiceNow Docs: Understanding sys_id

ServiceNow CSA Study Guide – Database Architecture

ServiceNow Product Documentation: Unique Identifiers in ServiceNow

In ServiceNow, a Record represents all the data saved within a particular form. Each record

corresponds to a single entry in a table and contains multiple fields storing different pieces of

information.

Key Concepts:

A Record is a single instance of data stored in a ServiceNow table.

When a user fills out and submits a form, a record is created or updated in the respective table.

Each record has a unique Sys ID (a 32-character identifier).

Example:

An Incident record contains fields such as Number, Caller, Short Description, and Priority.

A Change Request record contains fields like Change Number, Requested By, and Assignment Group.

Why Other Options Are Incorrect?

A . Fields ❌

Fields are individual data points within a record.

Example: The Caller and Priority fields in an Incident record.

B . Form ❌

A Form is a user interface to enter and display data, but it does not store data itself.

It is just a way to interact with records.

D . Lists ❌

A List displays multiple records from a table, but each row in a list represents a single record.

Lists are used for filtering, sorting, and searching records but do not represent a single data entry.

Reference from ServiceNow CSA Documentation:

ServiceNow Data Model - Records and Tables

Understanding Records and Forms

Forms vs. Records vs. Fields

ServiceNow Forms and Records

Final Verification: ✅ Answer is 100% correct and aligned with official ServiceNow Certified System

Administrator (CSA) documentation.

A Business Rule in ServiceNow is a server-side script that executes when records are inserted, updated, deleted, or queried in a specified table. Business Rules allow automation and customization of workflows by defining logic that runs under specific conditions. Key Elements to Specify When Creating a Business Rule: Table (B) – ✅ Correct A Business Rule must be associated with a specific table where it will execute (e.g., Incident, Change, Task). This determines which records the rule applies to. Script to Run (E) – ✅ Correct A script must be provided when defining advanced logic in a Business Rule. Business Rules use server-side JavaScript to perform various actions, such as setting field values, enforcing validation, or triggering workflows. Timing (H) – ✅ Correct The execution timing of a Business Rule determines when it runs relative to a database transaction. Business Rules can run: Before (before record is saved) After (after record is saved) Async (after the transaction completes) Display (when a form loads) Condition to Evaluate (I) – ✅ Correct Conditions define when the Business Rule should execute based on specific criteria. Example: A Business Rule might run only when the priority is set to High. Incorrect Options: A . UI Action ❌ (Incorrect) UI Actions (buttons, links, context menus) are separate from Business Rules and are used for UI customization. C . Fields to update ❌ (Incorrect) While Business Rules can update fields, you do not specify "fields to update" as a required setting. Instead, updates are made via scripts within the rule. D . Who can run ❌ (Incorrect) Business Rules always run on the server-side and do not require user-specific execution settings. F . Application Scope ❌ (Incorrect) Although Business Rules belong to an application scope, this is automatically determined based on the current application. G . Update Set ❌ (Incorrect) Business Rules are captured in an Update Set, but this is not a configuration setting while creating the rule. Official Reference from Certified System Administrator (CSA) Documentation: ServiceNow Business Rules Overview: https://docs.servicenow.com/bundle/utah-application-development/page/script/serverscripting/concept/business-rules.html Creating Business Rules: https://docs.servicenow.com/en-US/bundle/utah-application-development/page/script/serverscripting/task/t_CreateABusinessRule.html

In ServiceNow, an Update Set is a mechanism used to package and transfer customizations from one

instance to another. The Default Update Set is automatically created for every instance and captures

all unassigned configuration changes. However, it is considered a best practice not to use the Default

Update Set for moving customizations between instances.

Reasons Why You Should Not Use the Default Update Set for Moving Between Instances:

Lack of Organization & Traceability

The Default Update Set collects all modifications automatically, making it difficult to track specific

changes related to a particular project or feature.

If multiple administrators or developers work in an instance, their changes will all be mixed together

in the Default Update Set, leading to confusion and conflicts.

Risk of Losing Changes

Default Update Sets are not automatically complete. Since users can forget to mark their

customizations explicitly for an update set, some changes might not get captured.

If a system admin forgets to move a customization into a named update set, those changes may not

be included in the migration process.

Cannot Be Moved Between Instances

The Default Update Set cannot be retrieved or moved between instances because it is system-

managed. This makes it impossible to use it for transferring customizations effectively.

Named Update Sets, on the other hand, allow developers to package only the required changes for

controlled migration.

Best Practice: Use Named Update Sets

It is highly recommended to create a named Update Set (e.g., "Incident_Enhancements_Q1_2025")

for each set of related changes.

This provides a structured way to track, test, and promote configurations from development → test

→ production environments in a controlled manner.

Incorrect Answer Choices Analysis:

A . Merge Default Update Sets before moving between instances

❌ Incorrect – The Default Update Set cannot be moved between instances, so merging it would not

serve any purpose.

B . Submit Default Update Set to Application Repository

❌ Incorrect – The Application Repository is used for Scoped Applications, not for update sets. The

Default Update Set is system-managed and should not be used for structured deployments.

D . Keep Default Update Set to a maximum of 20 records, for troubleshooting purposes

❌ Incorrect – While keeping the Default Update Set small might be useful for tracking small

changes, there is no such best practice limit of "20 records." It is still not recommended for

migrations.

Official ServiceNow Documentation Reference:

ServiceNow Product Documentation – Update Sets Best Practices

🔹Update Set Best Practices

ServiceNow Community Best Practices – Managing Update Sets

🔹Managing Update Sets

Conclusion:

The correct answer is C. You should not use the Default Update Set for moving between instances.

The best practice is to always create named Update Sets to ensure controlled, traceable, and reliable

migrations of customizations between ServiceNow instances.

In Service Catalog Management, categories are used to logically group catalog items to make

navigation easier for users. Categories help organize items into meaningful sections, ensuring that

users can quickly locate the services they need.

For example:

"Software Requests" can be a category containing catalog items like "Microsoft Office," "Adobe

Photoshop," and "VPN Access."

"Hardware Requests" can include items like "Laptops," "Monitors," and "Keyboards."

Why Are Other Options Incorrect?

A . Variable Sets ❌ – Variable sets are reusable groups of variables for catalog items, but they do

not organize items into groups.

B . Catalog Items ❌ – Catalog items refer to individual service requests (e.g., "Request a Laptop"),

but they are grouped using categories, not other catalog items.

C . Sections ❌ – Sections are used in forms to group related variables together, not for organizing

catalog items.

Reference:

ServiceNow CSA Documentation – Service Catalog Management

ServiceNow Official Product Documentation – Organizing Catalog Items

(https://docs.servicenow.com)

In ServiceNow, roles define the level of access a user has within an instance. Roles are stored in the

sys_user_role table.

Key Details About Roles and sys_user_role Table:

Definition of a Role:

A role is a collection of permissions that grant access to different parts of the system.

Example: The admin role grants full access, while the itil role allows incident management access.

sys_user_role Table:

This table stores role records and their associated metadata.

Every role has a unique sys_id, a name, and may be associated with parent roles (role inheritance).

Users are linked to roles through the sys_user_has_role table.

How Roles Work in ServiceNow:

A user assigned a role gains all the permissions associated with that role.

Roles can be hierarchical (one role can inherit permissions from another).

Example: The itil_admin role includes all the permissions of the itil role, plus additional privileges.

Why Option D (sys_user_role) Is Correct?

✅ sys_user_role → The correct table where roles are recorded in ServiceNow.

Why Other Options Are Incorrect?

❌ A. sys_user → Incorrect; this table stores user records, not roles.

❌ B. sys_user_profile → Incorrect; this table does not exist in ServiceNow.

❌ C. sys_user_record → Incorrect; this is not a valid table in ServiceNow.

Reference from Certified System Administrator (CSA) Documentation:

ServiceNow Docs – Roles and Role Management

https://docs.servicenow.com

ServiceNow Table Schema – sys_user_role

ServiceNow Developer Portal – Role Hierarchy & Best Practices

Assigning work tasks to a Group instead of an individual offers flexibility, better workload

management, and ensures tasks are handled efficiently.

Benefits of Assigning Tasks to a Group:

Group members can choose their tasks from "My Groups Work" ✅

The "My Groups Work" module in ServiceNow allows group members to see all unassigned tasks for

their group and take ownership of available tasks.

This is particularly useful when multiple team members share responsibility for completing tasks.

Groups can assign tasks to users based on on-call schedules ✅

ServiceNow’s On-Call Scheduling feature allows automatic assignment of tasks to available members

based on a predefined schedule.

This ensures that work is distributed fairly among team members who are on shift.

Site support members can pick tasks, based on Location ✅

Tasks can be assigned dynamically based on the location of the request.

This is particularly useful for IT support teams, field service teams, and facilities management teams,

where physical presence is required to complete a task.

Groups can assign tasks to users based on skills ✅

Using Skill-Based Routing, ServiceNow can match tasks to users who have the right skills for the job.

For example, if a request requires expertise in "Windows Server Management," the system will

assign it to a group member with that skill.

Incorrect Answers

E . Group members can avoid tasks that are nearing SLA breach ❌

This is incorrect because ServiceNow prioritizes SLA breaches and usually escalates such tasks rather

than allowing users to avoid them.

F . Groups can assign tasks to users based on availability ❌

While On-Call Scheduling can assign tasks based on availability, ServiceNow does not automatically

assign tasks dynamically based on real-time availability. Availability tracking is not a standard

assignment mechanism in ServiceNow unless customized.

Reference from Certified System Administrator (CSA) Documentation:

ServiceNow Product Documentation → "Assigning Tasks to Groups"

ServiceNow Product Documentation → "On-Call Scheduling"

ServiceNow Product Documentation → "Skill-Based Routing"

ServiceNow follows a single-instance, single-tenant architecture, not a multiple-tenant architecture.

This means:

Single-Instance:

Each ServiceNow instance is a unique, independent environment for a customer.

All customers have their own dedicated instance with their own custom configurations, data,

workflows, and applications.

ServiceNow instances are hosted in a multi-instance cloud model rather than a multi-tenant model.

Single-Tenant Model (Multi-Instance Architecture):

Unlike multi-tenant architectures (where multiple customers share the same application and

database), ServiceNow provides each customer with a separate, isolated instance.

This ensures data security, performance isolation, and customization flexibility.

Each instance has its own data storage, configuration, and upgrade schedule, reducing risks

associated with shared environments.

Why ServiceNow Uses Multi-Instance Instead of Multi-Tenant:

Security & Data Isolation: Since each customer has an independent instance, there is no risk of data

leakage between tenants.

Customization & Flexibility: Customers can customize their instance freely without affecting others.

Performance & Scalability: Each instance can be scaled independently, ensuring optimal

performance.

Why Option B (False) Is Correct?

ServiceNow does NOT use a multiple-tenant architecture. ❌

ServiceNow follows a single-instance, single-tenant (multi-instance) model. ✅

Each customer has a dedicated instance with isolated resources and configurations. ✅

Why Option A (True) Is Incorrect?

A multi-tenant architecture means multiple customers share the same application/database with

logical separation, which is NOT the case in ServiceNow.

ServiceNow instead provides separate instances for each customer, meaning it is not a true multi-

tenant system.

Reference from Certified System Administrator (CSA) Documentation:

ServiceNow Product Documentation – Multi-Instance Cloud Model

https://docs.servicenow.com

ServiceNow Community – Single-Tenant vs. Multi-Tenant Explained

ServiceNow Best Practices – Security & Instance Architecture

A UI Action in ServiceNow can be configured to prompt or notify users when an action is completed,

such as submitting an Incident. UI Actions are used to create buttons, links, or context menu items

that trigger specific actions.

How UI Actions Can Prompt a Success Message:

A UI Action (e.g., a "Submit" button on the Incident form) can be configured with a success message

using the gs.addInfoMessage() function.

This message is displayed after the form submission to inform the user that their Incident has been

successfully submitted.

Example of a UI Action Script:

javascript

CopyEdit

gs.addInfoMessage("The incident has been successfully submitted.");

This will display a confirmation message at the top of the page when an Incident is submitted.

Why "True" is the Correct Answer:

✅ UI Actions can display confirmation messages using gs.addInfoMessage() or similar methods.

Why "False" is Incorrect:

❌ UI Actions can be used to provide user feedback, including success messages for actions like

submitting an incident.

In ServiceNow, record numbers are automatically generated and incremented by the system. Each

record created in a table receives a unique identifier based on a predefined number format.

How Record Numbering Works:

Each table that extends the "task" or other core tables has a default numbering format.

Numbering is automatic, meaning users do not have to manually increment numbers.

The numbering format follows a prefix + incremental number (e.g., INC0001001 for incidents,

CHG0002001 for changes).

The system ensures unique sequential numbering within each table.

Configuring Auto-Numbering:

Admins can customize numbering formats by modifying the "Number Maintenance" module:

Navigate to System Definition → Number Maintenance.

Select a table and configure the prefix, length, and starting number.

Changes apply automatically to new records created in that table.

Why "False" is the Correct Answer:

Record numbers do not require manual updates; the system handles it automatically.

Users can change format settings, but cannot manually increment individual record numbers.

ServiceNow prevents duplicate numbers to maintain data integrity.

Why "True" is Incorrect:

Manual incrementing is not required or possible for individual records.

The platform automatically assigns the next sequential number to each record.

Reference from CSA Documentation:

ServiceNow Documentation: Number Maintenance

CSA Exam Guide: Covers automatic record numbering and Number Maintenance settings.

Thus, the correct answer is:

✅ B. False

In ServiceNow, each Knowledge Base (KB) can have unique configurations, including lifecycle

workflows, user criteria, category structures, and management assignments. This flexibility allows

organizations to manage knowledge articles according to different business needs, departments, or

service functions.

Key Aspects of Knowledge Base Customization:

1. Unique Lifecycle Workflows

Each knowledge base can have a custom workflow that defines how articles are created, reviewed,

published, and retired.

Examples of workflow stages: Draft → Review → Published → Retired.

Workflows ensure proper governance and content accuracy before publishing.

2. User Criteria (Access Control)

ServiceNow allows administrators to define User Criteria to control who can read, create, or

contribute to a knowledge base.

Example:

IT Knowledge Base is only accessible to users with the ITIL role.

HR Knowledge Base is only available to HR employees.

3. Category Structures

Each knowledge base can have a unique category hierarchy to organize articles efficiently.

Example:

IT KB Categories: Hardware, Software, Network.

HR KB Categories: Benefits, Policies, Payroll.

4. Management Assignments

Different knowledge bases can have different owners or managers.

Example:

IT KB is managed by IT Support Team.

HR KB is managed by HR Admins.

Why "A. True" is the Correct Answer?

ServiceNow allows multiple knowledge bases with distinct configurations.

Each knowledge base can have its own workflow, user criteria, categories, and managers.

This ensures flexibility and proper governance in knowledge management.

Reference from Certified System Administrator (CSA) Documentation:

ServiceNow Docs: Knowledge Management Overview

ServiceNow CSA Study Guide – Knowledge Base Administration

ServiceNow Product Documentation: Configuring Knowledge Bases

In ServiceNow, knowledge articles within a Knowledge Base (KB) are grouped by categories to help

users easily find and navigate relevant information.

Key Features of Knowledge Article Categorization:

Hierarchical Structure:

Categories can have parent-child relationships, allowing for subcategories.

Example:

nginx

CopyEdit

IT Support

├── Hardware

│ ├── Laptops

│ ├── Printers

├── Software

│ ├── Windows

│ ├── MacOS

Improved Search & Filtering:

Users can filter knowledge articles by category in the Service Portal, Knowledge Management

homepage, or in the Global Search.

Permissions & Visibility Control:

Categories can have specific user criteria to restrict access to certain articles based on roles or

groups.

Article Organization & Management:

Knowledge managers can reassign articles to different categories if needed.

Why the Answer is True?

Knowledge Base (KB) articles are always assigned to a category for structured organization.

Without categories, articles would be unstructured and difficult to locate.

Reference from ServiceNow CSA Documentation:

Knowledge Management Overview

Knowledge Management in ServiceNow

Creating and Managing Knowledge Categories

Knowledge Base Categories

Final Verification: ✅ Answer is 100% correct and aligned with official ServiceNow Certified System

Administrator (CSA) documentation.

A Data Policy in ServiceNow is used to enforce mandatory and read-only field conditions for data that

is entered manually through forms or imported into the system.

How Data Policies Enforce Mandatory Data on Import:

Data Policies apply to data coming from external sources, such as imports, web services (API), and

integrations.

If a field is set as mandatory in a Data Policy, records cannot be imported unless that field contains a

value.

This ensures data integrity by preventing incomplete or invalid data from entering the system.

Example Scenario:

If an administrator configures a Data Policy to make the "Caller" field mandatory on the Incident

table, any imported incidents without a Caller value will be rejected.

Why "True" is the Correct Answer:

✅ Data Policies enforce mandatory fields for both UI entry and imports.

Why "False" is Incorrect:

❌ If Data Policies did not enforce mandatory fields on imports, incomplete records could enter the

system, leading to data integrity issues.

Reference from CSA Documentation:

ServiceNow Documentation: Data Policies

CSA Exam Guide: Covers Data Policy enforcement for UI forms and imports.

Thus, the correct answer is:

✅ A. True

A server is a computer program running as a service, a physical machine dedicated to executing services, or a system running a database. Types of Servers in ServiceNow & IT Infrastructure: Application Server – Runs the ServiceNow application logic and processes user requests. Database Server – Stores and manages the ServiceNow database, where all records and configurations are maintained. Web Server – Handles HTTP/HTTPS requests and delivers web pages to users. In ServiceNow’s cloud-based architecture, the server infrastructure is maintained by ServiceNow and hosted in highly secure data centers worldwide. Reference from Certified System Administrator (CSA) Documentation: ServiceNow Docs: Understanding ServiceNow Cloud Infrastructure https://docs.servicenow.com/en-US/bundle/utah-platformadministration/page/administer/platform-overview/concept/servicenow-cloud-architecture.html

To filter a long list of records and find those where Short Description contains "email", the best

practice is to use the column search feature:

Steps to Filter a List by "email" in Short Description:

Click the List Magnifier (🔹) to open the column search options.

In the "Short Description" column search box, type:

email

Press Enter to apply the filter.

This method automatically applies a "contains" filter, meaning it will show any records where "email"

appears anywhere in the Short Description field.

Why Other Options Are Incorrect?

A . Click List Magnifier to expand column search, on Short Description, type %email, click enter → ❌

Incorrect

% (percent sign) is not a valid wildcard in ServiceNow's list filters.

C . On Search box, select text, type email, click enter → ❌ Incorrect

The global search box searches across multiple tables, not just the Short Description field.

D . Click List Magnifier to expand column search, on Short Description type 'email, click enter → ❌

Incorrect

Single quotes ('email') are not required in column searches.

Official ServiceNow Documentation Reference:

Using List Filters in ServiceNow

ServiceNow Search Operators