Telecommunications Network Inventory

You set the network domain in the Network Inventory Workspace to view your inventory data and your assignments based on the domain that you select.

Access the TNI data model navigator to view the contextually organised CMDB CI classes into a focused, hierarchical structure relevant to telecom operations.

The TNI Create CI From Template function enables you to create the inventory instance in the designated site or equipment holder in the Telecommunications Network Inventory application. This occurs when you instantiate an inventory with the inventory template. You can automatically create the inventory when you instantiate the network inventory design and assign process.

Add a card to equipment record using design and assign function in the Telecommunications Network Inventory application. By adding a card, you can fulfill an order request for a customer requirement.

Create company codes by using the Telecommunications Network Inventory application. You can create codes for each manufacturer, vendor, or customer that you do business with. You can categorize these records to categorize the network assets.

Add equipment or rack to a logical composite using design and assign.

STRY59745199Add equipment to a rack or cabinet using design and assign function in the Telecommunications Network Inventory application. By adding the equipment to rack, you can fulfill a customer order request.

Add image to a network inventory record. You can distinguish the network asset with the uploaded image.

The Add/Remove member to Link Aggregation form enables you to create, review, and modify the network asset details for Link Aggregation Group (LAG) connection in the Telecommunications Network Inventory application.

Add a variable set to a record producer in the Telecommunications Network Inventory application. You can use the variable set as input fields in an activity card for the Design and Assign function.

In the equipment inventory template that you created in the Network Inventory Workspace Lists view, use the Related Templates tab. From there, add the interface cards to the selected slots.

Add an interface card to the subslots that are associated with a piece of equipment in the Network Inventory Workspace Lists view.

In the equipment inventory template that you created in the Network Inventory Workspace Lists view, use the Related Templates tab to add the associated network interface.

If the interface card supports network interfaces directly to it, create an interface template relationship between the two interfaces in the Network Inventory Workspace Lists view.

As a last step, you can optionally add a network interface template to a child and daughter card template in the Network Inventory Workspace Lists view.

In the equipment inventory template that you created in the Network Inventory Workspace Lists view, use the Related Templates tab to create the associations for the slots. The following example shows how you add a related inventory template for an equipment model.

In the Inventory Template form in the Network Inventory Workspace Lists view, you can add subslots to the interface card template that you created. You perform this procedure any time that you add a new card model to an existing equipment inventory template.

The additional tabs of the inventory models appear after a model is created. These tabs display all the related information of a model. You can always view, update, save, and delete the information as required.

Use ServiceNow Otto to automate rack allocation and summarize Remote Hands cases in Telecommunications Network Inventory. AI agents find racks that fit the capacity requirements of a change request, and summarize Remote Hands cases using similar past cases.

The Allocate Free Number function enables you to assign free numbers from the Telecommunications Network Inventory number record. You use this function to allocate a quantity of numbers from a specified range to add against the configuration item (CI) in a number element.

Allocate IP address slots to create one Allocated IP Address record for each address in a subnetwork CIDR. Reserved addresses (the first and last for IPv4, or the first for IPv6) are flagged automatically and can't be promoted to IP Address records.

The phone number allocation change model enables you to design and assign the required telephone number from a pool or standalone telephone number format.

The Allocated IP Address form represents a single address slot within an IP Subnetwork. The fields on this form are listed below.

The Service Instance form enables you to create, review, and modify the details of an application service.

Assign a record producer to a change task of a change request with the help of a decision table in Telecommunications Network Inventory application.

When you trigger bulk creation of allocated IP records from an IP Subnetwork, the system applies size limits and reserved-address rules before generating the records. This topic describes those limits and the messages displayed when they apply.

The Cable form enables you to describe the details for an optical fiber cable record.

The Cable Model form enables you to describe the details for an optical fiber cable model record.

The Cable Parameters form enables you to define cable parameters for a physical connection.

The Capacity Definition form enables you to describe the details for a capacity definition record.

Depending on the option that you selected in the Strategy field, the following fields appear in the capacity function form.

The Capacity Function form enables you to describe the details for a capacity function record.

Capacity management in Telecommunications Network Inventory enables you to calculate the capacity of physical entities in your network. By effectively managing the capacity, you can plan, monitor, and optimize the resources to make sure that the network can meet your current and future demands efficiently.

The Cascade Update function enables you to update a configuration item (CI) attribute in the Telecommunications Network Inventory application and cascade the change in all related CIs. You can use this function to automatically cascade the field values in related CIs when you use Workflow Studio.

The change request forms enable you to request a change.

The TNI CI Attributes form enables you to create the Telecommunications Network Inventory attribute details for a network inventory in the Telecommunications Network Inventory application.

Classless Inter-Domain Range (CIDR) to IP range flow action enables you to create a set of IP addresses using the Classless Inter-Domain Range (CIDR) in the Telecommunications Network Inventory application. The addresses are based on the input that you receive when you instantiate an inventory.

The CIDR value entered on an IP Address Block or IP Subnetwork record is validated when the record is saved. Invalid CIDR values are rejected with an inline error message; the record cannot be saved until the value passes all rules.

When an IP Address record is created, the system writes one or two relationship records to the CMDB relationship table (cmdb_rel_ci). The relationships created depend on which allocation method was used to create the IP Address record. The relationships are visible on the IP Address record's Related Items panel and in the Dependency View.

These fields, listed in alphabetic order, are common to some or most of the Configuration sections in the Telecommunications Network Inventory forms. The ServiceNow AI Platform uses them to configure individual network assets when you define your network asset instances.

Some network asset instance fields are common in the identification sections of the Telecommunications Network Inventory forms. The ServiceNow AI Platform uses these fields to identify and categorize your network inventory assets.

The Compute and Create Logical Connection form enables you to create, review, and modify the connection details for a logical connection.

Configure the core equipment table to enable the collection of the common Telecommunications Network Inventory attributes appear in the CI record. You use these attributes to create a Telecommunications Network Inventory CI record.

This example demonstrates how you can create and configure a playbook to design and assign a network service in the Telecommunications Network Inventory application.

Update the decision table to configure the operational data overlay on the floor map. You can view the operational data of the datacenters for a selected time range as colored layer on the floor map in the Telecommunications Network Inventory application.

Configure an attribute pack table against a configuration item (CI) with filter conditions in the Telecommunications Network Inventory application. As you configure the pack table, you can use the packs for creating a CI record.

Create and configure a Design and Assign function in the Telecommunications Network Inventory application. You can use it to design your network service and assign the network resources.

If you have the admin role, you can configure ServiceNow Otto in Telecommunications Network Inventory so that your agents can use the generative AI skills and agentic workflows.

Create and configure the capacity management function, definition, and metric in the Telecommunications Network Inventory application. By using capacity management, you can calculate the maximum, occupied, and available capacity of your network assets.

After you create an attribute pack table with the attributes you define in the Telecommunications Network Inventory application, you can configure the mapping. The mapping is between the table and the inventory object that you want to use it with.

Learn how to configure the Telecommunications Network Inventory application so that you can define your telecommunications network and create a comprehensive network inventory model.

The Connection Element form enables you to define the connection elements for the physical connections and logical connections in the Telecommunications Network Inventory application. You can create, review, update, and delete the elements in this form.Added the topic for DOC1059999.

Created topic for STRY55294083 - DOC1071773Create a central office code to allocate it to an area code of a country by using the Telecommunications Network Inventory application.

Added as per STRY55494783 - DOC1073902Design and assign a Link Aggregation Group (LAG) with the creation of Ethernet connections in the Telecommunications Network Inventory application. By creating a LAG connection, you can fulfill an order request from the customer.

Create, review, update, or close a change request for a change model from the network inventory workspace of the Telecommunications Network Inventory application. You can also analyze the instantiation details of the network instance. Created topic as per DOC1068893 - STRY55011331

Created topic for STRY55294083 - DOC1071773 Create, review, update, or delete a country code by using the Telecommunications Network Inventory application. A country can have multiple phone formats and phone validations.

Created topic for STRY55294083 - DOC1071773Create, review, update, or delete an area code by using the Telecommunications Network Inventory application.

Create an application service instance using the Telecommunications Network Inventory application. You can create service instances to model different types of network functions.Created topics for STRY55389656 - DOC1072742

Create a network function record in the Telecommunications Network Inventory application. You can manage the network functions such as 5Physical Network Function (PNF), Virtual Network Function (VNF) and so on.Created topics for STRY55389656 - DOC1072742

Create a central office code, country code, area code, and rate center for a series of telephone numbers by using the Telecommunications Network Inventory application.

A telephone number is a unique numerical identifier assigned to a telephone line or device for making and receiving telephone calls. Components of a number are central office code, country code, area code, and rate center.

Created this topic as per STRY55038360 - DOC1068501

Created topic as per DOC1076129.Create a managed network to manage all your networks and IP addresses using the Telecommunications Network Inventory application. You can create, review, update, and delete a network.

Assign a record producer to a change request by using a decision table in the Telecommunications Network Inventory application.

Created topic for STRY55294083 - DOC1071773Create a telephone number allocation so that you can group a set of telephone numbers and apply the required conditions to it by using the Telecommunications Network Inventory application. You can also review, create, update, or delete a telephone number allocation.

Created topic for STRY55294083 - DOC1071773Create a telephone block to organize and categorize all sequential telephone numbers that are within an area by using the Telecommunications Network Inventory application.

Created topic for STRY55294083 - DOC1071773Create a telephone number to add that number to an area or to a region by using the Telecommunications Network Inventory application. You can review, create, update, or delete a telephone number.

Added as per STRY57142377 - DOC1091704Create a cabinet to add, organize equipment, and manage all assets. You can also edit a cabinet using the Telecommunications Network Inventory application.Added as per STRY56279279 - DOC1082834

Create a cable model in the Telecommunications Network Inventory application to define the physical characteristics data of the cable according to the product recommendations of the manufacturer.

Modify logical connection endpoints and its details using design and assign function in the Telecommunications Network Inventory application. By making changes in the logical connection endpoints, you can fulfill an order request from the customer.

Added as per STRY55846126 - DOC1078400Modify physical connection endpoints and it's details using design and assign function in the Telecommunications Network Inventory application. By making changes in the physical connection endpoints, you can fulfill an order request from the customer.

Created topic as per STRY55939345 - DOC1079350Create a change request to add or remove a member to the design assign link aggregation change request by using the Telecommunications Network Inventory application.

Create a protection path for the logical connection in the Telecommunications Network Inventory application. You can use this protection path as an alternative route in case the primary path (logical connection) fails or experiences significant issues.

Added as per STRY57142377 - DOC1091704Create a slot to provide a designated space for the equipment to maintain, update and access all types of equipment. You can route cables using the Telecommunications Network Inventory application.

Create a strand model in the Telecommunications Network Inventory application to define the physical characteristics data of the strand according to the product recommendations of the manufacturer.

Create an IP Address Block record to define a top-level IP address range, expressed in Classless Inter-Domain Routing (CIDR) notation. The block becomes the parent for one or more IP Subnetworks. Supports both IPv4 and IPv6.

Create a single IP Address record that represents an entire IP Subnetwork as one Configuration Item. The IP Address record uses the subnetwork'ss CIDR as its value, rather than a single host address. This method is used when the subnetwork is bound to a service, port, customer, or interface as a single entity.

Create an IP Subnetwork record to subdivide an IP Address Block or to nest a subnetwork within an existing IP Subnetwork. The subnetwork's CIDR must fall within its parent's range. This task supports both IPv4 and IPv6.

Create and perform subsequent actions on the racks and cabinets using the Telecommunications Network Inventory application.

The Create and Assign Range/Single Number function enables you to create the inventory number records for a number range when you process the network inventory workflow.

Create a cable record using the design and assign function in the Telecommunications Network Inventory application. By creating the cable and related strand records, you can fulfill an order request for a fiber optical cable record.DOC1090321

Create a capacity definition in the Telecommunications Network Inventory application. You can use multiple functions in the capacity definition to calculate the capacity of your network assets.

Create a capacity function in the Telecommunications Network Inventory application. You can use this function to calculate the capacity of your network assets.

Create a Change model and add the model states and model state transitions. You can use this Change model to configure a Design and Assign function.

Created topic as per DOC1072352 - STRY55259624Create a change task after you create a change request in the Telecommunications Network Inventory application. By creating a change task, you can complete the requested change.

Create a Knowledge Base article that defines custom placement policies for your data center racks.

Create a default template in the Telecommunications Network Inventory application to capture the default attribute definition for a specific configuration item (CI) class.

The Create equipment form enables you to create an equipment from the selected rack using the Telecommunications Network Inventory application.

Create an equipment holder model in the Telecommunications Network Inventory application to define the physical characteristics data of the equipment holder according to the product manufacturer's recommendations. You create an equipment holder model every time a vendor or original equipment manufacturer (OEM) introduces a new equipment holder for your use.

Create an equipment model in the Telecommunications Network Inventory application as the first requirement for setting up the process to generate your network asset instances. You create an equipment model record every time a vendor or original equipment manufacturer (OEM) introduces new equipment for your use.

Create an equipment record using the design and assign function in the Telecommunications Network Inventory application. By creating the equipment and its related inventory records, you can fulfill an order request for an equipment record.DOC1090321

Create a facility model in the Telecommunications Network Inventory application to define the physical characteristics data of the facility record according to the product manufacturer's recommendations.

Create, manage, and update your datacenter map objects in the Indoor Mapping Map Studio interface. You can view the datacenter's network infrastructure in Telecommunications Network Inventory application.

Create a card model in the Telecommunications Network Inventory application to define the physical characteristics data of the card as per the product manufacturer's recommendations.

Create an inventory template in the Telecommunications Network Inventory application to represent a configuration of the created inventory model.

Create an inventory template for the cable models in the Telecommunications Network Inventory application. You can use this template to instantiate a cable record and related stand records.

Create one or more IP Address records by selecting allocated IP slots and promoting them to active CMDB Configuration Items.

The Create Logical Connection function enables you to create a logical connection record in the Telecommunications Network Inventory application. The record is based on the input (interfaces) that you receive when you instantiate an inventory.

The Create Logical Connection form enables you to review, create, and modify the connection details for a logical connection change request.

Create a logical connection model in the ServiceNow Telecommunications Network Inventory application to define the metadata for the different logical connections. In the logical connection model, you can import models, attach a file or an image, add or remove optional fields, and add compatibilities and substitutions.

Use the Design and Assign function to create a logical connection in the Telecommunications Network Inventory application. By creating a logical connection, you can fulfill the design request for a network service.

Create a logical connection record using the design and assign function in the Telecommunications Network Inventory application. By creating the logical connection and its related inventory records, you can fulfill an order request for an equipment record.

The Create Logical Connection with template subflow enables you to create a logical connection record from an inventory template in the Telecommunications Network Inventory application. The logical connection record is created based on the input that you receive when you instantiate an inventory using an inventory template.

The Create Logical Interface function enables you to create logical interfaces in the Telecommunications Network Inventory application.

Create a Managed Network record to define a network scope that can be assigned to IP Address Blocks. A Managed Network value propagates to subnetworks and allocated IP records beneath the IP Address Block, and the same CIDR can exist in different Managed Networks without conflict.

Create a topology record for the network that you want to visualize in the organization of its network elements. By creating the network topology, you can visualize how the network elements are organized and connected to one another in the Telecommunications Network Inventory application.

Create a network interface model in the Telecommunications Network Inventory application to define the physical characteristics data of the network interface as per the product recommendations of the manufacturer.

Create a network model relationship in the Telecommunications Network Inventory application that captures the relationships between your network model entities.

Create a network topology model in the Telecommunications Network Inventory application to define the metadata for the topology according to your recommendations. You can use a topology model to create a record by using the design and assign function.

Create an attribute pack table with the attributes that you define in the Telecommunications Network Inventory application so that you can use these attributes in the CI record.

The Create Physical Connection function enables you to create a physical connection record in the Telecommunications Network Inventory application. The record is based on the input that you receive when you instantiate an inventory.

Create an physical connection record using the design and assign function in the Telecommunications Network Inventory application. By creating the physical connection and its related inventory records, you can fulfill an order request for an equipment record.

The Create Physical Connection form enables you to review, create, and modify the connection details for a physical connection change request.

Create a physical connection model in the Telecommunications Network Inventory application to define the metadata for the different physical connections. In the physical connection model, you can import models, attach a file or an image, add or remove optional fields, and add compatibilities and substitutions.

Create a playbook for the Design and Assign function in the Workflow Studio. You can use the playbook to design and assign a network service in the Telecommunications Network Inventory application.

Create a record producer in the Telecommunications Network Inventory application. You can use this record producer to configure an activity in the playbook for the Design and Assign function.

Create a request definition and use it to configure the Design and Assign playbook. You can use this request definition to configure an activity for the Design and Assign playbook.

Create a bill of materials for assets by using a record producer, and then create a service request to procure those assets. You can do both these actions by using the Telecommunications Network Inventory application integrations with the Hardware Asset Management application.

Create a subflow in the Workflow Studio. You can use this subflow to configure an activity in the playbook for the Design and Assign function.

Create the variables for a record producer in the Telecommunications Network Inventory application. You can use these variables as input fields in an activity card in the playbook for the Design and Assign function.

In the Inventory Template form in the Network Inventory Workspace Lists view, you can create an inventory template for the equipment model.

Create an inventory template for the logical composite in the Telecommunications Network Inventory application. You can use this template to instantiate a logical composite record and its related equipment and rack records.

In the Inventory Template form in the Network Inventory Workspace Lists view, you can create inventory templates for interface card models. These models are associated with the equipment inventory template.

In the Inventory Template form in the Network Inventory Workspace Lists view, you can create inventory templates for network interface models. These models are associated with the equipment inventory template.

Use this sequence as a guide when creating inventory templates for your equipment and establishing the proper template relationships in the Telecommunications Network Inventory application.

A key function in the network inventory workspace is to manually create your network assets and a digital model of your network in the Telecommunications Network Inventory application. With this information, you can provision new services, modify existing services, maintain the network, and plan the forecast for your network growth.

As an inventory catalog manager, you can use a series of forms to define the metadata for each network model in the Telecommunications Network Inventory. During this process, you also specify the relationships between each of these models.

Update the decision table to configure the overlays appearing on the floor map. You can view the operational data of the datacenters as overlay on the floor map in the Telecommunications Network Inventory application.

Update the decision table to configure the time duration option on the floor map. You can view the operational data of the datacenters for a selected time range as overlay on the floor map in the Telecommunications Network Inventory application.

Added as per STRY57127942 - DOC1092072Customize the validation process of a CI (Configuration Item) using the Telecommunications Network Inventory application. You can customize the validation process by providing adjustable parameters based on the script.

The Network Inventory Workspace is delivered in the base system with a standard set of information in each landing page widget. You can easily customize this content to include other Telecommunications Network Inventory data.

Customizing deletion action enables you to create your own process of the deletion.

Allocation failures occur when devices, rack constraints, or CMDB records don't meet the requirements for placement.

Data center policies and rack policies are stored in the Knowledge Base and are applied to racks during the data center infrastructure allocation process.

Data center infrastructure allocation reserves rack unit space in a data center. The allocation is based on the requirements specified in a change request and the placement policies that you have configured.

Use the Network visualization view in the Telecommunications Network Inventory to explore your network infrastructure. You can explore the details about your network site, datacenter, and topology of your network.

Data center infra allocation change request reserves rack units using the rack allocation agentic workflow. The rack allocation agentic workflow handles change requests and finds racks that can accommodate the capacity requirement based on specific physical and logical constraints.

Learn how the Telecommunications Network Inventory data that appears on the Network Inventory Workspace landing page is collected and refreshed.

A Data Model Navigator is a CMDB framework feature that presents a curated, domain-specific view of the CMDB. With TNI (Telecommunications Network Inventory) context, it organizes thousands of CMDB CI classes into a focused, hierarchical structure relevant to telecom operations.

Use a Telecommunications Network Inventory decision table to integrate the Telecommunications Network Inventory and Order Management for Telecommunications applications.

You can configure decision tables to resolve complex tasks in the Telecommunications Network Inventory application. For example, you can create, review, or delete an entry for tasks in a decision table in Decision Builder.

Decommission an inventory record that you want to remove from Telecommunications Network Inventory.

The Default Template form enables you to create, review and modify a default template and schedule generation of a template.

Review, update, or create a network asset instance for the cable connecting the various sites within your network. You define these attributes so that you can track and manage your network assets in the Telecommunications Network Inventory application.

Define your datacenter record in the Telecommunications Network Inventory application. These records enable you to view the location-specific attributes for each datacenter, including the network centers, buildings, floors, and rooms where your network assets are located.

DOC1064599 All Equipment window.Create a telecommunications equipment instance in your network. You define the equipment instances so that you can track and manage your network assets in the Telecommunications Network Inventory application.

Define the facility hardware record to represent power, thermal, network components and their connectivity in a datacenter. By defining the facility records, you can track and manage your network assets in the Telecommunications Network Inventory application.

Define the power circuit record to represent the electrical pathway that delivers power in a datacenter. By defining the power circuit records, you can track and manage your network assets in the Telecommunications Network Inventory application.

Review, update, or create a network asset instance for a strand in the cable. You define these attributes so that you can track and manage your network assets in the Telecommunications Network Inventory application.

Define the equipment holder that contains your telecommunications equipment, including the cabinets, racks, shelves, and slots. By defining the equipment holders, you can track and manage your network assets in the Telecommunications Network Inventory application.

Review and update a network asset instance for your telecommunications equipment. You define the equipment instances so that you can track and manage your network assets in the Telecommunications Network Inventory application.

Review, update, or create a network asset instance for a card that you use in your telecommunications equipment. You define these attributes so that you can track and manage your network assets in the Telecommunications Network Inventory application.

Review, update, or create a network instance for a network interface that controls the signaling and management functions between your networks. You define these attributes so that you can track and manage your network instances in the Telecommunications Network Inventory application.

Define the numbering for your virtual local area network (VLAN) or link aggregation group (LAG) connections in the Telecommunications Network Inventory application. By defining these inventory numbers, you can configure your network assets to activate a network connection.

Define a location hierarchy for your Telecommunications Network Inventory forms so that you can track and manage your network assets. By defining a location hierarchy, you can see where all your network equipment is located.

Review, update, or create a network asset instance for a logical or virtual port connection on your network interface cards. You define these attributes so that you can track and manage your network assets in the Telecommunications Network Inventory application.

Review update, or create a network asset instance for the physical port connection on the interface cards in your networks. You define these attributes so that you can track and manage your network assets in the Telecommunications Network Inventory application.

Review, update, or create your network site records in the Telecommunications Network Inventory application. These records enable you to view the location-specific attributes for each network site, including the network centers, buildings, floors, and rooms where your equipment is located.

Define a JavaScript expression to control how configuration items (CIs) are named when they are created from a related template. Naming patterns can include literal text, token library variables, conditionals, and string transformations.

An inventory group is a collection of CIs that lets you apply CI actions collectively to all the CIs in Telecommunications Network Inventory application. By defining inventory groups, you can group different CIs, and apply actions to all CIs.Added as per DOC1059334

Delete an inventory record that is no longer relevant or needed in the Telecommunications Network Inventory application.

The Design and Assign function provides step-by-step guidance for designing a network service in the Telecommunications Network Inventory application. You can use the Design and Assign function to complete guided activities to design the network services and assign the network inventories.

Design and assign a logical connection in the Telecommunications Network Inventory application. By using the Design and Assign function, you can fulfill the logical connection design request of a customer.

Domain separation in Telecommunications Network Inventory provides a structured and efficient way to manage complex, multilevel organizational environments. It enables secure, tailored access and control, ensuring that users view data relevant to their domain.

Download the entire canvas of the network diagram based on your map selection in the Telecommunications Network Inventory application. You can use it as a reference to visualize the circuit.

Edit a cabinet to remove, add, or move the equipment from the selected cabinet. Organize and upgrade the components within the cabinet using the Telecommunications Network Inventory application.

Added as per STRY57142377 - DOC1091704Create a rack to add, organize equipment, rack units, and manage all assets. You can also edit a rack using the Telecommunications Network Inventory application.

Added topic as per STRY56040533 - DOC1080161.Edit a rack to remove, add, or move the equipment from the selected rack. Organize and upgrade the components within the rack using the Telecommunications Network Inventory application.

Record and update operational values manually for datacenters performance tracking in the Telecommunications Network Inventory application. You can use this data for further analysis and reporting.

The Equipment extension classes are the subclasses that are extended from the telco equipment, network gear, and hardware tables. You can define equipment records for these classes in the Telecommunications Network Inventory application.

The Create new equipment form enables you to describe the details for an equipment record.

The Equipment Holder extension classes are the sub-classes that are extended from the Equipment Holder. You can define equipment holder records for these classes in the Telecommunications Network Inventory application.

The equipment task attribute form enables you to describe the details for an equipment record.

Using the IP address allocation, you can create, view, and update IP Address Blocks and IP Subnetworks. You can also manage allocated IP addresses and IP addresses.

The Network Inventory Workspace is the intuitive and streamlined user interface of the Telecommunications Network Inventory application to manage your network inventory. You can use Network Inventory Workspace to view your inventory details, respond to all task types, and perform the network functions such as designing the network.

Learn how the Telecommunications Network Inventory application can help your organization to create a digital representation of your physical and logical networks in the ServiceNow AI Platform.

Export a hierarchy of models, inventory templates, and all related records efficiently using the application.

Export network equipment models, inventory templates, and their related records from an instance. Use this feature to promote validated configurations from a lower environment to production.

Export a selected inventory model or template records efficiently

Export equipment models, inventory templates, and related records to support development-to-production migration of network inventory data.

Learn how to migrate models and templates between ServiceNow instances by exporting them with all their dependencies as a single JSON file. The export preserve system ID continuity between source and target.

Learn how to export a model or template and its related records as XML files for transfer to another ServiceNow instance.

The custom name validation extension point validates resolved names in the Inventory Template Overview tab. Administrators can register custom validation rules to enforce organization-specific naming conventions, replacing or extending the default check.

The Get Interface Summary function enables you to retrieve all the network interface records that are associated with the input. You can use this function to automatically get the details of the available interface, connected interface, and the physical connection of the equipment in the Telecommunications Network Inventory application. Use this when you use Workflow Studio.

The GPON Broadband Change model forms enables you to create, review, and modify the connection details of the physical connection, and the compute and create logical connection.

Design and assign your Gigabyte Passive Optical Network (GPON) broadband service in the Telecommunications Network Inventory application. The GPON Broadband Service change model enables you to create multiple change tasks so that you can fulfill an order request for a GPON broadband service.

With the Gigabyte Passive Optical Network (GPON) Broadband Service change model, you can create an automated set of tasks to fulfill a GPON broadband order request.Needs review and comment by Jijesh.

The Create Physical Connection form enables you to create, review, and modify the network details for a physical connection.

These rules apply only when creating or updating an IP Subnetwork (which always has a parent — either an IP Address Block or another IP Subnetwork).

When you instantiate an inventory template, each related template in the hierarchy produces a CI (configuration item). The CI's name comes from one of two sources, depending on whether the related template defines a naming pattern.

The equipment model establishes default naming patterns for CIs (configuration items). Inventory templates inherit those patterns and can override them per related template.

Bulk-import models and their hierarchical relationships into Telecommunications Network Inventory by uploading a structured Excel file.

Learn about the fields and structure of the Excel template used to define network element models and their hierarchical relationships for bulk import.

Import models and templates to ensure consistency, reusability and reduce errors. You can import pre-defined template excels to streamline the tasks using the Telecommunications Network Inventory application.

Create an import request to import your collection of models and templates in JSON format, and streamline the workflow using the Telecommunications Network Inventory application.

Added topic as per STRY57071973 - DOC1093556Create an import model request to import your collection of models, and streamline the workflow using the Telecommunications Network Inventory application.

Learn about the fields and structure of the Excel template used to define inventory template hierarchies and their relationships for bulk import.

Create an import template request to import your inventory templates, enforce data formatting, and streamline the process using the Telecommunications Network Inventory application.

Import equipment models and inventory templates together in a single operation using JSON format in the Telecommunications Network Inventory application.

Install the ServiceNow Otto for TMT sn_tmt_gen_ai plugin to configure and use agentic workflows and skills in Telecommunications Network Inventory.

If you have the admin role, you can install the Telecommunications Network Inventory application. The application includes the demo data and installations that are related ServiceNow Store applications and plugins, if they aren’t already installed.

By instantiating your network inventory in the Telecommunications Network Inventory application, you can generate and validate your inventory records at the site level. You can also generate your individual network instances from your defined inventory templates and models and then verify that they’re properly configured.

Create a network topology record using the design and assign function in the Telecommunications Network Inventory application. By creating the network topology, you can visualize how the network elements are organized and connected to one another.

You can extend the capabilities of the Telecommunications Network Inventory application and connect with other departments to assist with problem resolution by integrating with other applications.

By integrating the Telecommunications Network Inventory application with the Hardware Asset Management (HAM) application, you can use an inventory template to create a service request. You can also associate the assets that are available in a stock room to instantiate the equipment.

You can manage IP addresses, telephone number allocations, virtual local area networks (VLANs), or link aggregation groups (LAGs) by using the inventory number allocation of the Telecommunications Network Inventory application. By using this feature, you can organize, track, and manage the physical and logical numbers.

Use the Inventory management view in the Telecommunications Network Inventory Workspace to get a detailed view of your network inventory.

You model your network inventory relationships in the Telecommunications Network Inventory application so that you can use them in the inventory template relationships to create your network inventory records.

The inventory number allocation fields enables you to describe the details for LAG, VLAN, IP address, and telephone number records.

The Inventory Numbers form enables you to create, review, and modify the inventory details for a network inventory.

The related tabs in the Network Inventory forms display the related records that dynamically change based on the connection and relationships with the other network assets. You can selectively view, modify, or update these records.

The Overview tab on an inventory template record shows the full template hierarchy as a tree. Use it to check resolved CI names and spot validation errors before deploying the template.

The IP Address Block form defines a top-level IP address range using CIDR notation. Use this reference to understand the available fields and their behavior.

The IP Address form is the active CMDB record for an IP address, created from an allocated IP slot or at the subnetwork level.

The IP address inventory management data model shows how the tables for IP Address Blocks, IP Subnetworks, allocated IP addresses, and IP addresses relate to each other. The data model supports both IPv4 and IPv6, and supports nesting subnetworks to any depth within a parent.

IP address management in the Telecommunications Network Inventory application lets you create, view, and update IP Address Blocks, IP Subnetworks, allocated IP addresses, and IP addresses.

The IP Subnetwork form defines a subdivision of an IP Address Block or a nested subdivision of another IP Subnetwork.

The Logical Connection Creation subflow enables you to create a logical connection record in the Telecommunications Network Inventory application. The record is based on the input that you receive when you instantiate an inventory.

The Logical connection modification request form enables you to modify endpoints of a logical connection record in the Telecommunications Network Inventory application.

The Lookup Next Hub function enables you to take the network interface record as input and return the details of the related physical connection record. You can automatically get the details of the physical connection and interconnected ports of the equipment in the Telecommunications Network Inventory application when you use the Workflow Studio application.

Manage IP address allocation in the application by creating IP Address Blocks, IP Subnetworks, allocated IP addresses, and IP Address records. These addresses are expressed in Classless Inter-Domain Routing (CIDR) notation. Both IPv4 and IPv6 are supported.

The Managed network form enables you to manage a network in the Telecommunications Network Inventory application.

A Managed Network record defines a network scope that can be assigned to an IP Address Block. After assigned, the Managed Network propagates to every IP Subnetwork beneath that block.

Map an Indoor Mapping campus to a datacenter Configuration Item (CI) so you can view the datacenter's network infrastructure in the Telecommunications Network Inventory.

Map a Configuration Item (CI) to a place on your floor map in the Telecommunications Network Inventory application so you can view its details.

You can model your 5G network and manage your any type of network functions by using the Telecommunications Network Inventory application. By using the model, you can create, review, update, and delete your networks.Created topic as per STRY55389656 - DOC1072742

View a capacity metric record in the Telecommunications Network Inventory application. You can use the capacity metric to get the consolidated information of the capacity calculations.

Modify the Design and Assign function layout in the Telecommunications Network Inventory application by configuring the endpoint. You can create the layout according to your network service requirement

Modify a network topology record using the design and assign function in the Telecommunications Network Inventory application. You can add or delete the elements in an existing network topology record and visualize how the network elements are organized and connected to one another.

Learn about the details of the naming convention for the associated templates that are automatically generated when you create an equipment or interface card template.

Name pattern validation runs twice. It runs at save time to prevent errors. And it runs when the Overview tab loads the hierarchy to catch issues specific to template relationships.

A naming pattern is a JavaScript expression that defines how a configuration item (CI) is named when it is created from an inventory template.

The information section in the model form enables you to create, review, and modify the details of a model.

The facility classes are used to represent power, HVAC, network, and their connectivity in a data center. You can define facility hardware records for these classes in the Telecommunications Network Inventory application.

Use the import feature to bring equipment models and templates into the system in bulk. You can import using Excel or JSON, and migrate components across instances while preserving system IDs.

Get real-time visibility into your network inventory and to perform the daily tasks through the Network Inventory Workspace landing page.

You use the Lists view to access the inventory classes and functions to perform the Network Inventory tasks.

The Network Topology form enables you to create, and review the topology details of a network.

Open datacenter floor map from an incident or alert in Service Operations Workspace for Telecommunications Network Inventory. You can view the affected hardware details in the floor map.

Open Network site map from a network site form in the Telecommunications Network Inventory application. You can understand the geographical location of the network site and information about the connections.

Operationalize a Configuration Item so that you can finalize the changes and apply them on the original CI.

Use pack tables to learn about the tables that help to model your 5G network.

Path computation error messages enable you to understand the error messages that occur during the path computation.

The Path Search function enables you to execute the path computation function between the starting and ending sites in the Telecommunications Network Inventory application. You can use this function for the path computation when you process the network inventory design and assign.

The Physical Connection Creation subflow enables you to create a physical connection record in the Telecommunications Network Inventory application. The record is based on the input that you receive when you instantiate an inventory.

The Configuration section in the Physical Connection form enables you to create a physical connection.

The Physical Connection form enables you to describe the details for a physical connection.

The Physical Connection form enables you to define a physical connection by describing its configuration and connection details.

The Physical connection modification request form enables you to modify endpoints of a physical connection record in the Telecommunications Network Inventory application.

Place types are used to categorize the different places on your map. You can use place type to categorize your network assets and facilities on your map in the Telecommunications Network Inventory application.