Certificate Scan Inventory

Prerequisite: Verify that your user role has the required ACF permission to view code scan inventory. To enable ACF permission, click here.

Viewing the Certificate Scan Inventory

To view the certificate scan inventory:
To view the certificate scan inventory, go to Menu > Quantum Trust Hub > Inventory > Certificate.
You will be redirected to the Certificate Scan Inventory in the Quantum Trust Hub.

This certificate inventory provides a category-wise comprehensive view of all certificates within your organization’s cryptographic infrastructure. For a PQC-focused analysis, you can customize the inventory view to display only the columns that are relevant to your requirement.

AppViewX has introduced the following new columns to indicate the PQC readiness of your certificates and to enable prompt remediation, as required:
Table 1. Column descriptions for the certificate scan inventory
Column Description
PQC Risk Severity PQC Risk Severity indicates how severely a certificate could be impacted by a potential quantum attack. Based on the certificate PQC score calculated for a certificate, this column displays one of the following values:
  • Critical
  • High
  • Medium
  • Low (Quantum Safe)
Quantum Readiness Quantum readiness is a measure of an organization’s preparedness to address the impact of quantum computing over cryptography. Your certificate infrastructure will be considered quantum ready when it is deemed capable of protecting your data, systems, and communication against the threats posed by quantum computers to today’s encryption methods.
This column in the inventory indicates the quantum readiness of individual certificates using the following values:
  • Quantum Resistant (certificate uses PQC algorithms for encryption that can withstand attacks from classical as well as quantum computers)
  • Quantum Vulnerable (certificate uses classical encryption algorithms that can be broken by quantum computers)
  • Hybrid (certificate uses a cryptographic approach that combines the current classical algorithms with PQC algorithms)
For instructions on customizing the certificate inventory view, click here.

Common Inventory Functions

The table below explains the inventory functions for Certificate Scan Inventory.
Feature Description
Search Enter free text or keywords to search for specific entries in the inventory.
Important: Currently, values from the following fields cannot be used as search keywords, as they are not supported by the search functionality and will be treated as invalid input:
  • Business application
  • Business owner
  • Business criticality
  • CMDB Match Status
  • CMDB Operational Status
Note: In case CMDB integration is enabled for certificates, enable the "QTH Child Collection Daily Sync" job under CLM → Job Scheduler to ensure an improved certificate dashboard and inventory experience.
Export To export the inventory data:
  1. Select at least one record from the inventory to export the corresponding data.
  2. From the menu bar, click Export.
  3. From the How would you like to download the data? Dialog box, select your preferred export file format (CSV or XLS).
  4. Click Submit.

The inventory data is downloaded to your local system as a zipped file.

Pagination Use the pagination control dropdown to select the number of records that will be displayed per page of the inventory.

You can select to display 25, 50, 75, or 100 records per page of the inventory.

Pagination Navigation Use the pagination navigation buttons to move between the pages in the inventory.
Refresh Use the Refresh button to reload the inventory to display the up-to-date records.

Understanding the Certificate Scan Inventory

For detailed descriptions of the fields in the certificate inventory, see the Certificate Inventory documentation. To indicate the PQC readiness of your certificates and to enable prompt remediation, as required, AppViewX displays the following additional columns in the Quantum Trust Hub certificate scan inventory:
Column Description
CMDB Operational Status Indicates the current state of the configuration item (CI) using the following values:
  • In Service: CI is up and running.
  • Maintenance: CI is undergoing updates/fixes.
  • Retired: CI has been decommissioned and is no longer in use.
CMDB Match Status

Indicates if the certificate listed in the inventory can be linked to a configuration item (CI) in the CMDB and if the CI’s data can be used for populating the business context in the configuration scan inventory (in the Business Application, Owner, and Business Criticality fields)

For a detailed understanding of how the CMDB status is populated, see Understanding CMDB Status Values (Certificate Scan).

Business Application Application or service that the scanned certificate is associated with
Owner Individual/team that is responsible for the business application and the certificate
Business Criticality Impact of the application and the certificate on the business operations
PQC Risk Severity PQC Risk Severity indicates how severely a certificate could be impacted by a potential quantum attack. Based on certificates' validity period, cryptographic algorithm strength (including key size), and alignment with the NIST-recommended standards for quantum resilience, this column displays one of the following values:
  • Critical
  • High
  • Medium
  • Low (Quantum Safe)
Quantum Readiness Quantum readiness is a measure of an organization’s preparedness to address the impact of quantum computing over cryptography. Your certificate infrastructure will be considered quantum ready when it is deemed capable of protecting your data, systems, and communication against the threats posed by quantum computers to today’s encryption methods.

This column in the inventory indicates the quantum readiness of individual certificates using the following values:

  • Quantum Resistant (certificate uses PQC algorithms for encryption that can withstand attacks from classical as well as quantum computers)
  • Quantum Vulnerable (certificate uses classical encryption algorithms that can be broken by quantum computers)
  • Hybrid (certificate uses a cryptographic approach that combines the current classical algorithms with PQC algorithms)

Understanding the CMDB Status Values [Certificate Scan Inventory]

Scenario Condition CMDB Match Status Business Criticality / Owner / Business Application Columns
Unique CI found and active operational_status in (Operational, In Service, Running) Matched – Fully Enriched Populate values as in CMDB
CI inactive / retired / decommissioned operational_status in (Retired, Inactive, Decommissioned, Removed) Matched – Fully Enriched Populate as in CMDB
CI found, but lifecycle fields missing operational_status or install_status missing Matched – Fully Enriched Populate available values
CI found, but enrichment fields blank Fields like Business App, Owner, Criticality missing Matched – Partially Enriched Populate available data only
Multiple matching CIs found

Multiple CIs found

(Based on sys_updated_on field and taking first entry which is last updated)

Matched – Fully Enriched Enrich fields according to the latest data update.
No CI found No CI found Unmatched Leave enrichment fields empty
CMDB query failed (connectivity/auth/system error)

Failure to connect to CMDB

(No entry ,log the failure and retain the old data if applicable)

Leave enrichment fields empty

Customizing Columns in the Server Certificate Inventory

This topic will be listed here (please scroll to the end of this page) for the server certificate inventory. Similarly, this same topic will be added for the client, code signing, root, intermediate, and device certificate inventory documentation.

For the certificate inventory, AppViewX lets you show/hide columns in the certificate inventory based on the data you want to display. Selecting which columns to display lets users focus on relevant data, improves readability, and speeds up analysis and reporting.

To customize the columns in the server certificate inventory:

  1. Go to Menu > CLM > Certificate Inventory > Server.
    The Server Certificate inventory is displayed.
  2. From the toolbar, click Columns.
    The Columns dialog box is displayed.
  3. Select/Clear the checkboxes corresponding to the columns you want to show/hide in the inventory.
    Tip:
    • You can also use the Search field to search for the required columns.
    • To select all columns, select the Select all checkbox from the dialog box.
    • To reset your changes, click Reset to previous column selection.
    Note: Columns marked with an * are mandatory for displaying in the inventory and hence cannot be hidden.
  4. Click Save.
    The inventory is updated according to your selection.

Customizing Columns to View PQC Readiness

Starting v2025.0.0.0, AppViewX introduces PQC capabilities for CLM that will review and provide a holistic view of the PQC readiness of your certificate inventory.

PQC Readiness is a measure of your organization's preparedness for transitioning to PQC algorithms to resist probable attacks from quantum computers.

To be able to view the PQC readiness of your certificates, you will be required to enable the following columns for display in the certificate inventory:
Column Description
PQC Risk Severity PQC Risk Severity indicates how severely a certificate could be impacted by a potential quantum attack. Based on certificates' validity period, cryptographic algorithm strength (including key size), and alignment with the NIST-recommended standards for quantum resilience, this column displays one of the following values:
  • Critical
  • High
  • Medium
  • Low (Quantum Safe)
Quantum Readiness Quantum readiness is a measure of an organization’s preparedness to address the impact of quantum computing over cryptography. Your certificate infrastructure will be considered quantum ready when it is deemed capable of protecting your data, systems, and communication against the threats posed by quantum computers to today’s encryption methods.
This column in the inventory indicates the quantum readiness of individual certificates using the following values:
  • Quantum Resistant (certificate uses PQC algorithms for encryption that can withstand attacks from classical as well as quantum computers)
  • Quantum Vulnerable (certificate uses classical encryption algorithms that can be broken by quantum computers)
  • Hybrid (certificate uses a cryptographic approach that combines the current classical algorithms with PQC algorithms)