Automated End-of-Life Software Ownership Tracking

Automated End-of-Life Software Ownership Tracking

Automated End-of-Life Software Ownership Tracking

This automation reviews installed software and operating systems against published lifecycle records, identifies unsupported or soon-to-expire components, and assigns remediation to the responsible teams. It creates grouped problem records with affected configuration items, recommended target versions, priorities, and deadlines while avoiding duplicate open problems.

Software Compliance

IT Asset Management

Patch Management

Remediation

Trigger

A scheduled weekly run or on-demand webhook triggers a review of active software, operating-system, ownership, dependency, and existing-problem data from the configuration management database.

Outcome

The workflow returns a lifecycle review summary and creates grouped problem records with linked affected configuration items for eligible remediation findings.

Trigger

A scheduled weekly run or on-demand webhook triggers a review of active software, operating-system, ownership, dependency, and existing-problem data from the configuration management database.

Outcome

The workflow returns a lifecycle review summary and creates grouped problem records with linked affected configuration items for eligible remediation findings.

Before

Engineers had to export or review installed software and operating systems, look up lifecycle dates product by product, and determine which team owned each affected system. They also had to identify affected configuration items, check for existing problems, and assemble remediation details before handing the work to support teams.

How it works

  1. Collect active inventory, ownership data, service dependencies, and existing lifecycle problems, then match software and operating-system versions to published lifecycle records.
  2. Classify each configuration item by support status, identify a viable newer cycle, determine the responsible team, and check whether the finding is already tracked.
  3. Create one grouped problem per eligible team, product, and lifecycle cycle, link the affected configuration items, and return a summary of created, existing, and uncovered findings.

Workflow details

  • Inventory collection: The workflow reads active software installations, computer and server operating systems, support groups, service dependencies, and existing lifecycle problems from the configuration management database. Continuously updated or explicitly excluded software is omitted from the review.
  • Lifecycle matching: It maps inventoried product names and versions to published lifecycle records, then classifies each configuration item as out of support, approaching end of support within the review horizon, under reduced support, current, unknown, or uncovered.
  • Ownership and targeting: Responsible teams are determined from configuration ownership, service dependencies, and support groups. For affected components, the workflow identifies a newer cycle from the same product family that is expected to retain support for at least the configured minimum period.
  • Problem creation: Eligible findings are grouped by team, product, and lifecycle cycle. Existing active problems with the same correlation key are not recreated; new problems include affected configuration items, exposure information, impact, urgency, remediation deadlines, and upgrade guidance.
  • Results: The flow returns a summary of lifecycle status by product family, problems created or already tracked, linked configuration items, unknown cycles, and inventory that could not be matched to published records.

What changed

Lifecycle status, ownership, target-version guidance, exposure, priority, and deadlines are calculated in one review. The handoff changes from a manually assembled finding to a grouped ServiceNow problem already assigned to the responsible team and linked to the configuration items requiring remediation, while human teams retain responsibility for planning and executing upgrades or exceptions.

Work removed

Exporting inventory, repeatedly looking up lifecycle dates, mapping products and versions to lifecycle cycles, identifying responsible teams, compiling affected configuration-item lists, checking for duplicate open problems, and manually preparing problem records.

Expected outcome

Each eligible team, product, and lifecycle cycle is consolidated into one remediation problem rather than separate records for every affected configuration item; exact time savings are not measured.

Related flows

Related flows

Explore more workflows with similar topics or tools.

Interactive Identity Incident Remediation

This automation turns Teams security event messages into actionable remediation workflows, allowing authorized users to reset passwords, lock accounts, revoke sessions, investigate session identifiers, or route supported requests to specialized subflows. It updates the original incident message with the selected action, actor, and timestamp so the response remains visible in the incident conversation.

This automation turns Teams security event messages into actionable remediation workflows, allowing authorized users to reset passwords, lock accounts, revoke sessions, investigate session identifiers, or route supported requests to specialized subflows. It updates the original incident message with the selected action, actor, and timestamp so the response remains visible in the incident conversation.

Explore use case

Explore use case

Remote Device DNS Resolver Investigation

This automation investigates a remote user's current DNS resolver by retrieving the user's managed device inventory, extracting and parsing resolver data, and comparing it with the authorized resolver. If the resolver is unauthorized, it sends a notification to the initiating Slack channel.

This automation investigates a remote user's current DNS resolver by retrieving the user's managed device inventory, extracting and parsing resolver data, and comparing it with the authorized resolver. If the resolver is unauthorized, it sends a notification to the initiating Slack channel.

Explore use case

Explore use case

Automatically Remediate Overly Permissive Cloud Firewall Rules

This automation finds open Google Cloud firewall findings that allow overly permissive access, then disables the affected rules or restricts them to a configured source IP according to the selected action. It updates the firewall rules and posts the project, action, and number of impacted rules to a channel.

This automation finds open Google Cloud firewall findings that allow overly permissive access, then disables the affected rules or restricts them to a configured source IP according to the selected action. It updates the firewall rules and posts the project, action, and number of impacted rules to a channel.

Explore use case

Explore use case

Less busywork. More possibility.

Let your agents handle the routine. Make room for what comes next.

Automation intelligence, delivered monthly.

Product releases, automation playbooks, and security research โ€” straight to your inbox. No spam, unsubscribe anytime.

ยฉ 2026 Mindflow โ€” All rights reserved.

SOC 2 Type II
ISO 27001
GDPR
France 2030
Bpifrance
รŽle-de-France

Less busywork. More possibility.

Let your agents handle the routine. Make room for what comes next.

Automation intelligence, delivered monthly.

Product releases, automation playbooks, and security research โ€” straight to your inbox. No spam, unsubscribe anytime.

ยฉ 2026 Mindflow โ€” All rights reserved.

SOC 2 Type II
ISO 27001
GDPR
France 2030
Bpifrance
รŽle-de-France

Automation intelligence, delivered monthly.

Product releases, automation playbooks, and security research โ€” straight to your inbox. No spam, unsubscribe anytime.

ยฉ 2026 Mindflow โ€” All rights reserved.

SOC 2 Type II
ISO 27001
GDPR
France 2030
Bpifrance
รŽle-de-France
To embed a website or widget, add it to the properties panel.