Before
Security staff likely had to read each login alert, extract the username and IP address, look up the IP location, find the user in the directory, and review recent successful login activity manually. They then had to notify ITSecOps, decide whether to reset the WordPress password, and update the incident record across separate tools.
How it works
- The workflow parses the incoming alert, enriches the IP with location data, and identifies the associated user and email address.
- It checks the user’s organization context and compares the flagged IP with up to 20 recent successful login IPs, separating known activity from unfamiliar access.
- It sends ITSecOps an interactive notification; if remediation is approved, it changes the WordPress password, updates the alert, and records the incident as archived or resolved.
Workflow details
- Alert intake: The workflow starts from an email alert and extracts the flagged IP address, username, country, and alert date so the incident can be processed consistently.
- Context enrichment: It retrieves location information for the IP address and looks up the associated user in the directory. If the first lookup does not provide the expected account data, it performs an additional directory lookup to obtain the user’s verification code and primary email address.
- Known-IP validation: For an account identified as belonging to Mindflow, the workflow retrieves up to the last 20 successful login activities and extracts their IP addresses. It then checks whether the flagged address is among the user’s recent known addresses.
- Decision and response: Known addresses and accounts outside Mindflow are reported to ITSecOps with the username, email information when available, IP address, location, and date. For an unfamiliar address, the Slack alert presents Remediate and Close actions so an analyst can choose the next step.
- Remediation and recordkeeping: When remediation is selected, the workflow generates a temporary password, updates the targeted WordPress user, records the incident in Airtable, updates the incident message with the remediation status, and creates a resolved record. Closing the alert instead archives the incident as a disposition without applying the password-change path.
What changed
The alert is enriched and validated automatically before ITSecOps receives it, including an automated comparison against the user’s recent successful login IPs. Human involvement is reduced to choosing Close or Remediate in the notification, after which the selected disposition and any password change are recorded automatically.
Work removed
Manually extracting alert fields, looking up IP location, searching the directory for the user, retrieving recent successful login IPs, comparing the flagged IP with historical addresses, copying incident details into notifications, changing the WordPress password, and updating archive or resolution records.
Expected outcome
Conservatively, the workflow removes at least four recurring manual lookups or updates per alert while providing a documented analyst-approved remediation path; no measured time-savings data is provided.
