AlekSystem Workflow Detail

Automated Employee Offboarding: Lock Redmine & GitLab Accounts using Odoo 18 Solution

Automated Employee Offboarding: Lock Redmine & GitLab Accounts using Odoo 18

📌 Who is This For? IT Ops, HR, and Security teams automating employee offboarding.

Rank 58 Verified workflow

Workflow overview

Why this workflow matters

Useful for software delivery and engineering operations. Relevant for managed services and support workflows.

📌 Who is This For? IT Ops, HR, and Security teams automating employee offboarding. Zero manual work: Disable access to Redmine, GitLab, and more- right after their last day. Boost security, cut risks, and stay compliant. 📌 The Problem It Solves Offboarding is messy and slow: HR flags ending contracts. IT hunts down accounts manually (Redmine, GitLab, etc.). Misses happen, risks linger. This AlekSystem workflow queries Odoo 18 daily, spots offboardees, and locks accounts automatically. 📌 What It Does Triggers** daily (e.g., 5 PM weekdays). Queries** Odoo 18 for employees ending today. Filters** active users needing offboarding. Checks & Locks** Redmine accounts via API. Checks & Revokes** GitLab access via API. Notifies** via Slack/Teams/email with summary. Handles Errors**: Retries failures, logs issues. 📌 Quick setup Odoo 18 API (read employee end dates/last shifts). Redmine Admin API key. GitLab Admin token (for locking users). Slack/Teams webhook or SMTP for alerts. Cron schedule (e.g., daily 5 PM weekdays, skip weekends). 📌 Customize It Add Systems**: Jira, Confluence, LDAP—easy toggles. Notification**: Full reports or alerts-only. Error Rules**: Retries, escalations. Audit Logs**: Save to DB, S3, Sheets, or dashboard. 📌 Results 100% automated: Accounts locked on exit day. No orphans, no workload, full compliance. 📌 Workflow in Action Schedule trigger fires. Pull Odoo offboardees. API checks & disables Redmine/GitLab. Logs + summary notification.

Best fit

Categories

AI/MLCommunicationDevOps

Services

Use cases

engineering workflow automationemail workflow automation