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Ansible Patch Automation Eliminating Manual Server Maintenance

12/45Project Reference
8 weeksEngagement Duration
2 architectsZippyOPS Team
4Measurable Outcomes
The Challenge

What the Client Was Facing

A SaaS company's engineering team spent 8 hours every week applying manual security patches. Patches were applied inconsistently, some servers were months out of date and a CVE had recently caused a security incident due to a missed patch.

Our Role

What ZippyOPS Was Engaged To Do

ZippyOPS was brought in to design and implement a solution addressing the root causes of the client's challenges β€” delivering measurable outcomes within a fixed engagement timeline. Our team worked embedded with the client's engineers throughout the entire project.

The Solution

How We Solved It

ZippyOPS implemented Ansible-driven patch management with OS-level patching, service restart orchestration and pre/post health check automation. A canary patching strategy ensured production stability β€” patching 10% of servers first with automated health validation before rolling out fleet-wide.

Technologies Used

Ansible Terraform GitLab CI Prometheus Grafana PagerDuty AWS SSM Python Jinja2
The Results

Measurable Outcomes Delivered

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Manual patch effort reduced from 8 hours/week to zero

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All servers patched within 48 hours of a CVE being published

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Canary strategy prevented 2 potential production incidents in first 90 days

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Weekly patch compliance report sent automatically to the security team

Want Similar Results for Your Team?

Book a free consultation and let's discuss how ZippyOPS can deliver the same transformation for your organisation.

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