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Homeβ€ΊProjectsβ€ΊGaming Platform
πŸ“‘ SRE & Observability
🏒 Gaming Platform

Chaos Engineering Programme Revealing 12 Critical Failure Modes

39/45Project Reference
8 weeksEngagement Duration
3 architectsZippyOPS Team
4Measurable Outcomes
The Challenge

What the Client Was Facing

A gaming company's platform had grown rapidly and engineering leadership had no idea what would happen if key infrastructure components failed. Past incidents had been random and uncontrolled β€” the team feared chaos engineering but feared unknown failure modes more.

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 designed and delivered a structured chaos engineering programme using LitmusChaos and Gremlin. A GameDay framework was developed with pre-defined failure scenarios, hypothesis documentation and a structured review process. 3 GameDays were run β€” each revealing multiple undocumented failure modes that were systematically hardened.

Technologies Used

LitmusChaos Gremlin Kubernetes Prometheus Grafana PagerDuty Python Slack Datadog AWS EKS
The Results

Measurable Outcomes Delivered

βœ“

12 critical failure modes identified and hardened before causing production incidents

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GameDay framework adopted as a quarterly practice by the engineering organisation

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Mean time to recover improved 65% through practiced incident response

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Platform confidence high enough to run a zero-downtime global launch for 2M concurrent users

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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