SUPERVIVE
Theorycraft Games used Zumidian’s GameOps layer to improve live visibility, accelerate response, and support SUPERVIVE through critical pre-launch and open beta windows.
Per-engagement figure. Site-wide mean across 226,378 alerts: 1m 48s, see How We Measure.
Game / customer
Theorycraft Games
Engagement
Launch Readiness & Operational Visibility
Risk profile
Playtest and open beta windows
Services
Operational Analytics · Incident Management · Launch Stability & Release Operations
Theorycraft Games used Zumidian’s GameOps layer to improve live visibility, accelerate response, and support SUPERVIVE through critical pre-launch and open beta windows.
Playtests expose gaps before launch does.
As SUPERVIVE moved through closed playtests and open beta, Theorycraft needed clear visibility into live-service signals that affected player experience: concurrent user trends, login and queue health, matchmaking performance, error rates, player drop-offs, and infrastructure anomalies.
The risk was not just whether issues could be detected. The risk was whether the right signals could be surfaced, qualified, and acted on fast enough during live player windows.
An operating layer around SUPERVIVE’s live environment.
Zumidian worked with Theorycraft’s observability setup and live operations workflow to provide dashboard visibility, alerting, incident monitoring, and response readiness through closed playtests and open beta.
Operational Analytics Custom dashboards turned live-service signals into actionable visibility for engineering, production, and stakeholders.
Incident Management Continuous monitoring, incident qualification, and fast acknowledgement during live player windows.
Launch Stability & Release Operations Coverage for closed playtests and open beta, with live monitoring and response readiness when player demand was highest.
Operational confidence when the game was live
- Live visibility across player-impacting signals
- Faster acknowledgement during operational events
- Better stakeholder clarity during live windows
- Reduced operational distraction for internal teams
What this engagement demonstrates
In scope CCU trends, login and queue health, matchmaking performance, error rates, player drop-off signals, and infrastructure anomalies.
What coverage does not mean Coverage is not the same as zero incidents. It means no service in scope was unmonitored, and no alert had an undefined owner when it fired.
Coverage is measured against SUPERVIVE’s production and live-service environments: every service in scope had monitoring in place, alerting configured, and a defined response path before player-facing windows opened.
A 24x7x365 coverage model was in place across closed playtests and open beta, with a <1m 40s MTTA and zero downtime during open beta.
“Their team is proactive, reliable, and highly responsive, helping us maintain strong uptime and quickly address any issues. We trust their expertise and appreciate the peace of mind they bring to our live service.”
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