Operational control without the operational burden.
Zumidian gives studios and publishers a dedicated 24x7x365 GameOps layer that helps protect revenue, improve response, stabilize launches, and keep internal teams focused on building better games, without forcing them to build the full operating model internally.
Cost calculator
Estimate your true cost of building in-house.
Model the fully-loaded annual cost of staffing, tooling, and managing a 24/7 game operations team internally, then compare it directly against the Zumidian full-service package.
Model your internal build
Adjust the assumptions for your studio.
Every studio's number is different: headcount, market, tooling and scope all move it. That's what this calculator is for; the figures elsewhere on this page are illustrations, your inputs are the answer.
24/7 coverage needs 3 shifts plus weekends, holidays, and redundancy, realistically 6 to 8.
Senior DevOps / SRE / LiveOps engineers in gaming hubs command $120K to $200K+ base.
Benefits, taxes, equity, equipment, and stipends. 35% is conservative for US/EU studios.
Monitoring, paging, dashboards, runbook platforms, log retention, and probe networks.
24/7 roles are hard to fill and keep. Replacement cost is commonly 6 to 9 months of salary.
Your estimate
lower than building and running the same coverage internally.
Direct savings only. Engineering velocity, retention, faster incident recovery, and fewer launch fire drills represent additional unquantified value. Directional estimate, not a formal quote. Actual pricing varies by studio size, launch timeline, and scope. Assumptions are calibrated for US / Western European studios.
The operating-model decision
The question is not whether live games need GameOps.
They do. The real question is whether every studio or publisher needs to build the entire 24/7 operating model internally.
Continuous activity
Live games operate in real time across players, systems, regions, and time zones. There is no true offline mode.
Instant business impact
Operational issues can immediately affect gameplay, monetisation, player trust, support volume, and executive confidence.
High-stakes moments
Launches, updates, live events, regional degradation, and backend instability compress operational risk.
Internal cost burden
Building coverage is possible. Sustaining it reliably is the challenge.
Internal 24/7 coverage is a permanent operating model: shifts, management, runbooks, tooling, training, reporting, retention, escalation paths, key-person dependency, and burnout mitigation.
Coverage gaps
Nights, weekends, vacations, holidays, and unexpected peaks are difficult to cover consistently.
Escalation delays
Resolution depends on who is available, how fast they respond, and how much context they have.
Key-person dependency
Critical operational knowledge often sits with a few people instead of a repeatable system.
Operational fatigue
On-call pressure, night/weekend coverage, and engineers pulled from roadmap work reduce efficiency.
Revenue exposure
Downtime is a business problem. It is revenue exposure.
For live games, uptime is a business performance metric. Availability, performance, and response time affect revenue, player trust, support volume, community sentiment, launch momentum, and internal productivity.
Detection is not recovery
Alerts do not resolve incidents. Operations do.
Most teams already have dashboards, alerts, and escalation paths. The gap is what happens after the alert: qualification, ownership, runbook execution, validation, and recovery.
Traditional escalation model
More handoffs. More delay.
Zumidian operating model
Fewer handoffs. Faster recovery.
Cost comparison
The economics of 24/7 GameOps are changing.
Lower fixed cost is only part of the value. The stronger argument is reduced operational risk, faster response, better launch stability, and lower internal burden.
CAPEX vs OPEX
The internal-build model can become a CAPEX trap.
Fixed operational capacity is expensive, slow to adapt, and difficult to scale around launches, incidents, quiet periods, and live-service peaks. A flexible GameOps layer turns operational coverage into a more agile operating expense.
Rigid. Expensive. Slow to adapt.
Flexible. Scalable. Built for live games.
Build vs extend
Compare the operating models.
The Zumidian model
Integrate. Operate. Improve.
Zumidian acts as an embedded 24/7 operational layer: integrating with your tools and workflows, operating live services, and continuously improving alerts, runbooks, dashboards, and release readiness.
Incident Management
24x7x365 monitoring, runbook-driven response, full-stack coverage, post-fix verification, and resolution-focused operations.
Operational Analytics
Real-time dashboards, stakeholder-friendly views, alert correlation, threshold tuning, and operational reporting.
Ping Monitoring
Global latency and packet-loss visibility to detect player connectivity issues before they become widespread complaints.
Release Support
Deployment validation, launch coverage, post-release monitoring, environment checks, and rollback readiness.
Existing Tool Integration
Works with customer tools, infrastructure, and processes, with no rip-and-replace model.
Control & Governance
Customer-approved access paths, scoped permissions, logged actions, transparent reporting, and clear operational boundaries.
Read how access and governance workProof
Operational confidence, measured in outcomes.
The business case is not built on more tools or more alerts. It is built on faster response, faster recovery, and greater stability during the moments where player impact and revenue exposure are highest.
Mean time to acknowledge, every severity, not just critical.
See how we measure these numbers →Mean time from alert to the resolving action being applied.
See how we measure these numbers →Across 21 customer environments since January 2024.
See how we measure these numbers →FAQ
Outsourcing game operations: frequently asked questions.
Should a studio build 24/7 game operations in-house or outsource it?
It depends on scale and predictability. Large publishers with steady, high-volume demand can justify the fixed cost of a full internal 24/7 team; many studios in early or mid-stage live service cannot. The practical question is whether you need to own the entire operating model internally, or whether you need reliable access to a proven operating layer that extends your team.
How much does 24/7 game operations cost?
There's no single number: the cost depends on headcount, salary market, region, tooling, redundancy and how many titles the team covers. A genuine fully-loaded 24/7 GameOps function commonly lands between roughly $900K and $1.4M+ per year, and can run well beyond that at scale; configurations meaningfully below that range usually mean accepting coverage gaps rather than true 24x7x365 coverage. Zumidian's cost calculator on this page models your specific assumptions. By comparison, Zumidian's services can be purchased individually, and the full operating layer is $25,000/month ($300,000/year), the strongest overall value, so direct savings are typically several hundred thousand dollars a year before indirect savings from reduced engineering disruption. Engagements are month-to-month with no long-term commitment; an annual commitment is available at a preferential rate.
We already have monitoring and on-call. Do we still need GameOps?
Monitoring tells you something is wrong; it does not resolve the incident. On-call is not the same as continuous 24/7 operational coverage. The gap is usually qualified response, structured action within approved boundaries, and verified recovery — which is what a dedicated GameOps layer provides after the alert fires.
What does an outsourced game operations provider actually do?
A provider like Zumidian works inside your existing tools, dashboards, alerts, and runbooks rather than replacing them. The workflow is continuous: monitor the live environment, qualify incidents by severity and player impact, act through approved procedures, verify recovery, and improve runbooks and thresholds after each incident — without removing internal control.
Does outsourcing game operations require a long-term contract?
Not with Zumidian. Engagements are month-to-month with no long-term commitment; the model is designed so the provider has to earn the engagement every month. A 12-month commitment is available at a discounted rate for teams that prefer it, but the value proposition stands without it. Services can also be purchased individually rather than as the full package. Combined with a tool-agnostic approach that works inside your existing stack, this keeps switching costs and vendor risk low.
GameOps is the 24/7 operational reliability layer for live games, and how it differs from LiveOps is covered in full on What Is GameOps.
Find out what your current operations model is really costing.
Evaluate your coverage model, incident response process, visibility gaps, launch risk, escalation paths, internal burden, and cost structure.