SCP-7370
Keter
?
low confidence
SCP-7370
Expected annual
$38.5M
One-time setup
$129.3M
Annual recurring
$36.1M
Personnel
17
Large one-time capital expenditures (site upgrades, containment cell, broadcast access buy-in and a strategic reserve) dominate up-front costs (~$129M), while recurring annual costs are driven by covert network payments, MTF readiness, research/monitoring and amnestic/PR/legal operations (~$36M/year).
One-Time Capital Costs
Total: $129.3M
Annual Recurring Costs
Total: $36.1M/yr
Cost Scenarios
📊
Baseline
(baseline)
$36.1M/yr
Normal year with scheduled containment matches, routine research, monitoring, and no major public incidents.
scheduled biweekly matches
routine maintenance and monitoring
🚨
Minor Incident
$37.1M/yr
Single small-to-medium public manifestation or limited leak requiring localized amnestic deployment, a short MTF deployment and increased PR/legal activity.
small venue manifestation
limited civilian injuries
single-network exposure
🚨
Major Breach
$111.1M/yr
Large stadium or international televised manifestation with mass exposure, large-scale amnesticization, major MTF deployments, legal/cover payouts and potential diplomatic actions.
stadium-scale exposure
international media leak
mass casualty or large legal claim
Personnel
17 total
| Role | Count | Notes |
|---|---|---|
| Research Scientist / Lead Level-3 | 1 | [#5] Lead researcher responsible for SCP-7370 research program oversight and scheduling. |
| Research Scientist | 4 | [#5, #21] Research staff and assistants conducting behavioral experiments, footage analysis and R&D support. |
| Security Officer / MTF Agent | 10 | [#26, #10] Onsite guards dedicated to ring/containment security (rotational shifts); supplements MTF readiness. |
| Administrative Staff | 2 | [#30, #14] Small in-house finance/legal/admin team for budgeting, audits, and coordination with covert liaison operations. |
Confidence Notes
Wide ranges in several line items (covert network access, legal/cover payouts, catastrophic contingencies and R&D) and reliance on unpredictable public-broadcast dynamics create high uncertainty in both one-time and recurring estimates.