SCP-3591
Safe
?
low confidence
SCP-3591
Expected annual
$60.0M
One-time setup
$343.6M
Annual recurring
$58.1M
Personnel
132
Initial one-time setup is dominated by land control, contingency reserves, and capital infrastructure (~$344M). Recurring annual costs are driven by staffing, specialized research/monitoring, manufacturing contingency and a reality-distortion risk premium (~$58.1M/yr).
One-Time Capital Costs
Total: $343.6M
Annual Recurring Costs
Total: $58.1M/yr
Cost Scenarios
📊
Baseline
(baseline)
$58.1M/yr
Normal operational year with routine monitoring, maintenance, and no major anomalous incidents.
no major breaches
routine monitoring only
🚨
Minor Incident
$60.1M/yr
Localized anomalous activity requiring increased sensor tasking, small repairs, overtime, and limited emergency contracting.
localized sensor failure
small repair and overtime
temporary increased satellite tasking
🚨
Major Breach
$108.1M/yr
Significant containment breach or anomalous event causing infrastructure damage, large remediation, and major emergency contracting.
containment breach
infrastructure destruction
large-scale remediation
🚨
Mass Relocation
$208.1M/yr
Large-scale population relocations and long-term remediation driven by severe anomalous effects inside the perimeter.
mass evacuation
widespread infrastructure loss
large-scale legal/PR expenditures
Personnel
132 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 60 | Baseline perimeter patrols, checkpoints, QRF; headcount chosen to match the security portion of staff wages (~$5M/yr). |
| Research Scientist | 30 | Physicists, geophysicists, biologists, materials scientists and analysts; part of the scientific payroll (~$120k loaded avg). |
| Technician / Analyst | 42 | Instrument technicians, data scientists, instrument operators; included in the scientific/technical payroll (~$80k loaded avg). |
Confidence Notes
Costs are order-of-magnitude estimates with high uncertainty because SCP-3591 exhibits reality-distortion and spatiotemporal anomalies; land value, population density, and non-linear anomalous events drive wide variance.