SCP-9342
Unknown
?
low confidence
SCP-9342
Expected annual
$5.5M
One-time setup
$65.0M
Annual recurring
$5.4M
Personnel
27
Total one-time setup and reserve costs are dominated by large contingency and potential decommissioning reserves; recurring costs are driven by highly staffed scientific, technical, and security teams plus ongoing thaumaturgic monitoring and cover-story maintenance.
One-Time Capital Costs
Total: $65.0M
Annual Recurring Costs
Total: $5.4M/yr
Cost Scenarios
📊
Baseline
(baseline)
$5.4M/yr
Normal year with no major incidents; routine monitoring, maintenance, research, and cover-story operations.
no_activation
routine_maintenance
normal_research_ops
🚨
Minor Incident
$5.6M/yr
Localized sigil activation or mechanical failure requiring emergency response, temporary increased staffing, repairs, and small payouts.
localized_activation
anchor_failure
emergency_evacuations
🚨
Major Breach
$15.4M/yr
Significant activation or partial breach causing equipment loss, extended remediation, major legal/diplomatic exposure, and use of contingency reserves.
partial_activation
multiple_casualties
significant_equipment_loss
🚨
Decommissioning Attempt
$55.4M/yr
Policy decision or forced response to attempt permanent neutralization/entombment leading to full decommissioning fund drawdown and massive engineering operations.
policy_shift
attempted_neutralization
international_coordination
Personnel
27 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 10 | Onsite 24/7 armed security covering three shifts (item #9); count aligns with budgeted wages. |
| Engineer / Maintenance / Technician | 5 | Technical operations staff (electricians, HVAC, systems, robotics technicians) (item #10); mid-range estimate (4-6). |
| Research Scientist | 12 | Scientific research team including physicists, geologists, materials scientists, computational imaging specialists (item #11). |
Confidence Notes
Costs are built from many high-uncertainty estimates (experimental thaumaturgic R&D, contingency reserves, and contingent decommissioning ranges). The anomalous nature and impossible-to-engineer failure modes (10^72 J) produce substantial epistemic uncertainty.