SCP-4092
Euclid
~
medium confidence
SCP-4092
Expected annual
$2.5M
One-time setup
$2.0M
Annual recurring
$2.5M
Personnel
22
First-year one-time setup ~ $1.97M for containment, equipment, lab setup and reserve; recurring annual operations approximately $2.47M driven primarily by dedicated security/RRT salaries, research staff, and ongoing monitoring/maintenance.
One-Time Capital Costs
Total: $2.0M
Annual Recurring Costs
Total: $2.5M/yr
Cost Scenarios
📊
Baseline
(baseline)
$2.5M/yr
Normal operational year with no major incidents; routine monitoring, maintenance, and research continue.
no_breach
routine_maintenance
planned_research
🚨
Minor Incident
$2.7M/yr
Limited containment breach or embedding event requiring RRT deployment, localized repairs, extra amnestic administrations and overtime.
partial_embedding_escape_detected
RRT_deployment
limited_property_damage
🚨
Major Breach
$4.0M/yr
Significant containment failure with public exposure, mass amnestic operations, facility reconstruction and large-scale legal/PR response.
full_containment_breach
exposure_to_public_children
facility_damage
Personnel
22 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 8 | [#4] Eight guards to cover 24/7 with rotation, includes benefits. |
| Security / CCTV Operator | 3 | [#5] CCTV/operators to monitor video feeds across shifts (1 per shift or automated support). |
| Rapid Response Team Specialist | 6 | [#6] Dedicated RRT specialists trained for containment breaches and atypical physics handling. |
| Research Scientist (PI) | 1 | [#10] Lead researcher overseeing materials analysis and studies. |
| Research Technician | 2 | [#10] Laboratory technicians supporting materials testing and sample handling. |
| Medical Officer | 1 | [#9] On-call medical staff for staff injuries, sedation support and occupational health. |
| Administrative Staff | 1 | [#25] Administration and classified recordkeeping support (included in recurring admin costs). |
Confidence Notes
Detailed analyst estimates provided for many line items give moderate confidence, but significant uncertainty remains due to unknown anomalous capabilities (ability to penetrate higher-grade materials) and variability in staffing/resourcing choices.