SCP-5222
Euclid
?
low confidence
SCP-5222
Expected annual
$21.4M
One-time setup
$205.1M
Annual recurring
$19.3M
Personnel
57
Initial capital expenditure is dominated by specialized variable-entropy facility construction, blast-hardened containment modules, dimensional anchoring hardware and contingency reserves (total one-time capex ~USD 205.1M). Recurring annual operations (staff, energy, consumables, research, cover/legal and contingency retainers) run roughly USD 19.3M/yr with material upside in years with incidents.
One-Time Capital Costs
Total: $205.1M
Annual Recurring Costs
Total: $19.3M/yr
Cost Scenarios
📊
Baseline
(baseline)
$19.3M/yr
Normal year with routine operations, scheduled tests, no major containment incidents.
no_major_incident
planned_transfers_and_tests
🚨
Minor Incident
$20.3M/yr
Localized breach or small containment incident requiring remediation, temporary public mitigation and limited replacement of equipment.
localized_breach
small_public_exposure
single-suite_or_module_failure
🚨
Major Breach
$44.3M/yr
Significant containment breach affecting multiple modules or a pocket-dimension transfer gone wrong, requiring large cleanup, litigation and partial site rebuild.
multi-module_breach
widespread_public_exposure
major_equipment_loss
🚨
Catastrophic Breach
$119.3M/yr
Severe catastrophic event with major public exposure, large-scale environmental remediation, full site rebuild and massive legal/compensation costs.
site_wide_loss_of_containment
mass_public_exposure
long_term_environmental_remediation
Personnel
57 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 32 | 20–40 security personnel budgeted in payroll (#9); modeled here as ~32 officers to match security payroll estimate. |
| Research Scientist / Engineer / Technician | 25 | Scientific & engineering staff (#10) budgeted as ~25 specialists to match scientific payroll estimate. |
Confidence Notes
Estimates are low-confidence due to wide ranges in source line items, significant technical uncertainty around dimensional/entropy containment engineering and per-incident severity, and assumptions about transfer frequency and staffing levels.