SCP-2540
Euclid
~
medium confidence
SCP-2540
Expected annual
$4.2M
One-time setup
$5.9M
Annual recurring
$4.1M
Personnel
15
One-time capital/setup estimated at ~$5.93M driven by electromagnet hardware, dedicated power and a contingency reserve; recurring annual costs ~ $4.07M/yr dominated by dedicated 24/7 manual observation staffing, research programs, readiness/cover operations, and energy/maintenance.
One-Time Capital Costs
Total: $5.9M
Annual Recurring Costs
Total: $4.1M/yr
Cost Scenarios
📊
Baseline
(baseline)
$4.1M/yr
Normal operational year with no major incidents; routine research, staffing, maintenance and occasional small transports.
no major deposits
scheduled experiments
planned transports
🚨
Minor Incident
$4.3M/yr
One or two minor unexpected deposits or short-duration incidents requiring extra decontamination, short-term housing and transport mobilization.
small human/object deposits
per-incident decontamination & amnestic use
🚨
Major Breach
$5.6M/yr
Significant containment incident causing equipment damage, multiple-person depositions, extended medical care, large-scale response and legal exposure.
mass deposition
equipment failure during transport
multi-person long-term care
🚨
Political Exposure
$4.8M/yr
Civilians witness anomalous events leading to media attention, legal/jurisdictional disputes and heavy cover-up/amnestic operations.
witnessed disappearances/arrivals
local authority involvement
media leaks
Personnel
15 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 10 | Primary and relief observers for 24/7 manual observation; matches staffing in staff_wages [#6]. |
| Engineer / Maintenance (Electromagnet Operators) | 3 | Skilled operators and on-call engineers to run and maintain electromagnet systems [#7]. |
| Medical Officer | 2 | On-call physician / nurse for emergent care and initial screening of arrivals [#9]. |
Confidence Notes
Many line items are well-scoped (locker, staffing, quarantine, consumables), but the dominant uncertainties are the required electromagnet technology (industrial vs superconducting) and energy/cryogenics needs; contingency assumptions and per-incident frequencies are also uncertain.