SCP-4621
Euclid
~
medium confidence
SCP-4621
Expected annual
$11.2M
One-time setup
$7.5M
Annual recurring
$10.9M
Personnel
23
First-year capital costs are approximately $7.47M driven by containment construction, specialized lab/apparatus procurement, and site/equipment fit-out; ongoing annual costs are roughly $10.87M per year dominated by personnel wages, MTF readiness, and a large wildfire/remediation reserve.
One-Time Capital Costs
Total: $7.5M
Annual Recurring Costs
Total: $10.9M/yr
Cost Scenarios
📊
Baseline
(baseline)
$10.9M/yr
Normal year with no major containment breach; ongoing staffing, maintenance, research, and reserves funded as budgeted.
no breach
routine field ops
ongoing research
🚨
Minor Incident
$11.6M/yr
Localized recovery or medical incident requiring one major field recovery, medical treatment, forensic disposal, and replacement/testing costs.
single major recovery op
staff injury requiring treatment
forensic disposal event
🚨
Major Incident
$19.7M/yr
Containment breach with significant site damage and large-scale wildfire remediation; triggers use of reconstruction and liability payouts.
containment breach
large wildfire spread
major remediation & reconstruction
Personnel
23 total
| Role | Count | Notes |
|---|---|---|
| Research Scientist / Neuroscientist | 2 | [#6] Two neuroscientists to run and analyze Somnambulus sessions (part of #6 salaries). |
| Neuroengineer | 1 | [#6] One neuroengineer for neural decoding/hardware (part of #6 salaries). |
| Laboratory Technician | 1 | [#6] One technician for session operation and maintenance (part of #6 salaries). |
| MTF Agent / MTF Member | 12 | [#10] Standing MTF-β-6 readiness personnel allocation (included in #10 recurring staffing costs). |
| Security Officer / Guard | 6 | [#21] Site security staff (4–6 guards noted; budget reflects ~6 FTE equivalence, included in #21). |
| Permitted Subject (SCP-4621-1) | 1 | [#7] Single live-in permitted subject; compensation and care are budgeted (#7). |
Confidence Notes
Line items are detailed and mapped to plausible real-world analogs, but the anomalous behavior, wildfire risk magnitude, and frequency of major incidents are inherently uncertain; contingency/reserve sizing and probabilities are best estimates.