SCP-3712
Euclid
~
medium confidence
SCP-3712
Expected annual
$2.8M
One-time setup
$1.7M
Annual recurring
$2.7M
Personnel
4
Initial one-time setup and research equipment are the largest up-front costs (~$1.65M). Recurring annual costs are driven by personnel, D-class program costs, legal/cover-up reserves, and historical-site surveillance, yielding an expected baseline-year cost of ~$2.69M and a probability-weighted expected annual cost of ~$2.77M.
One-Time Capital Costs
Total: $1.7M
Annual Recurring Costs
Total: $2.7M/yr
Cost Scenarios
📊
Baseline
(baseline)
$2.7M/yr
Low experiment cadence year with no major incidents; routine operations and scheduled research.
no major incidents
scheduled experiments only
no public exposure
🚨
Minor Incident
$2.8M/yr
Small-scale containment incident or medical event requiring additional medical response and limited cover operations.
single serious injury or small mass-casualty
localized media attention
limited additional forensic/medical costs
🚨
Major Breach
$3.4M/yr
Significant exposure event causing multiple casualties or public incidents requiring extensive cover and litigation response.
multi-person injuries
wider forensic investigations
major PR/legal operations
🚨
Catastrophic Breach
$4.7M/yr
Public reappearance with mass casualties or high-profile exposure demanding large-scale emergency, legal, and containment expenditures.
public exposure of reappearance
mass-casualty event
national media and litigation
Personnel
4 total
| Role | Count | Notes |
|---|---|---|
| Level-3 Containment Officer / Site Senior | 1 | [#4] One full-time Level-3 for oversight (included in staff wages). |
| Research Scientist | 1 | [#4, #9] One researcher assigned (0.3 FTE typical for containment duties; counted as one head for rostering). |
| Security Officer / MTF Agent (Level-2 guards) | 2 | [#4] Two Level-2 security guards allocated across shifts (combined FTE included in staff wages). |
Confidence Notes
Analyst notes provide detailed line-item ranges and operational assumptions; however many items depend on chosen experiment cadence, decisions about surveillance scope and research ambition, and incident frequency, producing moderate uncertainty.