SCP-4962
Safe
~
medium confidence
SCP-4962
Expected annual
$1.1M
One-time setup
$1.5M
Annual recurring
$1.1M
Personnel
6
Initial one-time setup is estimated at $1,482,500 driven by vault retrofit, quarantine capability, and research/program setup; recurring annual costs are estimated at $1,068,000/yr driven primarily by security and research staff wages and ongoing quarantine/research operations.
One-Time Capital Costs
Total: $1.5M
Annual Recurring Costs
Total: $1.1M/yr
Cost Scenarios
📊
Baseline
(baseline)
$1.1M/yr
Normal year with no major incidents; contains ongoing staffing, research, maintenance, quarantine operations and monitoring.
routine_operations
no_public_exposure
🚨
Minor Incident
$1.1M/yr
Single civilian or staff exposure requiring acute care, limited quarantine activation and increased PR/legal activity.
single_civilian_exposure
localized_quarantine
targeted_pr_takedowns
🚨
Major Breach
$2.3M/yr
Public display or discharge event causing multiple exposures, extensive emergency response, property damage and large-scale remediation.
uncontrolled_public_display
weapon_discharge
mass_exposure
🚨
Research Scale Up
$1.4M/yr
Approved cross-test/scale-up (e.g., shipping SCP-674) and intensification of countermeasure R&D requiring extra one-time prep and elevated recurring funding.
approved_cross-test
expanded_research_campaign
Personnel
6 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 2 | [#5] Two full-time guards as part of continuous guarded status (two-person rule coverage across shifts). |
| Weapons Custodian | 1 | [#5] Dedicated weapons custodian/arms NCO for vault and weapon handling. |
| Research Scientist | 3 | [#6] Memetics officer, retro-hardware technician, and containment researcher comprising the specialized research team. |
Confidence Notes
Many line items are given as ranges in analyst notes and depend on operational assumptions (transfer frequency, quarantine utilization, research approvals), so estimates use midpoints and explicit assumptions; core staffing and equipment needs are well-defined but incident probabilities and scale-up frequencies are uncertain.