SCP-5212
Keter
~
medium confidence
SCP-5212
Expected annual
$3.7M
One-time setup
$5.1M
Annual recurring
$3.6M
Personnel
16
One-time setup costs are concentrated in R&D, specialized detection gear, and contingency facility planning (~$5.1M total one-time). Ongoing annual operations (about $3.57M/yr) are driven primarily by embedded field staff, continuous monitoring, community influence/legal effort, and program overhead.
One-Time Capital Costs
Total: $5.1M
Annual Recurring Costs
Total: $3.6M/yr
Cost Scenarios
📊
Baseline
(baseline)
$3.6M/yr
Normal year with steady monitoring, routine maintenance, and occasional small responses; no major public exposures or capture attempts.
routine_sightings
occasional_deaths
no_public_exposure
🚨
Minor Incident
$3.8M/yr
Localized surge in sightings or a small publicity spike requiring extra amnestic administrations, autopsies, PR takedowns, and overtime.
social_media_spike
cluster_of_deaths
hunter_activity
🚨
Major Breach
$5.1M/yr
Significant exposure or legal escalation requiring large emergency payments, extended media/PR campaigns, legal settlements, and contractor engagement.
public_breach
criminal_investigation
large_scale_media_coverage
🚨
Research Breakthrough Requiring Scale Up
$8.1M/yr
A plausible opportunity to capture/contain emerges, triggering accelerated R&D, procurement, and partial construction of hardened containment (large one-off spend within the year).
confirmed_physical_evidence
successful_field_capture_attempt
research_breakthrough
Personnel
16 total
| Role | Count | Notes |
|---|---|---|
| Embedded Field Operative | 5 | [#1] Covert operatives embedded in the community (4–6 min; salaries/cover costs included in staff_wages). |
| Security Officer / MTF Agent (RRT) | 3 | [#2] Local rapid-response team members on-call for sightings and recoveries (2–3 personnel). |
| Research/Monitoring Analyst | 8 | [#5] Continuous video triage and monitoring staff (3–4 per shift aggregated into an analyst pool). |
Confidence Notes
Analyst notes are comprehensive and allow a detailed breakdown, but large ranges for unit costs, uncertain event frequency, and potential for rare high-cost capture/breach years reduce precision.