SCP-3483
Unknown
~
medium confidence
SCP-3483
Expected annual
$684K
One-time setup
$1.0M
Annual recurring
$678K
Personnel
6.6
First-year capital and setup costs are dominated by contingency and R&D for Akiva detection and shielding; ongoing annual costs are dominated by 24/7 security and prorated facility overhead with monitoring and research support.
One-Time Capital Costs
Total: $1.0M
Annual Recurring Costs
Total: $678K/yr
Cost Scenarios
📊
Baseline
(baseline)
$678K/yr
Normal year with continuous monitoring, standard maintenance, and no containment incidents.
no_incident
routine_maintenance
🚨
Minor Incident
$753K/yr
Small containment or monitoring incident (sensor alarm, minor handling adhesion event, brief emergency extraction) requiring overtime, targeted repairs, and limited additional analysis.
sensor_spike
adhesion_event
localized_damage
🚨
Major Breach
$1.1M/yr
Significant containment event (reanimation, attack by or interaction with external anomalous entity, or major contamination) requiring large-scale emergency response, extended R&D, replacement/repair, legal/cover actions, and possible relocation.
reanimation_event
external_anomalous_incursion
facility_damage
Personnel
6.6 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 6 | Two guards per shift × three shifts for 24/7 onsite security as specified; salaries + benefits form largest recurring cost (#7). |
| Research Scientist (Paleontologist) | 0.25 | Fractional FTE allocated for ongoing paleontological study and coordination (#21). |
| Research Scientist (RSO/Physicist) | 0.25 | Fractional RSO/physicist time for Akiva monitoring, calibration, and analysis (#21). |
| Conservator | 0.1 | Part-time conservator time for monthly cleaning and conservation tasks; labor included in staff_wages and supplies (#9, #21). |
Confidence Notes
Analyst notes provide detailed line-item ranges for nearly all costs, but significant uncertainty remains around Akiva-specific R&D, extent of required shielding, contingency sizing, and the frequency/severity of anomalous incidents; mid-range estimates used.