SCP-8398
Euclid
~
medium confidence
SCP-8398
Expected annual
$2.1M
One-time setup
$2.2M
Annual recurring
$2.0M
Personnel
16
One-time capital of approximately $2,160,000 driven primarily by specialized marine-grade containment construction, backup power/electrical hardening, research/BSL upgrades, and contingency reserves. Recurring annual costs are estimated at $1,965,500/yr driven mainly by staff wages (research + security), corrosion maintenance, biohazard handling, monitoring equipment replacement, and legal/cover operations.
One-Time Capital Costs
Total: $2.2M
Annual Recurring Costs
Total: $2.0M/yr
Cost Scenarios
📊
Baseline
(baseline)
$2.0M/yr
Normal year with routine maintenance, staffing, and scheduled research; no major singing incidents or containment escalations.
no singing incidents
scheduled maintenance and research
🚨
Minor Incident
$2.1M/yr
Uncontrolled singing event localized to the cell requiring emergency response, additional cleanup, overtime, and limited equipment replacement.
cell flooding from singing
manifested sea foam and carcass cleanup
short-term overtime and limited repairs
🚨
Major Breach
$3.3M/yr
Large-scale manifestation or attempted extraction (arrival of external sea entity) that causes mass contamination, structural damage, and necessitates major refurbishment or relocation.
arrival of external sea entity
mass manifestations filling/overrunning containment
major structural damage or contamination
Personnel
16 total
| Role | Count | Notes |
|---|---|---|
| Research Scientist | 3 | [#11] Full-time scientists studying acoustic mechanisms, physiology, and countermeasures (part of research staff salaries). |
| Laboratory Technician | 3 | [#11] Lab technicians for necropsy, sample handling, and equipment maintenance (part of research staff salaries). |
| Security Officer / MTF Agent | 10 | [#12] 24/7 containment/security coverage across three shifts (8–12 personnel estimated; staffing costs included in staff_wages). |
Confidence Notes
Line items and ranges are well-documented in analyst notes and the article, but many estimates are broad ranges (equipment lifetimes, research intensity, incident frequency), so numerical choices use midpoints and retain moderate uncertainty.