SCP-5789
Euclid
?
low confidence
SCP-𝕐
Expected annual
$5.0M
One-time setup
$18.1M
Annual recurring
$4.7M
Personnel
26
Initial one-time capital and contingency reserves drive costs (~$18M); ongoing staffing, research, power, and data/compute hosting drive annual costs (~$4.69M/yr). Main cost drivers: facility buildout, contingency reserve, and continuous specialized staffing/compute.
One-Time Capital Costs
Total: $18.1M
Annual Recurring Costs
Total: $4.7M/yr
Cost Scenarios
📊
Baseline
(baseline)
$4.7M/yr
Normal year with no major incidents; regular operations, staffing, and scheduled maintenance only.
routine_operations
scheduled_maintenance
🚨
Minor Incident
$5.1M/yr
Small containment/software incident requiring incident response, limited repairs, transport, and PR/amnestics costs.
partial_software_failure
localized_feed_overrun
limited_data_loss
🚨
Major Breach
$14.7M/yr
Significant containment failure leading to broad infrastructure impacts and large remediation, legal and contingency spending.
RGU-𝕐_system_failure
uncontrolled_number_consumption
public_exposure
Personnel
26 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 12 | [#10] 24/7 armed security rotation (example: 3shifts × 4 guards). |
| Research Scientist | 4 | [#11] Lead researchers and scientific staff responsible for analysis and containment protocols. |
| Research Technician / Lab Tech | 3 | [#11] Lab technicians supporting experiments and sample handling. |
| Engineer / Maintenance | 2 | [#11, #12] Engineers for mechanical, electrical and feed-system maintenance. |
| Monitoring Operator / IT | 2 | [#16, #7] Operators for continuous telemetry, ingestion monitoring and compute ops. |
| Administrative Staff | 2 | [#25, #19] Site administrative, HR/finance and legal liaison supporting operations. |
| Site Director / Executive Staff | 1 | [#11] Program director / operations lead. |
Confidence Notes
The article and containment brief are sparse and ambiguous about whether the feed is physical, data, or biological and whether it is bounded; many cost drivers are scenario-dependent (storage vs streaming vs truncation). Estimates therefore use mid-range assumptions and include large contingency; uncertainty is high.