SCP-1440
Keter
?
low confidence
SCP-1440
Expected annual
$382.2M
One-time setup
$385.0M
Annual recurring
$372.5M
Personnel
108
One-time infrastructure and R&D buildout ~ $385M driven by remote facilities, R&D for humanless containment, and equipment; recurring yearly costs ~ $372.5M driven primarily by large contingency/reserve budgets, continuous surveillance, staffing and logistics.
One-Time Capital Costs
Total: $385.0M
Annual Recurring Costs
Total: $372.5M/yr
Cost Scenarios
📊
Baseline
(baseline)
$372.5M/yr
Normal year with no major containment incidents; routine surveillance, maintenance, staffing and reserve replenishment.
no significant contacts
stable surveillance coverage
🚨
Minor Incident
$397.5M/yr
Localized contact event causing limited destruction requiring evacuations and targeted cleanup/medical response.
small-town contact
delayed detection
limited evacuation and cleanup
🚨
Major Breach
$572.5M/yr
Large-scale breach/contact in a populated/critical site causing facility destruction, mass-casualty response, and major equipment/facility replacement.
contact with major population center
destruction of Foundation assets
cascade infrastructure failures
Personnel
108 total
| Role | Count | Notes |
|---|---|---|
| Research Scientist / Computational Team | 40 | [#8] Mathematicians, computational scientists and anthropologists tasked with modeling travel patterns (20–60 FTE in analyst notes). |
| Security Officer / Remote Operator | 40 | [#4, #10] Remote pilots, command-center operators and security engineers for 24/7 remote operations and UAS control. |
| Data Engineer / Analyst | 20 | [#1, #2, #18] Engineers and analysts maintaining analytics pipeline, data ingestion and archival workflows. |
| Administrative Staff | 8 | [#10, #12, #20] Administrative, legal liaison and HR/training staff supporting operations and personnel replacement. |
Confidence Notes
Estimates are built from wide analyst-provided ranges and subject to large uncertainty due to SCP-1440's anomalous and poorly predictable interactions; contingency-driven lines dominate and could vary by orders of magnitude.