SCP-5006
Unknown
?
low confidence
SCP-5006
Expected annual
$30.7M
One-time setup
$82.5M
Annual recurring
$25.6M
Personnel
53
One-time containment/buildout and reserves are large (≈$82.5M), driven primarily by R&D for a ‘reality reinforcement’ program and contingency reserves; recurring annual costs are substantial (≈$25.6M/yr) driven by security staffing, supplies/food for a locked-down population, continuous monitoring/AI operations and ongoing R&D/testing.
One-Time Capital Costs
Total: $82.5M
Annual Recurring Costs
Total: $25.6M/yr
Cost Scenarios
📊
Baseline
(baseline)
$25.6M/yr
Normal year with no major incidents; routine operations, monitoring, staffing and periodic testing only.
no major incidents
regular testing and maintenance
🚨
Minor Incident
$26.3M/yr
Localized breach/incident or fatality producing cleanup, additional amnestics and legal work but not requiring large‑scale engineering response.
fatality or shoot-on-sight incident
anomalous artifact requiring cleanup
limited external exposure requiring amnestics
🚨
Reality Reinforcement Scaleup
$125.6M/yr
Decision to pursue large‑scale engineering/ontological program to create a durable 'reality anchor' causing major one‑time capital outlays and expanded annual testing/ops.
failure of administrative containment
determination that engineering solution is required
commitment to multi‑site R&D engineering program
Personnel
53 total
| Role | Count | Notes |
|---|---|---|
| Echelon Strike Team / MTF Agent | 12 | [#2] Twelve operators on continuous containment detail (hazard pay included in staff_wages). |
| Security Officer / Static Guard | 35 | [#4] ~30–40 static guards to staff access points, control room and relief shifts (midpoint used). |
| Specialist (Memeticists / Reality Physics / High-Clearance Analysts) | 6 | [#22] Small specialist team requiring retention premiums; included in staff_wages. |
Confidence Notes
Many line items (notably R&D for 'reality reinforcement', large contingency reserves and incident frequency) are highly uncertain and could vary by orders of magnitude; estimates use mid‑range assumptions where ranges were provided.