SCP-6006
Neutralized
✓
high confidence
SCP-6006
Expected annual
$205K
One-time setup
$298K
Annual recurring
$202K
Personnel
2.5
One-time setup and secure archival/IT hardware dominate initial costs (~$298k), while recurring annual costs (~$202k/yr) are driven primarily by staffing (security + IT/admin), archive maintenance, and contingency reserves for incidents and audits.
One-Time Capital Costs
Total: $298K
Annual Recurring Costs
Total: $202K/yr
Cost Scenarios
📊
Baseline
(baseline)
$202K/yr
Normal, uneventful year with routine inspections, maintenance, and archival operations.
no incidents
routine audits
scheduled conservation checks
🚨
Minor Incident
$217K/yr
Small containment/security incident (false alarm, minor access breach) requiring overtime and limited investigation.
alarms requiring on-call response
minor unauthorized access attempt
localized contamination/pest event
🚨
Deletion Procedure
$237K/yr
Year in which pending-deletion procedures are executed (legal signoff, physical destruction, extended audits and secure deletion of archives).
formal deletion authorization
scheduled incineration/destruction
extensive legal/audit overhead
🚨
Major Breach
$352K/yr
Significant containment or infohazard breach requiring full incident response, replacement of hardware, major legal/PR response, and possible facility upgrades.
successful unauthorized data access
physical breach with evidence compromise
public exposure requiring PR/legal response
Personnel
2.5 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 2 | Two guards covering shifts / vault rotation; salary costs included in staff_wages [#6]. |
| Administrative Staff / IT Admin | 0.5 | Part-time (0.5 FTE) secure IT/admin to manage encrypted storage, access logs, and audits; salary included in staff_wages [#12]. |
Confidence Notes
Analyst notes provide detailed line-item ranges for each cost category and the object is neutralized and physically simple; estimates are midpoints of ranges with explicit mapping of one-time vs recurring items, yielding a high confidence in order-of-magnitude totals.