SCP-319
Keter
~
medium confidence
SCP-319
Expected annual
$49.0M
One-time setup
$834.3M
Annual recurring
$48.2M
Personnel
32
Estimated up-front capital is approximately $834.3M, dominated by secure facility construction, large contingency/reserve funds and precision engineering equipment; baseline annual operations are approximately $48.2M driven by staffing, monitoring/maintenance, and recurring reserve allocations.
One-Time Capital Costs
Total: $834.3M
Annual Recurring Costs
Total: $48.2M/yr
Cost Scenarios
📊
Baseline
(baseline)
$48.2M/yr
Normal year with no major incidents; regular operations, maintenance and planned replenishments only.
no_incident
routine_maintenance
🚨
Minor Incident
$50.2M/yr
Localized equipment failure or calibration drift requiring emergency repairs, overtime, and temporary mitigation measures without loss of containment.
equipment_failure
calibration_loss
🚨
Major Breach
$300.0M/yr
Significant containment failure or large movement of components triggering Protocol Omega-319 and large-scale emergency stabilization using reserved capital and Foundation-wide assets.
position_deviation_>0.01_percent
rapid_SCP-319-2_growth
ZK-0_risk
🚨
Political Exposure
$98.2M/yr
Public or governmental exposure forcing rapid legal/cover expenditures, relocation or expensive remediation and extended secrecy operations.
media_leak
local_government_investigation
Personnel
32 total
| Role | Count | Notes |
|---|---|---|
| Security Officer / MTF Agent | 18 | [#8] 12–20 guards/watchstanders; includes armed response and shift coverage. |
| Technician / Engineer | 10 | [#8] Site technicians and systems engineers for vacuum, thermal, power and robotics maintenance. |
| Research Scientist | 4 | [#8] Senior scientists / on-site O5 liaison for oversight and authorized experiments (O5-controlled). |
Confidence Notes
Technical recurring and capital costs for precision vacuum, thermal and metrology systems are reasonably well-bounded by engineering estimates (medium confidence). Large policy-level reserve items (#16, #26) introduce major uncertainty because their size is a strategic choice rather than an engineering requirement.