SCP-6856
Euclid
~
medium confidence
SCP-6856
Expected annual
$906K
One-time setup
$2.5M
Annual recurring
$891K
Personnel
3
Initial one-time capital and integration costs are approximately $2.5M driven primarily by custom high-temperature integration (heat-exchange pilot), specialized equipment, and facility modifications. Recurring annual operations average ~$890.7k/yr driven by personnel, ongoing R&D/monitoring, maintenance, security, and administrative overhead (partially offset by modest electricity credit).
One-Time Capital Costs
Total: $2.5M
Annual Recurring Costs
Total: $891K/yr
Cost Scenarios
📊
Baseline
(baseline)
$891K/yr
Normal operational year with no major incidents; routine maintenance, staffing, R&D, and security as budgeted.
routine_operations
scheduled_maintenance
🚨
Minor Incident
$1.0M/yr
Localized equipment failure, minor harness or sensor failure, small containment breach requiring repairs, short medical treatment and legal/admin response.
sensor_or_harness_failure
partial_tile_damage
brief_medical_response
🚨
Major Breach
$2.4M/yr
Significant containment failure or anomalous escalation (e.g., subject exceeds expected limits, structural failure, or emergency extraction) requiring major rebuild, medical/legal costs, and extended downtime.
structural_breach
anomalous_superheating
extended_recovery_operations
Personnel
3 total
| Role | Count | Notes |
|---|---|---|
| Research Scientist / Principal Investigator | 1 | [#11] Lead researcher (salary + benefits) supervising the project and interfacing with engineering and plant staff. |
| Research Technician | 2 | [#11] Technician support for daily operations, instrumentation, and sampling; staffing estimated from incremental personnel cost band. |
Confidence Notes
Line-item cost ranges and operational requirements are reasonably well-specified in the analyst notes (facilities, equipment, personnel), so cost-level estimates are mid-range rather than speculative; however anomalous behavior uncertainty (potential for unpredictable escalation beyond specified envelopes) and customization of high-temperature engineering reduce confidence to medium.