SCP-2705
Euclid
~
medium confidence
SCP-2705
Expected annual
$126.5M
One-time setup
$445.5M
Annual recurring
$121.3M
Personnel
70
Initial capital outlay to build a dedicated gravimetric sensor network, deploy ocean nodes and establish secure facilities is approximately $445.5M one-time; annual operations and contingency reserves drive recurring costs of roughly $121.35M/yr, dominated by sensor maintenance, emergency response reserves and staff/cover operations.
One-Time Capital Costs
Total: $445.5M
Annual Recurring Costs
Total: $121.3M/yr
Cost Scenarios
📊
Baseline
(baseline)
$121.3M/yr
Routine year with no major 2705 incidents; normal monitoring, maintenance and cover operations.
routine_monitoring
no_2705_events
🚨
Minor Incident
$136.3M/yr
A 2705‑β transmission event requiring intensive cryptanalysis, targeted sensor recalibration and short‑term deployments; modest emergency/PR responses.
2705-β_event
data_transmission_analysis
targeted_sensor_recalibration
🚨
Major Breach
$201.3M/yr
A 2705‑α event that induces volcanic/tectonic activity requiring large‑scale disaster response, major deployments and large contingency draws.
2705-α_event
volcanism_or_tectonic_damage
large_scale_evacuations
Personnel
70 total
| Role | Count | Notes |
|---|---|---|
| Operations Analyst / Technician | 25 | [#10] 24/7 monitoring, telemetry validation and ops support (25 FTE). |
| Research Scientist | 15 | [#11] Geophysics, seismology and gravimetry research staff (15 FTE). |
| Cryptanalysis / Linguist | 10 | [#12] Specialists analysing 2705‑β transmissions (10 FTE). |
| Embedded Assets / Cover Officers | 20 | [#14] Embedded personnel placed in civilian seismology networks (20 covered positions). |
Confidence Notes
Line items are detailed and many costs are standard (sensors, ships, staffing), so dollar estimates are reasonably grounded; however event frequency, optional satellite decisions and contingency drawdown timing introduce significant uncertainty.