SCP-2460
Safe
~
medium confidence
SCP-2460
Expected annual
$8.6M
One-time setup
$205.8M
Annual recurring
$6.9M
Personnel
20
Corrected baseline: Foundation operational recurring cost ~ $6.89M/yr driven by staffed 24/7 monitoring, sensor operations, and research; one-time capital and contingency provisioning totals ~$205.85M (sensor/HPC procurement, lab buildout, mission hardware and reserve funds). The previously included large-scale mitigation/towing budget is treated as infeasible and set to $0 (see notes). Systemic economic impact (including the possibility of civilization-ending collapse) is identified but not quantifiable as a Foundation expenditure.
One-Time Capital Costs
Total: $205.8M
Annual Recurring Costs
Total: $6.9M/yr
Cost Scenarios
📊
Baseline
(baseline)
$6.9M/yr
Routine year with continuous monitoring, research and modest contingency reserves; no collision requiring major recovery actions or high-fidelity missions.
continuous orbital tracking and sensor ops
no new collisions or significant perturbations
regular research and re-surveys
🚨
Minor Incident
$8.1M/yr
Small debris collision or localized perturbation requiring targeted recovery, extra sensor campaigns and operator reimbursements; no major reentry.
small object captured by SCP-2460 requiring a targeted reconnaissance pass or short recovery
satellite avoidance maneuvers requiring modest reimbursements
additional high-precision re-survey campaigns
🚨
Major Collision Or Reentry
$171.9M/yr
Significant collision cascade or credible re-entry/deposit threat requiring a high-fidelity mission, large-scale recovery, public-safety operations and legal settlements.
large debris impact or mass increase requiring sample-return/high-fidelity mission
coastal or urban deposit of anomalous material necessitating large recovery and public-safety operations
multi-operator third-party claims and extended legal/diplomatic response
Personnel
20 total
| Role | Count | Notes |
|---|---|---|
| Research Scientist | 5 | Physicists and laboratory analysts for characterization, theoretical research and sample analysis; loaded cost assumed ~$180k/year each (included in staff_wages). |
| Orbital Mechanics Analyst / Mission Planner | 4 | Orbit determination, N-body modelling, reentry/conjunction analysis; loaded cost assumed ~$170k/year each. |
| Radar/Telescope Operator | 3 | Sensor operators and instrument technicians for continuous tracking; loaded cost assumed ~$130k/year each. |
| Communications / Liaison Officer | 3 | Agency/military liaison, NOTAM/catalog coordination and classified briefings; loaded cost assumed ~$140k/year each. |
| Engineer / Maintenance | 2 | Instrument/HPC/support infrastructure maintenance and cybersecurity liaison; loaded cost assumed ~$150k/year each. |
| Security Officer / MTF Agent | 2 | Site security and recovery-team protection; loaded cost assumed ~$120k/year each. |
| Site Director / Administrative Staff | 1 | Program management, administrative oversight and budget coordination; loaded cost assumed ~$160k/year. |
Confidence Notes
This re-evaluation used the full article and the original analyst notes to re-derive all figures. Baseline recurring costs were tightened and itemized more rigorously; a previously-present single large 'mitigation' round number has been zeroed (infeasible) and replaced by explicit notes. Uncertainty remains in incident-frequency assumptions and in the cost variability of missions and large recovery events; therefore confidence is medium. The systemic (existential) impact is explicitly noted as unquantifiable rather than being hand-waved into a dollar figure.