SCP-6686 — SCP-6686 | Cost Breakdown

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SCP-6686 Unknown ? low confidence

SCP-6686

Expected annual

$167.1M

One-time setup

$2.6B

Annual recurring

$146.3M

Personnel

Estimated one-time program setup is approximately $2.57 billion driven primarily by construction/space-rated containment, station modifications, on-orbit installation and contingency reserves; ongoing annual operations are roughly $146 million/year driven by Mercury operations, resupply/propellant, orbital monitoring and staffing.

🏗️ One-Time Capital Costs Total: $2.6B

Facilities $1.2B

[#1, #5, #11] Space-rated humanoid containment module fabrication/installation (#1), structural reinforcement and decoupler/ejection integration with station central support (#5), and permanent barracks completion on Laniakea Station (#11).

Power Reactor Installation $350.0M

[#7] Optional one-time reactor/array installation or major augmentation if station power cannot supply additional steady draw for shutters, coils, and continuous systems.

Mercury Temporary Accom $225.0M

[#10] Temporary Mercury hab modules, life support, shielding and staging infrastructure for STF-Majoris-α until Laniakea barracks are complete.

Retrieval Spacecraft $225.0M

[#12] One retrieval-capable craft (hardware/capture manipulators, guidance) to recover/evaluate ejected containment modules.

Emergency Response Reserve $200.0M

[#19] Contingency reserve to finance emergency ejections, interceptor craft, optical suppressors and major crisis actions.

On Orbit Installation $165.0M

[#6] Robotic assembly, EVAs, launch segments and mission operations to install, integrate and test the containment module.

Equipment $104.5M

[#2, #3, #4] Optical isolation/active shutter system development and spares (#2), module-scale thermal control hardware and integration (#3), EM containment coils, cryogenics and power conditioning hardware (#4).

Initial Research And Lab Setup $48.0M

[#15, #16, #17] High-dynamic-range imaging/sensor development (#15), supercomputing and theoretical research infrastructure (QCD modeling) (#16), and experimental apparatus for safe interaction tests (#17).

Redundancy Spares $22.5M

[#18] Initial inventory of containment-critical spares (decouplers, seals, shutters, pumps, control computers).

Security Equipment And Training $11.0M

[#9] One-time procurement of specialized suits, weapons, EVA/boarding gear and initial training for STF and armed containment teams.

Satellite Software Projects $8.5M

[#13] One-time satellite firmware/software projects to harden satcom controllers and add detection/mitigation for FSO narrowcasts.

Legal Init $5.0M

[#20] Initial legal/diplomatic/liaison payments and covert agreements for payload slots, frequency clearing and contractor retention.

Hazardous Waste Setup $4.0M

[#23] Initial hazardous-waste handling, decontamination and quarantine/reprocessing setup for orbital storage or deep-space facilities.

Cover Story Incident $2.0M

[#14] Initial one-off budget allocation for telemetry sanitization, contractors and covert OPSEC exercises (initial incident-response reserve).

Medical Equipment $300K

[#22] One-time medical/quarantine equipment and PPE stock for stationed personnel.

🔄 Annual Recurring Costs Total: $146.3M/yr

Mercury Ops $45.0M/yr

[#10] Recurring operations, resupply and personnel rotation costs to maintain STF-Majoris-α staging on Mercury (temporary high-cost line while barracks completed).

Orbital Monitoring Network $22.5M/yr

[#13] Continuous satellite/ground sensor operations to detect/trace FSO, manage satcom logs and hardened controllers.

Resupply And Propellant $20.0M/yr

[#21] Regular delivery of consumables, propellant for decouplers/ejections and spare fuel for retrieval craft.

Upgrade Roadmap $20.0M/yr

[#25] Annualized capital reserve for periodic refreshes, electronics replacement and module lifecycle planning.

Staff Wages $6.5M/yr

[#8] Salaries, hazard pay, travel and benefits for the dedicated on-station research team (10–30 FTE assumed; budget implies ~mid-sized multidisciplinary team).

Retrieval Mission Ops $6.0M/yr

[#12] Per-year average for mission operations, propellant and mission planning for occasional retrieval rendezvous (assumes low cadence).

Facilities Maintenance $5.0M/yr

[#1, #5, #11] Annual maintenance of the containment chamber, decoupler systems, station modifications and barracks upkeep.

Security Personnel $5.0M/yr

[#9] Armed containment guards, rapid-response/MTF readiness, training refreshers and specialized EVA/security suit upkeep.

Cover Story And Legal $3.8M/yr

[#14, #20] Ongoing communications security, log sanitization, covert OPSEC, liaison contractors and minimal recurring legal/diplomatic retainers.

Supercomputing Ops $2.8M/yr

[#16] Operational costs, power and contractor support for QCD modeling and simulation clusters.

Redundancy Spares $2.8M/yr

[#18] Annual replenishment of containment-critical spare parts inventory.

Power Supply $2.5M/yr

[#7] Marginal power generation, distribution and maintenance costs to support shutters, coils, cooling loops and continuous monitoring.

Public Relations $2.0M/yr

[#24] Ongoing false-flag research cover projects and PR campaigns to mask anomalous telemetry or activity.

Medical And Life Support $1.5M/yr

[#22] Ongoing medical staffing, psychological support, quarantine operations and life-support overhead for stationed personnel.

Imaging And Sensor Maintenance $600K/yr

[#15] Maintenance and spares for high-dynamic-range imaging arrays and burst-capture systems.

Hazardous Waste Handling $500K/yr

[#23] Annual costs for quarantine/reprocessing, orbital storage and long-term contaminated-materials handling.

Supplies And Consumables $0/yr

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Research And Monitoring $0/yr

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Logistics And Transport $0/yr

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⚡ Cost Scenarios

📊 Baseline (baseline) $146.3M/yr

88.0% probability / year

Normal operational year with no major incidents; routine staffing, monitoring, Mercury staging and scheduled maintenance.

routine_operations scheduled_maintenance no_incidents

🚨 Minor Incident $156.3M/yr

7.0% probability / year +$10.0M vs baseline

Localized equipment failure or small containment subsystem fault requiring emergency repairs, temporary ejection test or limited retrieval mission.

equipment_failure minor_breach unscheduled_ejection_test

🚨 Major Breach $396.4M/yr

4.0% probability / year +$250.0M vs baseline

Significant containment failure or intentional ejection with large-scale response: full retrieval mission, major interceptor ops and substantial PR/liaison costs.

containment_breach large_retrieval_required international_exposure

🚨 Catastrophic Breach $1.1B/yr

1.0% probability / year +$1.0B vs baseline

Severe catastrophic event requiring major multi-year response, large-scale orbital operations, potential module loss and extensive international crisis management.

station-wide_failure module_loss major_public_exposure

👥 Personnel 25 total

Role	Count	Notes
Research Scientist	10	Senior and mid-level scientists focused on QCD theory and anomaly analysis (covered by staff_wages #8).
Optical Engineer	4	Design and operate FSO/optical isolation systems and imaging hardware (covered by staff_wages #8).
Xenoscience Researcher	3	Specialists in exotic-matter and xenobiology-like analysis (covered by staff_wages #8).
Operators/Technicians	4	Lab technicians, instrument operators and station integrators (covered by staff_wages #8).
Administrative Staff	2	Logistics, admin and liaison support for the research team (covered by staff_wages #8).
Medical Officer	1	On-station medic/psychological support (recurring medical budget #22).
Engineer / Maintenance	1	Dedicated engineer for containment systems maintenance (covered by staff_wages #8 and facilities maintenance).

📋 Confidence Notes

Estimates are low-confidence due to large ranges in analyst notes, heavy dependence on existing infrastructure (Laniakea/Mercury facilities), uncertain incident frequencies, and poorly-constrained engineering requirements for space-rated QCD-matter containment.

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