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SCP-6694 Keter ~ medium confidence
SCP-6694
Expected annual
$490.6M
One-time setup
$16.6B
Annual recurring
$332.6M
Personnel
160
One-time Foundation capital to build and expand FAST and associated ground/in-orbit assets is ~8.56 billion USD (itemized). Expected recurring Foundation operational spend is ~332.6M/yr (monitoring, staff, maintenance, R&D). Project AHAB-style interception is budgeted as a separate contingency (itemized, multi-billion); systemic economic damage from an XK-class impact is tracked separately (order-of-magnitude trillions) and is NOT Foundation expenditure.
🏗️ One-Time Capital Costs Total: $16.6B
Facilities $6.8B
Sum of dedicated FAST infrastructure: space-segment array construction and launches, ground control complexes, and secure mission operations/data-center shell. Itemized components listed separately in one_time keys (space segment + ground control + data center).
Facilities Fast Space Segment $6.0B
Space-based FAST telescope array deployment, multiple large-aperture platforms across orbits/Lagrange points, integration and launch costs (launch vehicle procurement, mission integration, radiation-hardened buses). Estimate derived from multi-sensor distributed array capable of deep anomalous detection across 12.5 kly.
Equipment $1.3B
Aggregate equipment spend for HPC/AI, deep-space communications, sensor deployments, satellite-servicing craft, and initial probe hardware. Itemized equipment subcomponents are listed separately.
Equipment Probe One Mission $800.0M
Design and execution of a reconnaissance probe mission (accelerated New-Horizons-class with sample-containment capability) for solar-system inspection or rapid-response to local SCP-6694 evidence.
Facilities Ground Control $500.0M
Secure ground control complexes, secure comms uplink stations, hardened facilities at multiple geographies to operate FAST array.
Equipment Satellite Servicing Craft $300.0M
On-orbit servicing vehicles / spare buses to service FAST space assets and deploy sensor packages; includes initial R&D and fabrication.
Facilities Data Center Buildout $250.0M
Classified data center shell and secure facilities for petabyte-scale archival, air-gapped archives, ECC storage, and hardened networking (initial capital hardware & buildout).
Insurance Reserve Capital $200.0M
Liquid contingency reserve to fund urgent surge operations, rapid asset replacement, and immediate response prior to replenishment.
Equipment Sensor Deployments $120.0M
Initial production and deployment of in-system/small-sat sensors (magnetometers, EM monitors, high-energy/event detectors) to seed a local solar-system sensor network.
Initial Research And Lab Setup $120.0M
BSL-4-plus vacuum-capable laboratory and containment buildout for any recovered SCP-6694 eggs/samples, including vacuum chambers, quarantine systems, radiological shielding, specialized instrumentation and fit-out.
Interstellar Research Seed Funding $100.0M
Seed capital for theoretical/engineering R&D into high-Δv interception concepts, shielding studies, and mission concept development (early-stage work only).
Equipment Hpc Ai Cluster $60.0M
On-prem high-performance accelerators, specialized inference/training hardware for automated detection/classification, initial software licensing and integration.
Public Reparations Reserve $50.0M
Seed fund for immediate reparations or public emergency provisioning should limited exposure or local damage occur—kept intentionally limited and targeted.
Equipment Deep Space Comms Stations $40.0M
Ground transceivers, secure high-gain dishes, encryption hardware and redundancy to service FAST space assets and deep-space probes.
Cybersecurity Hardening Initial $8.0M
Initial classified network hardening, hardware security modules, insider-mitigation tooling and supply-chain validation for FAST/Ground systems.
Mtf Initial Procurement $6.0M
Initial Mobile Task Force procurement for rapid-response: hazard suits adapted for vacuum-proximate operations, small craft, and specialized tooling.
Data Storage One Time $5.0M
Initial high-capacity archival hardware, air-gapped copy appliances and integrity-check appliances for classified archives.
Extreme Contingency Fund $0
Estimate set to 0 because 'stellar-scale engineering' or civilization-scale reconstruction is effectively infeasible with present or near-future Foundation capabilities (see original analyst note #26). The Foundation will NOT plausibly allocate an actionable, credible trillion-to-10^18 USD program; instead it budgets realistic interception, monitoring, continuity, and preservation measures (itemized elsewhere).
🔄 Annual Recurring Costs Total: $332.6M/yr
Interstellar R And D Recurring $80.0M/yr
Sustained R&D program funding for propulsion, guidance for intercept concepts, high-energy physics shielding research and advanced detection methods.
Classified Overhead $60.0M/yr
Program overhead and black-budget channeling for classified procurements and covert contracting; modeled as recurring line item rather than a simple percentage so it is explicitly tracked.
Research And Monitoring $45.0M/yr
HPC/AI operational costs, compute time for simulations, spectral analysis, mission planning, and ongoing FAST observation campaign cadence.
Satellite Servicing Annual $30.0M/yr
Averaged annual budget for periodic servicing campaigns, spare-satellite launches and on-orbit maintenance of FAST components and sensor networks.
Staff Wages $25.6M/yr
Estimated 160 FTE core staff (research scientists, mission operators, engineers, AI/ML staff, admin, security) at ~160k loaded cost per FTE/year. Includes benefits and small travel allowances.
Cover Story And Legal $20.0M/yr
Legal retainers, diplomatic liaison, limited cover-story funding and targeted outreach/sponsorships to manage scientific narratives where feasible.
Insurance Replenishment $20.0M/yr
Annual replenishment to maintain the liquid contingency reserve at target levels.
Logistics And Transport $10.0M/yr
Recurring communications bandwidth for deep-space links, routine small-launch and logistics expenditures averaged annually, and transport for MTF rotations.
Supplies And Consumables $8.0M/yr
Laboratory consumables, quarantine/hazard disposables, vacuum-chamber consumables, and routine operating supplies.
Mobile Task Forces $8.0M/yr
Annual training, rotation, specialized equipment upkeep and readiness costs for dedicated MTFs that would respond to local SCP-6694 evidence.
Cybersecurity Operations $6.0M/yr
Sustained cyberdefense, monitoring, insider-threat programs and secure-ops staffing for FAST and supporting systems.
Personnel Continuity $6.0M/yr
Retention bonuses, hazard pay and continuity incentive plans for cleared specialists essential to long-term monitoring programs.
Sensor Network Replacement $5.0M/yr
Replacement and refresh cycles for in-system micro-sat / buoy detector fleets and expendable sensor hardware.
Facilities Maintenance $4.0M/yr
Ground facility utilities, classified data-center power/cooling maintenance and site upkeep.
Public Science Outreach $3.0M/yr
Small targeted public outreach and legitimate research grants used as cover to absorb or redirect astrophysical attention where feasible.
Data Storage $2.0M/yr
Ongoing archival media refresh, off-site air-gapped maintenance and integrity checking for petabyte-scale archives.
⚡ Cost Scenarios
📊 Baseline (baseline) $332.6M/yr
89.5% probability / year
Routine year of monitoring, FAST operations, ongoing R&D and sensor maintenance with no active local incidents or interception campaigns.
normal_monitoring_operations no_local_pod_or_egg_discovery
🚨 Minor Incident $1.4B/yr
7.0% probability / year +$1.0B vs baseline
Localized detection within the solar system (e.g., egg/paleobiological sample recovered or nearby pod approached) requiring an urgent reconnaissance mission, MTF surge and expanded lab analysis.
local_egg_discovery urgent_probe_launch_request suspected_local_pod_activity
🚨 Major Interception Mission $2.9B/yr
3.0% probability / year +$2.6B vs baseline
Active interception program executed to neutralize an incoming SCP-6694 instance on a collision trajectory (PROJECT AHAB-style automated interceptor with strategic warhead).
confirmed_collision_trajectory executive_approval_for_interception
🚨 Catastrophic Breach $1.8B/yr
0.5% probability / year +$1.5B vs baseline
Failure to neutralize an incoming specimen resulting in an XK-class impact; Earth suffers catastrophic damage. The Foundation cannot reverse civilization-level destruction, but will execute feasible continuity, preservation, and emergency-response actions.
impact_event_confirmed widespread_infrastructure_failure
👥 Personnel 160 total
Role Count Notes
Research Scientist 45 Astrophysics, exobiology, planetary defense modelling and laboratory analysis staff (included in staff_wages).
Mission Control / Operators 30 Telescope/operators and mission control staff for continuous FAST operations (included in staff_wages).
Engineer / Maintenance 30 Spacecraft, ground systems and facilities engineers (included in staff_wages).
Data Scientist / AI Engineer 25 ML engineers and analysts for detection pipelines and automated classification (included in staff_wages).
Administrative Staff 10 Administrative, procurement and program management (included in staff_wages).
Security Officer / MTF Support (non-deployed) 20 On-site security and MTF support staff for classified facilities and rapid deployment readiness (included in staff_wages).
📋 Confidence Notes
This re-evaluation corrects the prior report by (1) removing an unitemized 'extreme contingency' trillion-USD line and setting it to 0 because stellar-scale engineering/reconstruction is not a plausible, actionable Foundation program; (2) itemizing all >1B Foundation expenditures (FAST space segment, equipment aggregation, and the PROJECT AHAB interception budget) per Rule 1; (3) separating systemic economic impacts (tracked as damage) from Foundation operational spend. Remaining uncertainty arises from mission-architecture choices (accelerated probe cost variance), diplomatic access to strategic payloads, and long-range R&D outcomes; hence confidence is medium rather than high.
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