SCP-7959
Ticonderoga
~
medium confidence
SCP-7959
Expected annual
$3.9M
One-time setup
$12.6M
Annual recurring
$3.8M
Personnel
6
One-time setup and resilience (vaults, hardware, R&D seed funds and endowment) are the primary upfront costs (~$12.65M); recurring yearly costs are driven by specialized staff, legal/cover operations, medical & redundancy reserves, and ongoing monitoring (~$3.76M/year).
One-Time Capital Costs
Total: $12.6M
Annual Recurring Costs
Total: $3.8M/yr
Cost Scenarios
📊
Baseline
(baseline)
$3.8M/yr
Normal year with no major exposure incidents; ongoing monitoring, staff operations, legal/cover and reserves continue at planned levels.
no breaches
routine operations only
🚨
Minor Incident
$4.3M/yr
Localized exposure event affecting a small number of staff or a single dataset leading to medical treatment, forensic workup, limited PR/legal response and equipment replacement.
single-site exposure
localized data corruption
limited media/public leak
🚨
Major Breach
$8.9M/yr
Significant containment failure or public leak causing multiple exposures, large-scale medical response, major legal/PR operations and substantial covert contingency expenditures.
multi-person exposure
public dissemination
containment escalation
Personnel
6 total
| Role | Count | Notes |
|---|---|---|
| Research Scientist / Memetics Researcher | 2 | [#5] Senior memetics researchers to analyze TL-7959 artifacts and develop safe observation protocols. |
| Timeline Theorist | 1 | [#5] Specialist in timeline theory to interpret canonical-bundle indexing anomalies. |
| Research Data Scientist | 1 | [#5] Senior data scientist for indexing, integrity checks and anomaly-detection pipeline oversight. |
| Safety Officer / Specialist | 2 | [#5] Two full-time safety officers for operations oversight, rotations and emergency response coordination. |
Confidence Notes
Estimates are midpoints of analyst-provided ranges and include conservative selections (e.g., two off-site vaults). SCP-7959 is memetic/temporal and inherently unpredictable; line-item ranges are broad so aggregate figures carry moderate uncertainty.