Aerosol Vector Readiness (AVR)
The contingency channel for the day persuasion fails. Maintained, never yet used at scale.
Formula
Thresholds & Bands
| Band | Range | State |
|---|---|---|
| Ready | ≥ 90 | ok |
| Degraded | 70-90 | warn |
| Down | < 70 | crit |
Why This Metric Matters
Aerosol Vector Readiness measures the operational preparedness of the Directorate's airborne dispersal capability — the Vector Fleet drones equipped with aerosol payload systems for large-area compound delivery. AVR represents the last-resort dosing channel: the capacity to deliver compliance compounds, sedatives, or biological agents over a population area when voluntary uptake channels (water additive, implant delivery, clinical distribution) have failed or been compromised. The fleet is maintained in a state of continuous readiness precisely because the contingency it serves — mass non-compliance or active population resistance — demands response within hours, not days. A degraded AVR means the Directorate's escalation ladder has a missing rung at the moment it may be needed most.
Threshold Justification
The 90% "Ready" threshold ensures that sufficient airborne dispersal capacity exists to cover the largest single managed zone within the deployment window specified by the Directorate's contingency protocols. Below 70%, fleet modeling shows that coverage gaps in multi-zone deployment scenarios become unavoidable, and the remaining operational drones cannot achieve the minimum effective dispersal density required by the compound-delivery specifications — effectively rendering the aerosol channel non-functional as a population-scale intervention tool.
Historical Context
AVR was established as a tracked metric when the aerosol-dispersal capability was formally added to the Vector Fleet in Q1 2025. Initial readiness hovered around 78% as payload-handling procedures were refined and ground crews developed proficiency with the aerosol-loading systems. A dedicated maintenance program and the introduction of pre-loaded payload canisters in Q3 2025 brought AVR consistently above 90%. The system has never been deployed at operational scale; all readiness figures are derived from maintenance checks, loading drills, and periodic dispersal-pattern flight tests over uninhabited test zones.
Collection Method
AVR is computed hourly by the Vector Fleet operations system, which queries the status of every aerosol-capable drone in the fleet. A drone is classified as "ready" if it meets three concurrent conditions: battery or fuel charge above the minimum mission threshold, aerosol payload loaded and within its use-by window, and airframe cleared for tasking by the maintenance system with no outstanding grounding faults. The ready count is divided by the total aerosol-capable fleet size to produce the percentage, which is published to the Synaptic Data Fabric.
Known Failure Modes
The primary distortion risk is payload shelf-life expiration: aerosol canisters loaded onto drones have a limited viability window, and if not cycled regularly, drones may be reported as "loaded" with expired or degraded compound, inflating AVR while the actual effective readiness is lower. Weather constraints are not reflected in the metric — a fleet may report 95% readiness while atmospheric conditions (high winds, temperature inversions, precipitation) make effective dispersal impossible across the target area. Additionally, the metric treats all aerosol-capable drones as interchangeable, but payload type varies (compliance compound, sedative, biological agent), and readiness for one payload type does not guarantee readiness for the operationally required type in a given scenario.