US-Weather-Hazards
Top drivers
⌁ mcp.call("adw-252") vADW-252-live-1.0 How heavy is the current US severe-weather alert load?
US-Weather-Hazards
Top drivers
⌁ mcp.call("adw-252") vADW-252-live-1.0 A logistics dispatch agent consumes ADW-252 hourly and automatically re-routes long-haul truck dispatches away from corridors covered by Extreme or Severe NWS alerts (weight ≥3 in the severity-weighted score) when hazard_load_score exceeds 60, logging the methodology_version so the routing decision is traceable in the fleet management audit trail. The backtest shows hazard load has ranged from 18.8 to 41.8, with a mean of 30.3 — a current reading of 18.8 signals below-average load, while a spike to 60+ would represent a statistically elevated event warranting automated re-routing. Source_lineage (NWS api.weather.gov active alerts) confirms the agent is acting on the same authoritative feed FEMA uses, not a third-party aggregation.
A regional VP of operations at a grocery distribution network uses the extreme_alerts and severe_alerts counts from ADW-252 to decide whether to pre-position perishable buffer stock at distribution centers in the alert footprint before a major weather event, a decision that previously depended on individual store managers monitoring local weather apps inconsistently. The severity-weighted composite converts the NWS raw alert volume into a single prioritization score, allowing the VP to act on a documented threshold rather than subjective judgment — improving both the consistency and the defensibility of pre-storm inventory decisions.
Severity-weighted (Extreme4/Severe3/Moderate2/Minor1) active-alert sum, scaled
Version ADW-252-live-1.0 · validated to beat a naive baseline · benchmark: Weather-channel feeds (consumer); NWS is the authoritative open source