Cognitive Relief Mesh
International response teams in Manila, Dakar, and Lima leverage a shared BCI network to allocate resources during typhoons and flood events. Neural intent signals streamline logistics when traditional communication is disrupted.
Responders
2,600 field members
Coverage
11 active corridors
Response Time
-38% dispatch delay
Project Flow
Field units focus on priority nodes displayed in wearable AR, transmitting intent that triages supply routes. Command centers view anonymized cognitive load maps and deploy drones or amphibious vehicles to high-need clusters within minutes.
Key Features
- ● Offline-first mesh network keeping nodes active even when satellites fail.
- ● Neurointent translator that distinguishes urgency, supply type, and required manpower.
- ● Ethical triage board ensuring vulnerable communities guide priority settings.
- ● Transparent ledger of interventions for post-event accountability.
Impact Snapshot
Supply Accuracy
93%
Deliveries matched requests despite unstable voice channels.
Responder Safety
+18%
Reduced exposure to hazardous zones by predicting collapse risk.
Community Trust
91%
Affected residents validated fairness of resource distribution.
Ethics & Protection
Responder neural signatures are tokenized and rotated to prevent identification. Community advisory councils set use boundaries, and all data related to minors is excluded from transmission. Consent briefings happen before and during deployments.
Data Lifespan: Neural intent logs expire after 14 days unless community leads extend review.
Security: Quantum-resistant encryption protects cross-border traffic.
Well-Being: Psychological decompression sessions follow each deployment.
Next Wave
BCICaseLab is collaborating with climate scientists to integrate predictive modeling that highlights likely displacement patterns. Training academies are being launched to certify local coordinators in ethical neuro-response leadership.