AI-Driven Triage in Conflict Zones, Field Hospitals, and Disaster Response Theaters

In operational environments marked by combat trauma, civilian mass casualties, or humanitarian crises, clinical decision-making must be both immediate and autonomous.
These settings frequently suffer from infrastructure degradation, limited human capital, and severely constrained diagnostic resources.

ERTRIAGE is engineered for deployment in these exact conditions, functioning as a fully self-contained, device-resident AI triage platform that enables frontline medics and humanitarian health workers
to execute structured, protocol-aligned triage in under 60 seconds—without reliance on hospital-grade networks or cloud infrastructure.

Autonomous Operation in Denied or Degraded Environments

• Deployed on ruggedized Android tablets or military-grade field units with zero-dependency on continuous connectivity
• AI model resides locally, enabling inference without external computation or internet access
• Battery-optimized runtime for extended mission cycles in remote or off-grid deployments

Combat-Ready and Crisis-Calibrated Triage Logic

• Calibrated for blast injuries, hemorrhagic shock, penetrating trauma, chemical exposure, and crush syndrome
• Incorporates elements from MIST (Mechanism, Injuries, Signs, Treatment), NATO triage protocols, and START/JumpSTART frameworks
• Supports multilingual triage mode for non-native clinician deployment or refugee camp application

 Interoperability and Situational Command Visibility

• Generates encrypted triage output compatible with Joint Medical Workstation (JMeWS), DHIS2, and field-grade EHR systems
• Optional integration with satellite uplink or radio-bridged data relay for real-time casualty tracking at command level
• Enables standardized reporting across multinational and NGO-led operations

Operational Scenario

In a multinational humanitarian operation following a natural disaster, an ERTRIAGE-equipped medical team establishes a mobile triage station at a field site.
Patients are classified on-site using local AI inference, allowing prioritization of surgical cases, evacuation schedules, and coordination with regional trauma units.
The ability to conduct secure, structured triage without cloud access ensures continuity of care amid volatile security and logistics conditions.

Conclusion: ERTRIAGE empowers field medical teams with mission-critical decision support,
delivering triage accuracy, consistency, and autonomy under the harshest operational constraints.
It represents a force multiplier in both military medicine and humanitarian emergency response.