During major incidents or extreme circumstances, communication networks routinely collapse due to infrastructure damage or systemic overload. By operating entirely via client-side architecture, this system guarantees 100% offline functionality. Once initialized, first responders retain flawless, zero-latency triage capabilities in deep underground transit networks, remote dead zones, or completely compromised environments.
The Ten Second Triage (TST) Protocol
The Ten Second Triage (TST) tool is an algorithm introduced by NHS England to radically accelerate casualty prioritization during multi-agency major incidents or mass casualty threats. Designed to replace overly complex physiological scoring models, it enables first responders to categorize casualties within roughly 10 seconds based on direct, critical vectors: walking capability, severe hemorrhage controls, talking latency, and fundamental airway management.
By removing complex diagnostic friction, TST delivers a unified language cross-compatible between healthcare workers, Police, Fire, and civilian stewarding teams—maximizing life-saving interventions (LSIs) in severe windows of crisis.
Field-Engineered Capabilities
Zero-Latency Interface
UI rendering utilizes optimized CSS Flexbox and vanilla JavaScript. View screens swap instantly without server handshakes or page reloads, conserving precious seconds.
High-Contrast Tactile Targets
Sized dynamically with viewport units (vh/vw) to create oversized touch zones. Purpose-built to ensure flawless operation despite physical adrenaline tremors, heavy gloves, or debris.
NHS TST Protocol Alignment
Engineered to map explicitly to the logic criteria of the NHS Major Incident Ten Second Triage (TST) algorithm for rapid, reliable clinical grouping.
Incident Tally Persistence
Leverages robust local storage to log casualty metrics. If a device browser crashes, updates, or is accidentally closed, active casualty data remains fully preserved.
Incident-Optimized Palette
Adheres strictly to standard NHS Triage color profiles over a dark-mode core, dramatically reducing visual fatigue during nocturnal or low-light deployments.
Data Privacy & Security Note: Patient tally data is strictly sandboxed inside the browser's local storage. No patient identifiers are recorded locally, ensuring compliance with strict data protection and field triage protocols.
Resilient Network Synchronization
While built to survive complete isolation, the platform scales instantly when networks recover or command centers deploy localized infrastructure.
Incident Referencing
Assign a unique incident reference key in the field header. Whenever an active cellular or Wi-Fi signal is acquired, data packets sync immediately with dispatch telemetry.
Command Dashboards
Aggregated telemetry updates central dashboards dynamically, providing silver and gold command clear visual oversight across single or multi-incident coordinates.
Ad-Hoc QR Handshakes
Generate peer-to-peer visual QR codes right on the screen. Transfer triage tallies directly between field responders or rendezvous (RV) points without utilizing network traffic.