What Mysafehub does when disaster, war or civil unrest takes communications with it.

Trapped, medical emergency, fire, water, food, or threat. A distress record is assembled from fixed fields instead of a written message, so what arrives can be triaged immediately.

Direction, distance, and shelter capacity are calculated from cached data, so a person can move toward help without a connection.

Wound care, evacuation steps, and household planning checklists stay readable when nothing loads.

Each request shows whether it is queued, relayed, received, or acknowledged — the difference between waiting and knowing.

Post a missing person with a last-seen point, or send an “I’m alive” check-in that travels device to device until it reaches someone.

A pulsing high-frequency tone that carries through concrete debris, paired with an alternating screen strobe flashing an SOS pattern. Canine units and search-and-rescue teams can locate someone buried under rubble or trapped in a dark space, where GPS accuracy degrades indoors.

Instant language toggles for high-risk regions — French, Ukrainian, Arabic, Turkish, Spanish, Hausa, Yoruba, and Igbo — so victims read triage guides and submit SOS details in their own language with no internet translator.

A second PIN opens a clean interface under coercion; a private share code keeps family status visible only to the people you choose.

Responder consoles open only with access codes issued by the organization — no public sign-up path into the operations board.

A sweeping radar scope plots every open SOS and danger report by real-time distance and bearing, with adjustable scan ranges — so the closest emergency is always visible at a glance.

Forty-plus simultaneous alerts ranked on urgency, proximity, elapsed time, and route accessibility, so the highest-value dispatch rises first.

Water points, triage posts, charging hubs, hazards, and blocked roads stay visible with no network and no map tiles to fetch.

Group alerts into sectors, assign a team, and record the dispatch from the same board.

Timestamped entries captured on-device, retained locally and synced when a connection becomes available.

Publish verified food, water, shelter, and medical points that propagate across the mesh as citizens move through the area.

Citizens and responders drop real-time hazard markers on the offline map — collapsed bridges, flooded intersections, downed power lines, active conflict zones — and alternate evacuation corridors are recalculated so nobody walks into a fatal dead end.

Responders log what they carry — oxygen tanks, blood bags, AEDs, inflatable rescue boats, emergency fuel — so command centers can direct each call to the team actually equipped for it.

Each request is scored on severity, distance from the responder, and how long the person has been waiting — with the reason shown on the card.

One tap claims a request so two teams don't drive to the same call.

Distance and bearing, turn-by-turn directions, an offline compass, and quick hand-off to Google Maps, Apple Maps or Waze.

Blood group, allergies, conditions and medications open straight from the request.

Direct messages with one-tap phrases: “On my way”, “Need your exact location”, “Help is coming — stay where you are”.

A field report is required before closing: outcome, actions taken, casualties, injuries and supplies used. Only admins can read it.

Instant SOS with no account and no identity. The alert is marked unverified and still gets through.

An on-device camera check confirms a real person is present, and the phone signs the alert with a key held in its secure enclave. Faces and biometric data never leave the handset.

Pre-authorised institutional keys mark the sender as an agency-credentialed responder, and unlock the operations console.

Rate limits, tier weighting, and verification badges make it expensive to flood a board or use the app to draw people toward a location.

Vector evacuation maps at roughly 20 MB per city — corridors, bridges, hazard zones, and designated safe points, without raster tiles.

Water, shelter, medical, and triage points stay searchable offline and update when a fresh source passes through.

Meeting points, contacts, medicines, and documents captured ahead of time, stored locally.

Verified updates to maps and resource points are pushed across the mesh as conditions change.