About Us
Mysafehub began with a simple observation: in the first hours of an earthquake, a flood, or a conflict escalation, the networks people rely on are the first thing to fail — precisely when they are needed most. Governments scramble to restore towers. Families cannot find each other. Responders triage blind.
Our answer is to treat every smartphone as infrastructure. Through Bluetooth Low Energy and Wi-Fi Direct, Mysafehub devices relay small, structured emergency payloads between one another — no towers, no internet, no central point of failure. A citizen's SOS hops from phone to phone until it reaches a responder, and a responder's instructions travel back the same way.
Help must not depend on a data center hundreds of kilometers away. Every critical function — SOS, navigation, verification — works entirely on the device and its neighbors.
Anonymous alerts get people heard fast; biometric and institutional verification make sure responders act on what is real. We never trade speed for safety, or safety for speed.
Incident commanders, search and rescue teams, and humanitarian coordinators shape every workflow — from the 250-byte payload to the triage board.
Every figure on this site carries a source. Our test report is public. If a claim cannot be verified, it does not ship.
Emergency operations
Former incident commanders and search and rescue coordinators who have run operations through earthquakes, floods, and conflict zones.
Mesh networking
Engineers specializing in Bluetooth Low Energy and Wi-Fi Direct device-to-device protocols on consumer hardware.
Humanitarian technology
Practitioners from refugee camp connectivity, disaster mapping, and missing-persons tracing programs.
Our public test report documents mesh relay, verification, and triage performance from field demos — or talk to us about a deployment.