EIKO is built for places where communication is mission‑critical and infrastructure is unreliable, damaged, or absent. These examples are representative and generalised across industries.
Underground environments suffer from dead zones, RF reflections, and cable vulnerabilities. EIKO forms a self‑healing mesh that carries safety‑critical control and telemetry through rock and reinforced concrete.
Real‑time gas sensing, vibration analysis, and personnel tracking feed local AI that can escalate alerts, trigger sirens, and route around damage within seconds.
Floods, earthquakes, and wildfires often destroy fixed infrastructure and overload cellular. EIKO nodes can be deployed rapidly to create an instant incident network for responders, shelters, and logistics.
Edge AI prioritises command traffic, coordinates assets, and adapts routes even when parts of the network go offline.
Large construction sites and industrial plants need pervasive telemetry without costly rewiring. EIKO supports predictive maintenance, equipment tracking, and geofenced safety policies.
Standards‑aligned data flows (MQTT/OPC‑UA) integrate into control rooms while the mesh maintains uptime during layout changes or power outages.
Energy assets—onshore or offshore—operate in RF‑hostile, safety‑critical conditions. EIKO ensures encrypted, authenticated telemetry and video backhaul for turbines, substations, and platforms.
Edge models detect anomalies (heat, vibration, power signatures) and can trigger automated responses aligned with safety standards.
Stadiums, transport hubs, and large events demand low‑latency communication under congestion. EIKO balances high‑bandwidth local Wi‑Fi with long‑range sub‑GHz links to keep coordination intact.
Use cases include crowd density monitoring, vulnerable person tracking, and rapid evacuation guidance.
Search and rescue teams often operate beyond cellular coverage. EIKO nodes—carried by responders, mounted on vehicles, or lofted by drones—create an on‑demand mesh across valleys and ridgelines.
Teams coordinate with live location updates, sensor feeds, and voice/video backhaul when terrain and weather would otherwise isolate them.