Mission-critical work depends on the vehicle staying online — but connectivity in the field is invisible until it fails. ECIA watches every link on every vehicle, learns what “healthy” looks like, and warns you before the connection is lost.
A dish loses the sky behind a ridgeline. A cellular modem quietly degrades. An antenna drifts out of alignment. A SIM burns through its data. By the time the crew notices, the video feed is frozen and the operations picture is gone.
ECIA closes that gap — so the crew and the control room stay ahead of the problem instead of reacting to it.
Forecasts comms loss minutes ahead, per vehicle. Operators get lead time to switch paths, reposition, or fall back — instead of a dead screen with no warning.
A real-time picture of where your fleet has strong connectivity and where the dead zones are, built from the fleet’s own movement. Plan routes around the coverage you actually have, not a generic carrier map.
Flags a failing antenna, a misaligned dish, a bad SIM, or runaway data use early — while it’s still a maintenance ticket, not a mission failure.
When the link weakens, the vehicle adapts automatically — live, then adaptive, then store-and-forward — so nothing is lost. Data catches up the moment the connection returns.
Predicts, doesn’t just alarm. Most tools tell you a link is already down. ECIA tells you it’s about to go, with enough lead time to do something about it.
Sees the terrain, not just the signal. ECIA understands why coverage is about to fail — including line-of-sight to LEO satellites blocked by the landscape ahead — grounded in the real world, not a guess.
Built for the edge. The intelligence runs on the vehicle, offline and deterministic. No cloud dependency for the decision that keeps you connected.
Multi-path aware. Satellite, cellular, and bonded links are treated as one resilient system, not separate dashboards. ECIA reasons across all of them simultaneously.
Ask it in plain language. An operator copilot answers “what’s happening with this vehicle?” in seconds — status, cause, and recommended action, grounded in live fleet state.
ECIA operates as a two-tier AI system: autonomous sub-agents run on each vehicle at the edge, while cloud-hosted agents provide fleet-wide intelligence and a natural-language operator copilot. All tiers communicate over the bonded connectivity stack — and the edge continues to reason and act independently when the cloud link is unavailable.
Five autonomous sub-agents — Predict, Map, Maintain, Protect, Ask — run in a single container on existing hardware. Offline-capable and deterministic. No cloud dependency for safety-critical decisions.
An AI Orchestrator coordinates the Fleet Intelligence Agent (coverage maps, fleet-wide analytics) and the Operator Copilot Agent (plain-language Q&A grounded in live fleet state). Continuously reasoning across the whole fleet.
Starlink LEO, LTE/5G multi-carrier, and SD-WAN bonded link — all treated as one resilient system. Store-and-forward when offline; data catches up automatically on reconnection. No new hardware required.
ECIA sits on top of the connectivity hardware you already run. It ingests the telemetry your vehicles already produce, and delivers:
We start with a paid Proof of Concept on your own fleet and your own routes — your telemetry, your coverage, your dead zones — so you see ECIA predict your outages before you commit to a rollout. The PoC fee is fully creditable against deployment.
Request a live demo — outage predicted, fault injected, recovery in real time. On your vehicles, your fleet, your operational environment.
Request a live demo