Industries — Constellation Operators
Kavari watches every parameter on every pass, catches trouble before the alarm fires, and tells your operators exactly what to do — before the contact window closes.
The Problem
"During a ground station pass we look at 2 or 3 parameters to make immediate decisions. Everything else has to wait."
Commercial Satellite Operator
Whether you fly a large LEO constellation or a high-value GEO asset, the problem is the same — too many parameters, too little time, too much at stake to wait. When an anomaly begins, the response has to wait for the next pass, the right engineer, and a manual investigation.
By the time a command is ready, the safest options may be gone. It's not a staffing problem. It's a structural one.
The Solution
An AI mission co-pilot for satellite operations. Kavari reads your telemetry, diagnoses trouble before the alarm fires, and recommends the next best action — with humans in control. It runs through the command and control system you already use, so there's no new screen to monitor.
Explore Kavari01
Monitors every parameter continuously and flags the early signs of trouble.
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Runs root-cause analysis across subsystems in parallel — in seconds, not an hour.
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Delivers a plain-language action, with supporting evidence and a decision record.
What you get
Kavari acts on early degradation signatures before they cross a threshold — so routine issues never become anomalies.
Operators get a clear, recommended action in time to authorize it before the contact window closes — not on the next orbit.
Kavari watches the full telemetry matrix continuously, not just the two or three parameters a human can track during a pass.
Every assessment builds queryable health data — the foundation for defensible reporting and better insurance terms.
We'll tailor the session to your constellation — LEO or GEO, one asset or a thousand.
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