Aetherlink reads telemetry from your drones and satellites, finds the moment communication degraded, and explains the root cause in plain language — with a recommendation you can act on.
A failed mission leaves you with gigabytes of logs and no clear answer.
When a downlink degrades mid-flight, the evidence is buried across thousands of timestamped rows from different subsystems. Tracing it back by hand takes a specialist hours — and the next mission is already being scheduled.
Aetherlink does that read-through automatically, correlating signals across the whole timeline, so the answer takes minutes instead of an afternoon.
Fig. 2 — Event log excerpt
04:11:58 RSSI -63 dBm link NOMINAL
04:12:02 RSSI -71 dBm retransmit x2
04:12:06 RSSI -89 dBm pkt_loss ↑
04:12:09 RSSI -96 dBmLINK DEGRADED
04:12:11 attitude yaw +148°
04:12:14 RSSI -74 dBm recovering
04:12:20 RSSI -64 dBm link NOMINAL
→ correlation: dropout aligns with yaw maneuver
From raw log to root cause, in four steps.
Each stage hands off to the next automatically. You bring the telemetry; Aetherlink returns the diagnosis.
01
Upload
Drop in telemetry logs from a drone or satellite mission. No schema wrangling required.
02
Analyze
Signal strength, link quality, packet behavior and subsystem status are read and aligned on one timeline.
03
Diagnose
Anomalies are pinpointed and correlated with system conditions to surface the likely root cause.
04
Recommend
A plain-language report explains what went wrong and what to change before the next mission.
What Aetherlink reads.
Four signals, tracked across the full mission timeline and read together — because failures usually show up as a correlation, not a single number.
Signal
What we read
Why it matters
RSSISignal strength
Where reception weakened, by how much, and the exact moment it crossed into failure.
Pinpoints when the link began to fail.
SNRLink quality
Whether the channel stayed clean enough to carry data, or buckled under noise.
Separates a weak signal from a noisy one.
PKTPacket behavior
Retransmits, drops and gaps across the data path.
Shows where data actually broke down.
SYSSubsystem status
Power, attitude and thermal state alongside the comms timeline.
Ties a comms fault to its real trigger.
Built for credibility first.
Aetherlink Systems is being built by a two-person founding team with a clear long-term direction: to become a trusted name in aerospace and national defense systems.
Telemetry diagnostics is our deliberate first step — a problem we can solve well today, and one that earns the proven technical capability and trust this field demands before it opens any doors.
From there, we expand into broader civilian and defense applications, one well-built product at a time.
Now · in development
Telemetry diagnostics
Automated post-mission analysis of communication failures for drones and satellites.
Next
Broader aerospace tooling
Expanding the diagnostics platform across more subsystems and mission types.
Long term
Defense & civilian systems
A trusted foundation to build into national defense and aerospace applications.
Have a mission you couldn't explain?
We're working with a small group of early operators. Leave your email and we'll reach out to talk through your telemetry.
We'll only use this to get in touch about early access.
