AI Measurement Assistant

Engineering intelligence for real measurements.

Upload an oscilloscope screenshot or waveform data. AXMEAS AI returns a structured, FAE-style engineering diagnosis with likely causes and the highest-value next measurement.

Request Early Access How it works

AXMEAS AI Report

Observed Features

Fast switching edge with visible post-transition ringing and elevated overshoot.

Likely Root Cause

Measurement-chain artefact or parasitic resonance should be ruled out before suspecting the DUT.

Prioritized Action

Verify probe deskew and high-frequency CMRR, then repeat the measurement using the shortest possible ground connection.

Built for measurement engineers.

AXMEAS AI is designed for practical troubleshooting, not generic explanation. It helps engineers decide what to measure next.

Oscilloscope Analysis

Interpret screenshots, switching behaviour, ringing, timing and waveform anomalies.

Waveform Data

Use CSV data and instrument readouts to support more precise engineering conclusions.

Power Electronics

Support SiC, GaN, gate-drive, switching-loss and power-integrity investigations.

EMC & RF

Reason about emissions, interference, spectrum behaviour and measurement setup quality.

How it works.

A focused workflow for real engineering problems.

Upload

Add an oscilloscope screenshot, CSV waveform, spectrum image or a detailed problem description.

Analyze

AXMEAS AI combines your data with a curated engineering knowledge base and structured reasoning.

Act

Receive ranked root causes, practical checks and the smallest set of next measurements that reduce uncertainty fastest.

See the signal. Solve the problem.

AXMEAS AI is currently available as a private beta.

Request Early Access