See everything your firmware does.

Traxcope is a real-time observability platform for embedded systems.

Stream, record, visualize, and analyze firmware behavior across multiple devices — without stopping the system.

Traxcope is currently under active development and will be available soon.

Multi-device tracing · RTOS timeline · Trigger Studio · DSP analysis

Launching Soon

Traditional debugging was not built for modern embedded systems.

Traditional debugging stops the system

Breakpoints can change timing, stop communication, or make motor-control systems unsafe.

Traditional logging misses timing

Printf-style logs are limited by bandwidth and often hide the real order of events.

Distributed systems need correlation

Modern embedded systems run across multiple devices. The real problem is often hidden between them.

A real-time firmware lab on your desktop.

Traxcope streams, records, and visualizes real-time data from any embedded target. It bridges bare-metal bring-up, RTOS validation, and production monitoring in a single modern desktop application. AI-assisted analysis is currently in development.

Transports: UART · TCP/IP · SEGGER RTT

Firmware: bare-metal · FreeRTOS · more RTOS coming soon

Targets: ARM Cortex-M (more targets on the roadmap)

OS: Windows · Linux coming soon

Learn more

Multi Views. One platform.

A trace tool that only shows traces is half a tool. Traxcope brings every diagnostic signal into one synchronized session — logs, scope, RTOS events, spectrum, triggers — so you stop context-switching between tools.

Your software oscilloscope.

Plot any firmware variable as a true oscilloscope trace. No hardware probe needed. Pan, zoom, cursor-measure, and export.

· Fixed-frequency synchronous channels

· Asynchronous event-driven channels

· Multi-channel overlay with per-channel scaling

FFT spectrum + waterfall + 3D analysis.

Run live FFTs on streaming firmware data. Compute THD, ENOB, power factor, and jitter without any extra code on the target.

· Real-time FFT on any synchronous channel

· Waterfall view for harmonics and interference

· 3D spectral view: time × frequency × amplitude

See what your RTOS is actually doing.

Task switches, ISR entries, mutex ownership — finally visible in real time. Built for bare-metal and FreeRTOS today, with more RTOS support on the roadmap.

· Trace timeline — every task switch, color-coded

· Event viewer — ISR, semaphore, mutex, queue activity

· State machine — live-animated transitions

· Deadlock detection in real time

Trigger Studio — capture only what matters.

Build complex capture conditions visually using a node graph. Combine variable thresholds, event patterns, and timing constraints into a single trigger formula.

· Condition nodes: threshold, range, edge, event match

· Boolean operators: AND / OR / NOT / XOR

· Timing controls: pre-trigger, post-trigger, holdoff

Why Traxcope?

Purpose-built to be the one tool an embedded team can rely on — from bring-up through production monitoring.

All-in-one visibility

12+ synchronized views in a single workspace — logs, scope, trace, events, markers, spectrum, state machines.

Multi-target by design

Connect several devices on one timeline. Measure cross-device latencies and inter-device timing races.

Low-overhead probe

Lean TraxProbe instrumentation keeps your real-time loops responsive — overhead measured in microseconds.

Sync + async time fusion

Periodic sampling and event-driven data merged on a single time axis — side by side. A Traxcope exclusive.

DSP-grade analysis

Live FFT, waterfall, and 3D spectral views straight from firmware data — no extra DSP code on the target.

AI-assisted insights (in development)

An AI module is in active development — anomaly detection and fault classification on long captures.

Built for every industry that runs firmware.

Industrial Automation

Real-time PLC and servo controller diagnostics. Catch timing violations before they cause downtime.

Automotive Electronics

Bare-metal ECU validation. Jitter analysis, ISR latency, and CAN-correlated events.

Defense & Aerospace

Determinism verification for safety-critical systems. Full trace record for certification.

Medical Devices

IEC 62304 traceability. Memory integrity and mutex audit logs over long operational cycles

IoT & Connectivity

Multi-node simultaneous monitoring. Spot inter-device timing races single-target tools miss entirely.

Education & Training

Workshop curriculum from Hello World through Deadlock Detection — classroom-ready out of the box.

Early Access

Interested in Traxcope?

Traxcope is not yet publicly released. We are currently working with a small group of pilot users and partners.

If you are an embedded systems engineer, team, researcher, or academic institution interested in evaluating Traxcope before launch, we would love to hear from you.

Get in touch and we will follow up personally.