Traxcope 2.2 / Now with Live Watch

AI debugging.Grounded in your runtime.

TraxAI connects your chosen AI model to captured runtime data and 40+ Traxcope tools. Ask about delayed tasks, lock waits or noisy signals, then inspect the evidence.

Turns Weeks of Debugging into Minutes.Connect your own model. Cloud usage is billed separately.

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Your cloud or local model
Standard & Professional
14-day Professional trial

Traxcope 2.2 TRAXAI

TraxAI

You

Why does my control task sometimes finish late?

TraxAI

Analyzing captured runtime data…

The task is waiting on a lock. Let’s inspect the recorded moment.

TraxAI

I’m inspecting the captured timeline and CPU activity.

Traxcope 2.2 / AI-Assisted Signal Analysis

Ask AI about noise.Inspect the spectrum.

Find dominant frequencies, inspect signal gaps and compare filter candidates with TraxAI. Keep Scope, FFT, waterfall and 3D spectrum views in the same synchronized session.

Spectrum analysis and its AI tools are available in Professional.

Try Professional Explore analysis

FFT & waterfall
3D spectrum analysis
Professional edition

Real Traxcope FFT, waterfall and 3D spectrum analysis views — Time and frequency domainsOne synchronized session

Traxcope 2.2 / Live Watch & Scope

Watch and change variables,while the target runs.

Live Watch reads firmware globals and statics by name, typed from the ELF. Change a value in the running firmware with a double-click, with no rebuild or reflash.

Plot the same variables in Scope and let TraxAI test and tune a control loop on the running target.

Download Explore Scope

Live variables
Multi-channel scope
No breakpoints required

Real Traxcope three-phase scope view — Watch variables as they changeWithout stopping the target

Embedya / Embedded Systems Engineering

Built by engineerswho understand the target.

Traxcope 2.2 brings runtime observability and AI-assisted analysis into one workflow, built on Embedya’s experience with embedded software, custom hardware and real-world systems.

An engineering ecosystem spanning development, R&D and professional training.

Explore Contact

15+ years of experience
Vendor-independent architecture
Real hardware workflows

EMBEDYA / EMBEDDED SYSTEMS ENGINEERINGENGINEERING

Software · Hardware · TrainingEngineering beyond the code

Slide 1 of 4: TraxAI and Traxcope 2.2

Burak Emre Polat, founder of Embedya — **Burak Emre Polat**Founder of Embedya 15+ years
of experience

Embedya is an embedded systems engineering company based at Teknopark Ankara, bringing embedded software R&D, custom hardware, professional training, and developer tools into one engineering ecosystem.

We build portable, maintainable architectures instead of tying solutions to a single microcontroller family. Experience gained across defense, industrial, and R&D environments also shapes Traxcope—our real-time firmware observability platform for bare-metal and RTOS-based systems.

Embedded Software & R&D

Portable architectures, BSPs, and product-focused engineering.

Custom Hardware

Development boards for training, prototyping, and product development.

Professional Training

Hands-on learning built around real hardware and industry workflows.

Traxcope

Runtime tracing, signal analysis, and performance insight in one workspace.

Explore Traxcope Contact our team

15+ yearsEmbedded systems experience
Multi-MCUVendor-independent approach
Real hardwareFrom training to production workflows

INTRONow playing

Traxcope Intro · Real-Time Observability

Video series10 tutorials

YouTube ↗

Featured insight

10 Sep 202612 min read

Trigger Studio: Event-Based Firmware Capture

See how Traxcope captures intermittent firmware failures using precise trigger conditions while preserving the activity before and after the event.

22 Dec 2025Embedded Architecture

What Is BSP?

Why a professional Board Support Package is more than a driver layer—and how it improves portability, maintainability, and long-term scalability.

Read insight

17 Dec 2025Communication

UART & Communication Performance

Understand the real limits of interrupt-based UART reception and when FIFO or DMA becomes essential for reliable high-speed communication.

Read insight

01
Build & prototypeFlexible target boards and real-world peripheral scenarios
02
Program & debugProfessional SWD, JTAG, and serial development workflows
03
Test & iterateCapture logs, verify interfaces, and refine firmware on real hardware