Capture rare failures
Build trigger conditions from variables, events and timing rules. Preserve activity before and after the critical moment.
Traxcope 1.0 is now available
Real-time embedded observability
Turns Weeks of Debugging into Minutes.
See what your firmware is doing while it runs. Trace software execution, correlate RTOS activity and analyze signals in one synchronized workspace.
No account required
14-day Professional trial
Free Community Edition after trial
≈ 5 min
to your first connection with the guided setup
The visibility gap
The bug can disappear the moment you try to observe it.
01
Breakpoints stop the system
Real-time behavior, communication and control loops no longer run as they did when the fault occurred.
02
Logs can change timing
Added output consumes bandwidth and execution time, potentially masking intermittent faults.
03
Disconnected tools hide context
Traxcope brings tasks, interrupts, events, variables and signals onto one synchronized timeline.
One engineering workflow
Move from system behavior to root cause without switching analysis environments.
Capture what happened, preserve the context around it and inspect software and signal behavior together.
Correlate devices
Synchronize multiple probes, measure cross-device latency and expose timing races on a shared timeline.
Analyze signals
Explore streamed signals with scope, FFT, waterfall and 3D spectrum views inside the same workflow.
Understand execution
Inspect RTOS tasks, ISRs, markers, logs, state transitions and live variables without freezing firmware.
See Traxcope in action
One interface. Every critical view.
The product interface is the proof: precise engineering data, synchronized and ready to investigate.
Trigger Studio
Capture the exact moment a problem occurs.
Define visual trigger conditions and preserve pre-trigger and post-trigger activity instead of searching through long recordings.
DSP and signal analysis
Inspect time-domain and frequency-domain behavior with FFT, waterfall, 3D spectrum and engineering measurements.
State and execution context
Follow state transitions, task activity, interrupts and events on the same synchronized session.
Product walkthrough
See the interface before you install.
Watch Traxcope in use and get a practical view of the workflow, interface and analysis tools.
How it works
From firmware to insight in three steps.
Traxcope adds observability to your current embedded workflow without tying you to a single MCU vendor.
Instrument
Add the lightweight TraxProbe library and select the variables, events, tasks and signals you need to observe.
Connect and capture
Stream diagnostic data through SEGGER RTT, UART or TCP/IP. Inspect it live or record complete sessions.
Visualize and analyze
Correlate trace, logs, RTOS activity and signals. Apply measurements and triggers to uncover the root cause.
Designed for a first connection in about five minutes.
Open Tutorial Projects
Use the ready-to-run tutorial project and guided video to shorten setup time.
Why Traxcope exists
Built from a real embedded engineering problem.
From experience to product
A problem that took months became the reason to build a better way.
In an earlier project, Traxcope developer Burak Emre Polat spent roughly two months investigating a demanding 33 W / 300 ms regulatory condition. Reproducing the event, building a separate interface and moving the data between disconnected tools made the investigation slow and difficult to verify.
That experience helped shape Traxcope: one environment where engineers can capture the moment, keep its timing context and analyze the data without assembling a new diagnostic workflow for every difficult fault.
2 months → 1 day
Burak's estimate for the same investigation if Traxcope had been available at the time.
Traxcope developer
Burak Emre Polat
Founder of Embedya with more than 15 years of experience across defence, industrial and R&D embedded systems.
Built for demanding embedded work
For teams where timing and visibility are not optional.
Firmware and RTOS developers
Find timing faults, scheduling problems and unexpected interactions in complex real-time systems.
Automotive, industrial and robotics
Validate embedded behavior earlier and reduce repeated debugging and verification cycles.
Defence and aerospace
Offline activation, floating team licences and air-gapped deployment are available on request.
What’s next for Traxcope
The current release is the foundation, not the finish line.
Upcoming development focuses on assisted analysis, broader RTOS coverage and support for more embedded targets.
AI-assisted insights
Planned AI-assisted analysis will interpret logs and long recordings, summarize system behavior, surface anomalies and help point engineers toward likely root causes.
Zephyr RTOS support
Extend task, ISR and kernel-event visibility to Zephyr-based embedded applications.
Expanded target support
Support additional microcontroller families, processor architectures and development environments.
Roadmap items are planned work and are not included in Traxcope 1.0. Scope and timing may change as development progresses.
Transparent annual pricing
Start free. Upgrade when your workflow needs more.
Paid editions currently include a 30% launch discount for a limited time. One installer supports every edition, and your installation continues in Community mode after a trial or paid licence expires.
Community
€0 / year
A permanent, keyless edition for evaluation, individual engineering and learning.
- No account or licence key
- Commercial use allowed
- Core trace, log, scope and RTOS views
- One probe and 3 live minutes per hour
Standard
€690 / seat / year€990
For everyday embedded tracing, recording and real-time analysis on up to two machines.
- Unlimited live streaming
- Session recording and clean exports
- Multi-probe synchronization
- Email support
Professional
€1,180 / seat / year€1,690
For advanced analysis and demanding engineering workflows, with team and offline options available.
- Everything needed for full-time use
- Advanced signal-analysis workflows
- Visual trigger-based investigation
- Offline and floating options on request
The displayed Standard and Professional prices include the limited-time 30% launch discount. Paid prices are per seat, per year. For enterprise, floating or air-gapped deployment, request a tailored licence setup.
15% loyalty discount on renewal
After the first licence year, renewing customers receive 15% off the applicable renewal price.
Latest stable release
Download Traxcope 1.0
The same installer starts a 14-day Professional trial for a new installation, then continues as the free Community Edition.
No credit card. No account. No forced expiry.
View all releases on GitHubEverything you need to begin
Learn it your way.
Use the technical guides, ready-to-run projects and short video tutorials to move from installation to real traces quickly.
Does Traxcope stop the firmware to collect data?
No. Traxcope is designed to observe software behavior while the firmware continues to run, helping preserve the timing and context you are investigating.
Which targets and operating systems are supported?
Traxcope currently targets ARM-based microcontrollers and supports bare-metal and FreeRTOS-based applications. The desktop application is available for Windows and Linux. Broader target and RTOS support is on the roadmap.
Is the Community Edition really free?
Yes. Community is permanent, allows commercial use and requires no account or licence key. It includes core views with one connected probe and three minutes of live streaming per hour.
What happens after the 14-day Professional trial?
Traxcope continues in Community mode. You can keep using the free features and request a Standard or Professional licence when you need unlimited streaming, recording or advanced workflows.
Can Traxcope be used in offline or secure environments?
Yes. Solo Offline, Floating Team and Enterprise or Air-Gapped licence options are available on request.
Start with your own firmware
See what your system is really doing.
Download Traxcope, make your first connection and explore every Professional feature for 14 days.
Traxcope 1.0 is now available
Real-time embedded observability
Turns Weeks of Debugging into Minutes.
See what your firmware is doing while it runs. Trace software execution, correlate RTOS activity and analyze signals in one synchronized workspace.
No account required
14-day Professional trial
Free Community Edition after trial
≈ 5 min
to your first connection with the guided setup
The visibility gap
The bug can disappear the moment you try to observe it.
01
Breakpoints stop the system
Real-time behavior, communication and control loops no longer run as they did when the fault occurred.
02
Logs can change timing
Added output consumes bandwidth and execution time, potentially masking intermittent faults.
03
Disconnected tools hide context
Traxcope brings tasks, interrupts, events, variables and signals onto one synchronized timeline.
One engineering workflow
Move from system behavior to root cause without switching analysis environments.
Capture what happened, preserve the context around it and inspect software and signal behavior together.
Capture rare failures
Build trigger conditions from variables, events and timing rules. Preserve activity before and after the critical moment.
Correlate devices
Synchronize multiple probes, measure cross-device latency and expose timing races on a shared timeline.
Analyze signals
Explore streamed signals with scope, FFT, waterfall and 3D spectrum views inside the same workflow.
Understand execution
Inspect RTOS tasks, ISRs, markers, logs, state transitions and live variables without freezing firmware.
See Traxcope in action
One interface. Every critical view.
The product interface is the proof: precise engineering data, synchronized and ready to investigate.
Trigger Studio
Capture the exact moment a problem occurs.
Define visual trigger conditions and preserve pre-trigger and post-trigger activity instead of searching through long recordings.
DSP and signal analysis
Inspect time-domain and frequency-domain behavior with FFT, waterfall, 3D spectrum and engineering measurements.
State and execution context
Follow state transitions, task activity, interrupts and events on the same synchronized session.
Product walkthrough
See the interface before you install.
Watch Traxcope in use and get a practical view of the workflow, interface and analysis tools.
How it works
From firmware to insight in three steps.
Traxcope adds observability to your current embedded workflow without tying you to a single MCU vendor.
Instrument
Add the lightweight TraxProbe library and select the variables, events, tasks and signals you need to observe.
Connect and capture
Stream diagnostic data through SEGGER RTT, UART or TCP/IP. Inspect it live or record complete sessions.
Visualize and analyze
Correlate trace, logs, RTOS activity and signals. Apply measurements and triggers to uncover the root cause.
Designed for a first connection in about five minutes.
Open Tutorial Projects
Use the ready-to-run tutorial project and guided video to shorten setup time.
Why Traxcope exists
Built from a real embedded engineering problem.
From experience to product
A problem that took months became the reason to build a better way.
In an earlier project, Traxcope developer Burak Emre Polat spent roughly two months investigating a demanding 33 W / 300 ms regulatory condition. Reproducing the event, building a separate interface and moving the data between disconnected tools made the investigation slow and difficult to verify.
That experience helped shape Traxcope: one environment where engineers can capture the moment, keep its timing context and analyze the data without assembling a new diagnostic workflow for every difficult fault.
2 months → 1 day
Burak's estimate for the same investigation if Traxcope had been available at the time.
Traxcope developer
Burak Emre Polat
Founder of Embedya with more than 15 years of experience across defence, industrial and R&D embedded systems.
Built for demanding embedded work
For teams where timing and visibility are not optional.
Firmware and RTOS developers
Find timing faults, scheduling problems and unexpected interactions in complex real-time systems.
Automotive, industrial and robotics
Validate embedded behavior earlier and reduce repeated debugging and verification cycles.
Defence and aerospace
Offline activation, floating team licences and air-gapped deployment are available on request.
What’s next for Traxcope
The current release is the foundation, not the finish line.
Upcoming development focuses on assisted analysis, broader RTOS coverage and support for more embedded targets.
AI-assisted insights
Planned AI-assisted analysis will interpret logs and long recordings, summarize system behavior, surface anomalies and help point engineers toward likely root causes.
Zephyr RTOS support
Extend task, ISR and kernel-event visibility to Zephyr-based embedded applications.
Expanded target support
Support additional microcontroller families, processor architectures and development environments.
Roadmap items are planned work and are not included in Traxcope 1.0. Scope and timing may change as development progresses.
Transparent annual pricing
Start free. Upgrade when your workflow needs more.
Paid editions currently include a 30% launch discount for a limited time. One installer supports every edition, and your installation continues in Community mode after a trial or paid licence expires.
Community
€0 / year
A permanent, keyless edition for evaluation, individual engineering and learning.
- No account or licence key
- Commercial use allowed
- Core trace, log, scope and RTOS views
- One probe and 3 live minutes per hour
Standard
€690 / seat / year€990
For everyday embedded tracing, recording and real-time analysis on up to two machines.
- Unlimited live streaming
- Session recording and clean exports
- Multi-probe synchronization
- Email support
Professional
€1,180 / seat / year€1,690
For advanced analysis and demanding engineering workflows, with team and offline options available.
- Everything needed for full-time use
- Advanced signal-analysis workflows
- Visual trigger-based investigation
- Offline and floating options on request
The displayed Standard and Professional prices include the limited-time 30% launch discount. Paid prices are per seat, per year. For enterprise, floating or air-gapped deployment, request a tailored licence setup.
15% loyalty discount on renewal
After the first licence year, renewing customers receive 15% off the applicable renewal price.
Latest stable release
Download Traxcope 1.0
The same installer starts a 14-day Professional trial for a new installation, then continues as the free Community Edition.
No credit card. No account. No forced expiry.
View all releases on GitHubEverything you need to begin
Learn it your way.
Use the technical guides, ready-to-run projects and short video tutorials to move from installation to real traces quickly.
Does Traxcope stop the firmware to collect data?
No. Traxcope is designed to observe software behavior while the firmware continues to run, helping preserve the timing and context you are investigating.
Which targets and operating systems are supported?
Traxcope currently targets ARM-based microcontrollers and supports bare-metal and FreeRTOS-based applications. The desktop application is available for Windows and Linux. Broader target and RTOS support is on the roadmap.
Is the Community Edition really free?
Yes. Community is permanent, allows commercial use and requires no account or licence key. It includes core views with one connected probe and three minutes of live streaming per hour.
What happens after the 14-day Professional trial?
Traxcope continues in Community mode. You can keep using the free features and request a Standard or Professional licence when you need unlimited streaming, recording or advanced workflows.
Can Traxcope be used in offline or secure environments?
Yes. Solo Offline, Floating Team and Enterprise or Air-Gapped licence options are available on request.
Start with your own firmware
See what your system is really doing.
Download Traxcope, make your first connection and explore every Professional feature for 14 days.