Project tree and editor tabs
Move between project files, dashboards, graph windows, traces, logs, and tools in one browser workspace.
Next Level CAN-Bus Simulation
Program your CAN-Bus Simulation in Python and operate it from the web browser.
- Program your CAN-Bus Simulation in Python
- Save Time and Effort on Development
- Interact with your App via the Webbrowser
- Increase access around your Coworkers
- Manage your Code in Git and enable CI/CD
Product
CAN simulation, data, dashboards, and hardware in one workflow
pyCANdo combines Python-based restbus simulation, optimized datalogging, browser dashboards, and flexible Linux hardware deployment for engineering teams.
SIMULATION
Write your simulations entirely in Python and move faster on large, complex CAN projects with modern development workflows.
- 100% Python-based for maximum flexibility without a proprietary programming language.
- DevOps-ready: use Git and state-of-the-art software tools directly in your workflow.
- Fast project implementation with Python's open-source ecosystem and AI-assisted development.
DATALOGGING
Create optimized trace files for efficient analysis, lower storage requirements, and faster loading of measurement data.
- Web-first configuration: set up logging directly in the browser without software installation.
- Optimized MDF and Parquet data structures save resources in downstream data analysis.
- Each device keeps an always-on database for frames and variables, so traces can be generated after a simulation run.
DASHBOARDS
Gain deep insight into your test subjects or control them in real time, then share dashboards as URL links with colleagues.
- Access on any device: use pyCANdo from a smartphone, tablet, or workstation.
- Monitor and change on the fly: adjust parameters live during operation.
- Accessible everywhere: connect through LAN or Wi-Fi on your company network.
HARDWARE
Select the right performance class for your requirements, from high-performance applications to cost-optimized setups.
- Rack-mounted servers support high channel counts and multiple simulations at the same time.
- Tiny PCs with built-in interfaces fit workbench and mobile demands.
- Raspberry Pi systems with a CAN HAT cover cost-sensitive deployments.
Linux service
Install on a device. Work from every browser on the network.
pyCANdo runs as a CAN bus simulation, datalogger, and interactive browser service on Linux. Engineers keep their workflow in the browser while the connected device handles the lab, bench, or machine interface.
Linux device pyCANdo service CAN bus simulation + datalogging
laptop browser tablet browser phone browser
- Linux x86 and ARM possibilities
- Browser access for laptop, tablet, and phone
- Python projects backed by service-oriented runtime components
Workbench
Develop, inspect, and operate in one browser workspace
The workbench brings project files, graph windows, trace views, dashboards, and controls into a familiar engineering surface.
Graph and trace views
Inspect live values, time-series behavior, and CAN traffic while your project is running.
Dashboards for interaction
Create browser dashboards for values, controls, and shared views that can be opened from another device.
Examples and docs
Peek into the pyCANdo Restbus code
GitHub Inspect real pyCANdo example projects Open the public repositories to see project structure, state-machine examples, datalogging examples, and the way pyCANdo projects are kept in Git. Open GitHub repositories
Read the docs Read the pyrbs API documentation Use the pyrbs docs as the technical reference for timers, CAN messages, signals, system variables, and the Python-first restbus workflow. Open pyrbs documentation
Download access
Download here
After submitting the form, right away you will receive an email with registration details and installation commands for your Linux device.
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Install on your Linux Device
Use the provided installation flow on the device that should host the pyCANdo service.