What is CAN Bus?

CAN (Controller Area Network) is a robust communication protocol used in virtually every modern vehicle, boat, motorcycle, and industrial machine. It's the digital nervous system that allows electronic control units (ECUs) to talk to each other - your engine computer, ABS module, dashboard, airbags, and hundreds of other systems all communicate over CAN.

Every time you press the accelerator, check your speed, or turn on your indicators, CAN messages are flying around at up to 1 million bits per second.

What Can You Do With CAN Data?

What Can You Do With CAN Data? Application Description Custom Dashboards Build race displays, digital gauges, or heads-up displays for any vehicle Diagnostics Read fault codes, monitor sensor values, perform module programming Data Logging Record track sessions, analyze driving patterns, tune performance Reverse Engineering Discover undocumented signals, understand how systems work Feature Enabling Unlock hidden features, retrofit newer parts to older vehicles Engine Swaps Translate signals between different ECUs and gauge clusters Fleet Monitoring Track vehicle health, fuel consumption, driver behavior

Tiggy Dashboard Studio Pro.

Introducing Tiggy Dashboard Studio

The Swiss Army Knife for CAN Bus Development Whether you're building a custom race dashboard, reverse engineering your motorcycle's ECU, diagnosing your boat's NMEA 2000 network, or developing automotive products - Tiggy Dashboard Studio gives you the tools professionals use, without the professional price tag.

Dual CAN Bus Support — Connect to two CAN networks simultaneously. Monitor CAN A and CAN B, route messages between buses, or bridge different networks.
WYSIWYG Dashboard Builder — Drag-and-drop gauges, charts, and indicators. Design once, deploy anywhere. No coding required.
AI Signal Discovery — Stop guessing which byte is your RPM signal. Our intelligent pattern detection analyzes traffic and suggests signal definitions with confidence scores.
UDS Protocol Decoder — Decode ISO 14229 diagnostic messages in real-time. Supports OBD-II, VAG, BMW, J1939 trucks, NMEA 2000 marine, and custom address ranges.
Bus Load Statistics — Monitor network health with frames-per-second, bus utilization percentage, and per-ID traffic analysis.
Smart Alerts — Set thresholds and get notified. Trigger CAN frame transmissions automatically when conditions are met.
Data Logging — Record sessions in multiple formats (CSV, ASC, BLF). Replay logs for offline analysis.
Live CAN Monitor — Real-time trace view with filtering, highlighting, and byte-change detection. See exactly what's happening on the wire.
Transmit & Scripting — Send individual frames or automated sequences. Perfect for testing, simulation, and feature coding.
Code Generation — Export your signal definitions as Arduino, ESP32, Python, or C++ code. Go from discovery to deployment in minutes.

Need a Custom Gauge ?

Perfect For Automotive Enthusiasts — Custom gauges, race dashboards, data acquisition Motorcycle Builders — Swap ECUs, build custom clusters, add aftermarket electronics Marine Engineers — NMEA 2000 integration, engine monitoring, bridge displays Truck & Fleet — J1939 diagnostics, telematics development, driver displays Product Developers — Rapid prototyping, signal research, compatibility testing Tuners & Workshops — Diagnostics, feature coding, ECU communication. From Garage to Professional Tiggy Dashboard Studio bridges the gap between expensive professional tools and inadequate hobbyist software. Whether you're in a home garage or an R&D lab, you get the same powerful features:

'Found in seconds'

"I spent weeks trying to find my bike's gear position signal. Tiggy's AI discovery found it in 30 seconds."

'Just so handy !'

"Finally, a tool that speaks NMEA 2000 AND regular CAN. My boat project is actually moving forward."

Tiggy CAN — Decode. Design. Deploy.

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