The day-to-day tool for capturing, decoding, and making sense of vehicle network traffic — live from the bus or from a recorded session, across whatever combination of interfaces and networks your project actually uses.

  • Live and recorded capture across CAN, LIN, SENT, and FlexRay
  • Produces DBC, LDF, and FIBEX network database files
  • Synchronised video and analog (PicoScope) channels
  • AI-assisted reverse engineering of unknown signals
  • Export to MoTeC .ld, MATLAB, and MDF/MF4
  • Session compare, log search, and trigger-based capture
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Compatibility

Built to fit your setup, not the other way around

ONAC Network Studio isn't locked to one vendor's hardware or one vehicle's network layout — it's built to adapt to whatever a given project actually has.

Multiple hardware interfaces

Works across a range of CAN interfaces and logging hardware rather than one fixed device, including our own ONAC hardware where a standalone logger is needed.

Multiple network types

Handles CAN, LIN, SENT, and FlexRay natively — see our Learn resource for what each of those actually involves.

Multiple software toolchains

Exports straight into MoTeC, MATLAB, and MDF/MF4, so it slots into a toolchain your team already uses rather than forcing a new one.

In detail

What ONAC Network Studio does

Capture

Live capture from the bus, or load a previously recorded session — the same decode and analysis tools work on both, so you're never limited to reviewing data only while it's live.

Decode

Real-time signal decoding across CAN, LIN, SENT, and FlexRay, turning raw traffic into named, scaled signals — see our DBC Files & Signal Decoding guide for how that actually works.

Build network databases

Produces DBC, LDF, and FIBEX files — the CAN, LIN, and FlexRay database formats respectively — so a network you've decoded can be documented and reused, not just viewed once.

Synchronise

Video and analog channels (via PicoScope) share the same timeline as the network traffic — essential for correlating a signal against what was actually happening physically.

Reverse engineer

AI-assisted signal search speeds up finding an unknown signal's meaning when no DBC file exists yet, turning a slow manual process into a guided one.

Export

MoTeC .ld, MATLAB, and MDF/MF4 — drop straight into an existing engineering workflow without reformatting.

Compare & search

Session compare, full log search, and trigger-based capture make finding a specific event across a large recorded session fast rather than a manual scroll.

Need something built specifically for your platform instead?

Licensing ONAC Network Studio as-is isn't always the fit — bespoke software development is one of our core services, and Network Studio itself is the proof of what that looks like.