RIGNOS Diag reads the whole truck at the bay — every module, every code — builds the report in the cloud, and hands your customer a portal branded as your shop. Your name on every page — ours on none of them.
One desktop app at the truck, one web workspace for the shop, one portal for the fleet owner.
The Rignos app reads every module on the bus over the RP1210 adapter you already own (NEXIQ tested) — 90+ live parameters, active, stored and permanent faults in the maker’s own codes, freeze frames, a full dyno pull. Works offline in the bay.
The recording lands in your workspace and the report builds itself: summary sheet, before/after tune, engine-brake curve, DPF & regen history.
Your customer signs in on your domain, sees only their trucks, and reads a report with your logo at the top. Rignos never appears.
The gold mark on the timeline is a tune. Yours — or, when somebody flashes over your work, theirs. Either way, it’s on record.
Your domain, your logo, your shop name — on the portal, the reports and the emails. Even the login page carries your brand, not ours.
Every visit, Rignos reads the calibration’s shop mark. If another shop flashes over your work, the truck’s timeline shows the day it happened — JPRO and INSITE can’t tell you that.
Two sessions side by side: horsepower, torque, codes. The delta column is arithmetic your customer can verify, not a sales pitch.
Plain-English findings drafted from the session’s own numbers. Nothing reaches the customer until the shop approves it — you review, you sign.
Per-tech accounts with four permission levels. Machine tokens you can revoke from the office the moment a laptop walks away.
Each fleet owner signs in and sees exactly their trucks — nothing else. Reports stay online; no more PDFs lost in email threads.
Every controller that talks on the bus shows up — engine, aftertreatment, transmission, ABS, body and cab — with faults in the maker’s own words, freeze frames, permanent codes, and a dashboard tab the driver would recognise.
| Status | Module | Maker code | SPN / FMI | Meaning |
|---|---|---|---|---|
| ACTIVE | Transmission 0x03 | Eaton FC 36 | 639 / 14 | J1939 data link — special instructions |
| STORED ❄ | ABS 0x0B | Bendix blink 5-2 | 792 / 14 | Drive-axle right wheel speed sensor — output low at drive-off |
| PERMANENT | Engine 0x00 | Detroit | 171 / 13 | Ambient air temperature — out of calibration |
The truck’s own warning lamps in a strip — check engine, stop, ABS, DPF, DEF, park brake and more — tach and speed dials, boost, coolant, oil, fuel and DEF levels. Lamps have three states, not two: on, off, and this truck does not broadcast it, drawn dashed instead of a false “off”.
Engine, aftertreatment, transmission, ABS, body and cab controllers, each named from its own Component ID, each with a card that shows only what that module broadcasts. Reads CAN channels 1 to 3 on multi-channel adapters — on PACCAR trucks from 2016 the transmission, ABS and cab controller sit on channel 3, where a single-channel read never sees them.
Each code is decoded against the table of the module that raised it: Cummins, PACCAR P-codes, Detroit, Bendix blink codes, Meritor WABCO, Eaton — 20,000+ definitions across those six makers, with 10,000+ generic SPN names as the fallback for every other module. Active (DM1), stored (DM2), permanent (DM28), and the freeze frame (DM4) behind each stored code. See the full list →
One button sends DM11 and DM3 to each module by address, engine off and key on. The verdict comes from the module’s ACK and a re-read of stored codes 3 and 8 seconds later — “sent” is not “cleared”. Permanent codes are shown for what they are: untouched by DM11 and DM3, and needing the maker’s own tool or the ECM’s own drive cycles.
A step-by-step script at the truck: warm-up, settled idle, load pull, road steps if the shop wants them, and a final engine-off code clear. Each step’s result is written into the session, so the report can say which steps were reached and which were not.
Codes appearing and clearing, lamps changing, regens starting, derate and engine-protection flags, engine start and stop — each with a timestamp and the module it came from. Regen and derate questions get answered from the log, not by scrolling raw frames.
Nothing else to buy — except the RP1210 adapter you already own.
The app that sits on the laptop at the truck. Reads every module over J1939 — 90+ live parameters, faults in the maker’s own codes, freeze frames, a dashboard tab with the truck’s own lamps — records a full session and writes the report right there. No internet needed in the bay.
Windows 10 / 11 · RP1210 adapterThe web side your techs live in: every truck, every visit, every session side by side. Tech accounts, machine tokens, customer records, an audit log of who did what.
Any browser · nothing to installYour fleet owners sign in and see exactly their own trucks — reports, history, measured power. On Pro and up it runs on your domain with your logo, so it reads as your shop’s software.
Included on every planKeep JPRO or INSITE for deep diagnostics and flashing. Rignos is the layer on top: the record, the report and the customer’s copy.
| Dealer scan tools | Rignos | |
|---|---|---|
| Live data & fault codes | Yes — deepest coverage | Yes — 90+ parameters, every module on J1939 |
| Writes to the ECM | Yes (INSITE) | No — read-only by design |
| Report under your shop’s brand | ×Tool vendor’s name | ✓Your logo, your domain |
| Truck history across visits | ×Per session | ✓One timeline, every visit |
| Tells you somebody re-flashed your tune | ×No | ✓Tune-mark on the timeline |
| Portal for the fleet owner | ×No | ✓Their trucks only |
Billed yearly. Your customer data is yours — visible to your shop only.
Any J1939 heavy-duty truck, over an RP1210-compliant adapter — the same one you use for JPRO or INSITE. NEXIQ USB-Link is what we test on. Maker code tables today: Cummins, PACCAR, Detroit, Bendix, Meritor WABCO and Eaton; Allison and Navistar codes show SPN/FMI with the generic name until their tables land.
No. RIGNOS Diag is read-only by design — the one exception is clearing stored fault codes (DM11 and DM3), only when you press the button, engine off — and the app tells you whether each module actually cleared them. Reading and writing calibrations is a job for RIGNOS Flash.
No. White-label is the thing our subscribers pay for, so trials show the Rignos name. Everything else on Pro is open during the trial.
Machines already activated keep working — we never kill a laptop that’s in the field mid-job. You just can’t add machines past the new limit.
Yours. Your customers, your trucks, your history — visible to your shop only, never shared between shops.
Yearly, by PayPal invoice. Ask for an upgrade inside your workspace and the invoice comes to your email — no card details ever go through Rignos. Questions first? Write to rignos@vietdiesel.com.
Longer answers live in the documentation — install, adapter setup, your first recording, and what each number on the report means.
Every query in Rignos is scoped to one shop. No screen, no export and no search crosses from your workspace into another’s.
Rignos listens on J1939 and never writes calibration. The one write it can do is clearing stored fault codes — and only when a tech presses the button.
Turn on 2FA per account. Machine tokens are revocable from the office. Who created, changed or deleted what is written down.