Step 01
Choose injector machine
Pick the machine that matches the injector brand and coding family.
Choose machine →Injector Cloud · Choose one injector machine · Create one VM · Start coding with 10,165 ready profiles

How it works
The workflow is direct: choose the injector machine, create one VM, then open Bench and start coding.
Step 01
Pick the machine that matches the injector brand and coding family.
Choose machine →Step 02
Console guides wallet connect, network choice, and payment in one screen.
Create VM →Step 03
Open Bench and run the encode, decode, or calibration workflow.
Open bench →Session flow
Connect wallet → choose machine → install VM → open bench
Coding triggers
Injector replacement, ECU replacement, and some engine rebuild events
Ready now
Bosch, Denso, Continental, Delphi, Cummins, CAT / Perkins, L'Orange, Smart, AZPI, and Chinese Collection
Install-ready machines
bosch-ima-01, denso-qr-01, continental-siemens-iic-01, delphi-cxi-01, and 9 more
Ready profiles
10,165
Usage model
POL, USDC, or USDT per installed machine session (Polygon)
Stakeholder
Need fast injector replacement and coding turnaround with fewer comebacks and clear service records.
Stakeholder
Need standardized coding procedures across depots to reduce downtime and improve fuel-cost predictability.
Stakeholder
Need controlled, accessible software runtime for calibration validation and quality assurance.
Boundary
It gives the user a ready coding workspace without local software setup.
Boundary
Bench is where users enter values, run encode/decode, and review injector coding results.
Boundary
Real-time injection control and combustion decisions stay inside the vehicle powertrain controller.
Operating Rules