ENGINEERING PRECISION ENABLING INNOVATION
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INDUSTRIAL SOFTWARE DEVELOPMENT

Dyno Software Development

Custom dyno software development for dynamometer testing, real-time data acquisition, test automation, motor and engine testing, monitoring and reporting.

  • Custom-built for your test setup
  • Windows, desktop and web
  • Instrument integration
DYNO SOFTWARE DEVELOPMENT

Dyno Software Development

Omnix Systems Solutions Pvt. Ltd. develops dyno software for dynamometer test cells used in motor, engine and powertrain testing. The software connects to the dynamometer controller, torque and speed sensors, power analyzers and other instruments, runs test procedures and records the results in one place.

The solution can be customized according to the dynamometer type, controller and instruments, test cycles, communication interfaces and reporting requirements of each test cell.

TEST AUTOMATION PLATFORM

Automate Your Test &
Measurement Process

Traditional manual testing can require repetitive measurements, manual data recording, and time-consuming report preparation. Omnix automated testing software helps streamline these activities through software-controlled test sequences and automated data collection.

The platform can control compatible test and measurement instruments, execute predefined test procedures, capture measurement results, evaluate Pass/Fail conditions, and generate structured test reports.

Key Features

  • Automated test sequence execution
  • Test procedure configuration
  • Test instrument control
  • Real-time measurement acquisition
  • Automatic data logging
  • Pass/Fail evaluation
  • Measurement limit configuration
  • Real-time graphs and visualization
  • Test result comparison
  • Automated test report generation
  • Test history and data management
  • User access and test authorization

Test Equipment & Instrument Integration

Omnix develops software that can integrate with suitable test and measurement instruments used in laboratory and industrial testing environments.

Depending on the equipment and application, integration can support interfaces such as:

  • USB
  • LAN / Ethernet
  • RS232
  • RS485
  • GPIB
  • CAN
  • Modbus
  • SCPI-based instrument communication

This enables engineers to create a centralized instrument control and automated measurement system instead of operating individual instruments manually.

Automated Data Acquisition

The software can collect measurement data directly from connected instruments, sensors, and data acquisition systems.

Captured data can be processed and displayed through:

  • Real-time measurement dashboards
  • Graphs and trend charts
  • Numerical measurement panels
  • Test result tables
  • Historical test records
  • Automated reports

This helps engineering teams maintain consistent test records and reduce manual data-entry errors.

Automated Pass/Fail Testing

Our automated test software can evaluate measurement results against predefined limits.

For example:

  1. Measured Value
  2. Test Limit
  3. Pass/Fail Result
  4. Test Record
  5. Automated Report

Test limits can be configured according to individual testing requirements, allowing the same software platform to support multiple test procedures.

Applications

Automotive Testing

  • ECU testing
  • Motor testing
  • Powertrain testing
  • Electrical system validation

EV & Battery Testing

  • Battery testing
  • Charge/discharge testing
  • BMS testing
  • Battery performance validation
  • EV power electronics testing

Electronics Testing

  • PCB testing
  • Electronic component testing
  • Signal measurement
  • Functional testing
  • Product validation

Electrical & Power Testing

  • Power measurement
  • Power supply testing
  • Inverter testing
  • Converter testing
  • Energy measurement
HOW IT WORKS

From setup to the final report.

The same four stages, customized to your instruments and procedure.

SIGNALS AND DATA
  • Torque
  • Speed (RPM)
  • Mechanical power
  • Electrical power
  • Voltage
  • Current
  • Temperature
  • Pressure
  1. 1

    Define the test

    Set up the test cycle, limits and measurement channels for the motor or engine under test.

  2. 2

    Control and connect

    Connect the dynamometer controller, sensors and instruments from one software screen.

  3. 3

    Run and monitor

    Watch live torque, speed and power while the cycle runs, with alarms on limits.

  4. 4

    Analyze and report

    Review curves, compare runs and generate the test report automatically.

USE CASES

Where this software is used

Typical applications. The software is customized for each project.

  • Motor testing
  • Engine testing
  • Powertrain testing
  • EV motor and inverter testing
  • End-of-line testing
  • R&D performance evaluation
RELATED SOFTWARE

Related software solutions

Omnix builds software for testing, measurement and monitoring. Explore related solutions.

START A SOFTWARE PROJECT

Discuss your software requirement.

Tell us the instruments, the test procedure and the reports you need. We will get back with the next steps.

Software enquiry

We reply within 12 to 24 hours. A confirmation is emailed to you.

TALK TO OMNIX

Have a testing or measurement requirement?

Tell us your application, equipment or software requirement. Our team can help discuss the next step.