Technological advances in CASE (Connected, Autonomous, Shared, Electric) are transforming vehicles into software-centric entities, making software development vital for innovation. However, traditional MIL, SIL, and HIL testing methods struggle to keep up with rapid development cycles, leading to delays and inefficiencies.

As competitors accelerate Software-Defined Vehicle (SDV) development, completing projects in just two years, the global automotive industry faces mounting pressure to adapt quickly and implement effective early defect detection strategies to stay competitive.

Delayed Defect Detection

Most defects are identified only during late validation stages, pushing SOP timelines by more than two years.

Feature/Function Compatibility Issues

Feature/function compatibility & integration issues surface only a few months before the SOP.​

Dependence on Real ECUs

The development process is heavily dependent on real ECUs, which need decoupling from suppliers for flexibility.

Delay in reporting issues

Completing the system V cycle and reporting issues can take four to six weeks, necessitating a reduction to days.

Complex Root Cause Analysis

Isolating and identifying root causes is difficult and time-consuming, often taking more than a month.

KPIT's solutions enhanceOEM validation by integrating test coverage across E/E architecture and vehicle networks. Our Integrated Virtual Engineering accelerates co-simulation for thousands of users, enabling rapid testing and supporting CI/CD/CT workflows.

The scalable, hybrid platform—compatible with cloud and on-premise setups—provides real-time insights and a virtual Bill of Material, crucial for efficient implementation and early defect detection.

Our offerings

A Left Shift Platform

The platform enhances SDV validation through early defect detection and interactive regression testing, deploys virtual test benches for comprehensive software integration and safety verification, and supports daily end-to-end regression testing on HIL, improving software quality and accelerating development.

Cloud Workbench

A Virtual Engineering workspace is a cloud-based platform for thousands of engineers, optimizing development and testing. It offers role-based work environments from a catalog, integrated with necessary tools and workflows on demand.

Workflow automation/pipeline with

As work artifacts are committed from cloud workspace, preconfigured pipelines are triggered for build and test execution, displaying KPIs to users providing health of the execution on the dashboard

Virtual Test Environment

KPIT's cloud-based Virtual Test Environment accelerates integrated testing across the V Cycle, enhancing time to market, efficiency, and software quality with standard-based processes and distributed co-simulation capabilities.

Engineering Services

Virtual ECU Creation

Enabling comprehensive testing of software functionalities and system interactions using digital twins, accelerating development by reducing dependence on physical prototypes.

Virtual Test Bench setup

Establishing virtual environments for real-world condition simulations, allowing early system validation and performance testing, thus reducing time-to-market and costs associated with physical testing.

Co-simulation Orchestration

Integrating diverse simulation tools and platforms ensures synchronized and accurate testing across vehicle systems, enhancing reliability and integration efficiency.

Supplier workflow integration

Seamlessly integrating supplier processes into the main workflow, improving collaboration, reducing delays, and ensuring consistent quality and compliance across the supply chain.

Get In Touch

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