LTTSiDriVe

LTTSiDriVe™ is a semicon-agnostic Software-Defined Vehicle (SDV) platform designed to enhance vehicle functionalities through software, offering greater flexibility, adaptability, and innovation. It replaces traditional hardware dependencies with pre-loaded integrated development environments (IDEs), toolchains, and emulators, which streamline the development process by eliminating manual configurations.

This platform supports a shift-left methodology in Quality Assurance (QA), providing a test automation setup that features interconnected Virtual Nodes (VNs). These VNs are equipped with pre-configured virtualization libraries, simulators, and agents to execute test scenarios efficiently throughout the development lifecycle.

The use of GenAI within LTTSiDriVe™ automates the generation of test scenarios and system models from requirements, creating artifacts like pre-conditions, procedures, and expected results. An embedded AI chatbot enables customization, refining scenarios and building a knowledge base from past outputs to enhance accuracy and minimize manual input, supporting continuous improvement.

Solution Features

• Comprehensive integration of essential SDV stacks for robust development and deployment.
• High-Performance Computing capabilities ensuring environment parity in virtual development.
• Portability across various semiconductor platforms supporting multi-OS on multi-core processing for safety-critical and non-safety functions.
• Interoperability with third-party systems and cloud connectivity for extensive simulation and pre-deployment testing.
• Advanced AI refinements, accommodating custom test suites and edge case scenarios with ease.

The framework offers real-time monitoring solutions for vehicle diagnostics, enhancing maintenance and performance capabilities. It is built to scale horizontally, managing increased workloads without compromising on performance.

Benefits

• Real-Time Vehicle Monitoring for proactive diagnostics and maintenance.
• Scalability ensuring robust performance under load.
• Flexibility to integrate new modules, embracing emerging technologies seamlessly.
• Centralized Data Management for consistent and traceable SDV asset data.
• AI-Driven Testing and Optimization fostering accuracy and reliable outputs.