Software Defined Vehicles
Define Simulate Develop |
The automotive industry is rapidly shifting toward Software-Defined Vehicles (SDVs), where software, rather than hardware, dictates vehicle capabilities. However, this transition introduces immense complexity—developers must develop, integrate, and validate numerous applications and services across diverse ECUs while ensuring rapid time to market in an increasingly connected and competitive ecosystem.
Traditionally, this process has been slow, costly, and dependent on expensive modeling software and hardware. Developers face fragmented tools, a lack of real-world testing environments, and lengthy validation cycles, all of which hinder innovation.
Our GenAI-powered tooling transforms this landscape. Auto OEMs can simply define their specifications, and our platform automatically generates a simulator, creating a virtualized ecosystem that mirrors real-world vehicle behavior. This enables developers to independently develop their components in parallel, streamline integration and validation, reduce costs, and accelerate SDV innovation.”
Our Mission
“Our mission is to accelerate the development of Software-Defined Vehicles by providing powerful, flexible and accessible simulation tools. We empower developers with cutting-edge solutions that streamline innovation and simplify SDV development.”
Our Vision
“We envision a future where Software-Defined Vehicle innovation is seamless, efficient, and accessible to all. By delivering advanced simulation tools for in-vehicle, cloud, and mobile application developers, we aim to foster transformative solutions.”
How we deliver Value
Industry-Focused Solutions
Vehicle Service Simulator
Provides simulation service in a virtualized environment, where simulated services are validated against requirements to ensure they accurately replicate real services in both interface and behavior.
Quick Turnaround
GenAI-powered automatic code generation rapidly creates simulation services and test environments, reducing turnaround time from specification to a fully functional simulator and test setup.
Easy Deployment
Easily deployable on Ubuntu and Windows, locally or in containerized cloud environments.
Solution 1
Simulator to Enable Vehicle Apps, Services Development/Testing
- One Tool for Service & App Development on Any Platform
- Supports both SoCs and Microcontrollers (uCs)
- Enables Mock Services that replicate real interfaces and behaviors
- User-Friendly Interface
- Easily publish topics and handle Remote Procedure Calls (RPCs)
- Built-in Logger for transaction monitoring
- Seamless Test Automation
- Provides a test interface for integration with frameworks like BDD, Robot, and Proprietary solutions
- Flexible Hosting
- Python-based solution, deployable in containers, Windows, or Ubuntu
- Accelerated Specs-to-Mock Development
- GenAI-powered automatic code generation for rapid Mock Service creation
Solution 2
Simulator as Vehicle to Enable Cloud Apps, Services Development/ Testing
Key Features of Our Solution
☁ All the feature of Simulator
- Configurable VIN number for unique identification
- Authentication key management for secure communication
- Supports multiple protocols, including MQTT, HTTPS, and FluentBit for seamless connectivity
FEATURES
Powering the Future of Software-Defined Vehicles
At SDVLabs, we make it effortless for customers to define, simulate, and validate vehicle services. Our streamlined engagement model ensures a hassle-free process from requirements to a fully functional simulator.
How It Works
Provide Requirements & Specifications
- Share requirements in Word, Excel, or PDF OR in Gherkin Specification
- Provide interface specifications as Protobufs or ARXML.
Automated Processing & Generation
- Our tools convert requirements into structured Gherkin specifications.
- Automated service code generation seamlessly integrates with our simulation framework.
Delivering a Ready-to-Use Simulator
- The final output: A fully functional simulator that behaves exactly as defined in the specifications and service behavior.
- Developers can immediately use it for testing, validation, and development of SDV applications.
With automation at every step, SDVLabs accelerates SDV development, ensuring accuracy, efficiency, and a seamless transition from requirements to simulation.
Technical Specifications:
- In -Vehicle Communication: SOME/IP
- Cloud Connectivity: Azure EventHub, AWS EventBridge, FluentBit for logging, with support for standard MQTT and HHTPS for proprietary communication
- Serialization Formats: Protobuf, SOME/IP Serialization
- Service Specification Standard: Protobuf(COVESA uServices), AUTOSAR ARXML
- Development Language: Python
- Deployment Platforms: Windows, Linux and containerized environments for cloud hosting