Future of Mobility

Software Defined Vehicle Consulting

Transform your vehicle architecture for the software-defined era. Expert consulting in SOA, cloud connectivity, OTA updates, and AI-driven features for next-generation automotive systems.

Software Defined Vehicle
Our Expertise

SDV Consulting Services

Comprehensive software-defined vehicle consulting to help OEMs and Tier-1 suppliers transition to modern, software-centric vehicle architectures.

Vehicle Software Architecture

Design and implementation of centralized and zonal E/E architectures with high-performance compute platforms and domain controllers.

Service-Oriented Architecture

SOA design and implementation using SOME/IP, DDS, and other middleware technologies for flexible, scalable vehicle software systems.

Over-The-Air (OTA) Updates

End-to-end OTA solutions for secure software updates including update management, delta updates, A/B partitioning, and rollback mechanisms.

Cloud Connectivity

Vehicle-to-cloud integration with telematics, data collection, remote diagnostics, and backend services for connected vehicle ecosystems.

Data Analytics & AI/ML

In-vehicle and cloud-based AI/ML solutions for predictive maintenance, driver behavior analysis, and intelligent vehicle features.

Software Integration

Integration of vehicle software components including middleware, operating systems, hypervisors, and application software layers.

Technical Details

SDV Technology Stack

Our expertise spans the complete software-defined vehicle technology ecosystem.

Compute Platforms

  • High-Performance Compute (HPC)
  • Domain Controllers
  • Zone Controllers
  • Vehicle Computers
  • NVIDIA DRIVE Platform
  • Qualcomm Snapdragon Ride

Software Stack

  • AUTOSAR Adaptive Platform
  • Linux / QNX / Android
  • Hypervisors (Type 1 & 2)
  • SOME/IP & DDS Middleware
  • Container Technologies
  • Vehicle API Frameworks

Connectivity

  • Automotive Ethernet (10G+)
  • 5G / V2X Communication
  • TSN (Time-Sensitive Networking)
  • Cloud Backend Integration
  • Edge Computing
  • Digital Twin Technology
Real-World Implementation

SDV Case Studies

Proof-of-concept implementations showcasing our expertise in building software-defined vehicle platforms with high-performance compute systems.

PoC Case Study

Suspend to RAM on S32G274 & JACINTO

NXP S32G274 TI JACINTO Vector Stack
Classic & Adaptive AUTOSAR Integration
  • AUTOSAR Application in M7 core using Vector Stack with Communication, Diagnostics, PMIC & Memory Management
  • LLCE Hardware Accelerator activation through Custom Device Drivers (CDD)
  • Linux Platform/Kernel Customization with containers on A53 core
  • Inter-Processor Communication between A53 and M7 cores
  • SOME/IP application and fusion algorithm - Adaptive AUTOSAR on A53
  • Suspend To RAM Implementation on WDG Reset
  • Bootloader Integration
S32G274 SDV Architecture
PoC Case Study

QnX & Android on Hypervisor

Qualcomm 8195P Elektrobit Stack QnX / Android
Multi-OS Hypervisor Implementation
  • Hypervisor setup on A53 cores with multi-OS support
  • QnX host and Android OS running as guest operating systems
  • Cloud application integration on Android OS
  • QnX host receiving vehicle signals and connecting with Display
  • AUTOSAR Application in M7 core using Elektrobit Stack
  • Inter-Processor Communication between A53 and M7 cores
  • Memory and stack utilization testing for performance
Qualcomm Hypervisor Architecture

Ready to Transform Your Vehicle Architecture?

Partner with us to build software-defined vehicles that are ready for the future of mobility.