Bringing KPIT CES 2024
Showcase to you virtually

Delivering advanced features faster and enabling new business models is at the heart of Software Defined Vehicles. Its calling for transformation across E/E architecture, Software development, integration, and validation. New approaches to architecture, software integration and validation are promising but pose new challenges to leadership and engineering teams.

With KPITs' deep experience in 6 of the 9 leading SDV programs globally, CES 2024 will anchor conversations and demonstrations that mobility leaders don't want to miss out on.

Critical Factors For
Successful Realization Of SDV

KPIT CES Showcase 2024 | Successful Realization Of SDV

E/E ARCHITECTURE BLUE PRINT

To Jumpstart Pre SOP To SOP Workflows

KPIT CES Showcase 2024 | OPEN APIs & SCALABLE MIDDLEWARE

OPEN APIs & SCALABLE MIDDLEWARE

To Launch Features Faster With Performance & Reliability

DATA-FIRST ARCHITECTURE

To Realize Future Revenue Streams From Data- driven Features & Services

SOFTWARE ASSETS RE-USE

To Accelerate Migrant To SDV With Minimum Re-Investment

SDV Reference Architecture Platform

Execution Blueprint | Architecture Validation | Middleware Development & Integration | Time Determinism | Ethernet Communication Optimizer | Timing Analyzer & Optimizer

  • Hardware prototypes during the architectural PoC phase to reduce risks
  • End-to-end data flow validation across Ethernet, CAN – Communication between Software contexts across HPC, Zonal and Nodes
  • End-to-end time sensitive network testing

    • Powered by Reference Platform H/W from Technical & Middleware Components from Qorix

SDV Test Approach - Virtual To Real

E/E Architecture | Network | Domain | Time Determinism | Platform | Vehicle

  • Validation of Network Specifications, Architecture decisions, and Assumptions
  • Integrated Multi domain validation
  • 100% Automated Regression
  • SW Commit to Test Feedback in 48 hours for E/E Architecture, Network, Platform, Domain, Multi-domain integration
  • Scaled Test Environment to enable 100% Regression
  • Seamlessly accommodates and tests new feature releases ensuring up-to-date system validation

Driving Efficiencies for EV programs

Seamless Charging Ecosystem | Plug and Charge | V2G | OCPP | CCS | Interoperability | Data Analytics | Energy Management | Software Integration

  • How to achieve seamless integration of the multiple discrete stakeholders in the context of the charging ecosystem
  • How to build the necessary infrastructure from OEM back-end perspective to enable a smooth charging experience for the user
  • Use cases
    1. Monitor EV charging sessions in real-time, tracking charging status and energy consumption.
    2. End-to-end PnC sessions with ISO15118-compliant certificates using an AWS Backend.
    3. Generate reports and analytics for station usage, energy patterns, and billing, enabling data-driven improvements.

Towards L3+ Autonomy With AD Transformation

Integrated Vehicle Motion Control

E/E Architecture | Network | Domain | Time Determinism | Platform | Vehicle

  • Object Detection with multiple video streams on HPC
  • Cloud based Data Driven Validation
    1. Ensure and improve coverage to cover corner cases
    2. Predict failures and detect patterns powered by Autonomous analytics
  • Transformation to SoA based architecture to enable ‘feature on demand’
  • AI for Path and Trajectory Planning
    1. Accurate behaviour prediction of dynamic objects and especially non-AD vehicle drivers
  • Consolidation of distributed functions (Steering, Braking, Suspension and Vehicle
  • Motion Control) into single controller
  • AI driven new features
  • Hardware Software Decoupling
  • Service Oriented Architecture
  • Legacy Transformation / Migration strategy

XR-Based Virtual Prototyping For Vehicle
Engineering & Design

Wiring Harness & Sensor Optimization | Vehicle Ergonomics Virtual Cockpit | XR-aided Vehicle Integration

  • XR-based Virtual Prototyping for New-age component design
  • Wiring Harness Simulation and Optimization
  • Virtual Cockpit and Vehicle Ergonomics
  • Virtual system Assembly
  • XR aided Vehicle Integration

Open AI-Powered Automotive Repair & Maintenance
Using Kpit’s Vehicle Diagnostics Platform

Integrated Vehicle Motion Control

  • Boosts OEM Service: Reduces No-trouble-found (NTF) based warranty claims and increases customer loyalty with accurate first-time repairs and zero repeat visits (for the same problem). Empowers Dealerships: Improves service throughput, reduces repair times ("mean- time-to-repair"), and increases fixed-first-visit (FFV) rates.
  • Supercharges Technicians: Intelligent and intuitive guidance helps them diagnose root cause issues faster and perform first-time-right repairs, significantly enhancing their productivity and transforming their workday.

Airconsole - In Car Gaming Platform

  • AirConsole transforms the whole vehicle into a gaming console by using its surround sound system, big displays and interior lighting with smartphones as controllers.
  • AirConsole’s latest gaming software technology is able to run the games directly inside the vehicle and the service does not rely on streaming the games from the cloud, which would require more mobile bandwidth than is available in many cases.