Cloud-based service diagnostics, the technology and application in and beyond the workshop
KPIT’s Julian Soanes and Matthias Steigenberger explore the technology behind Cloud-based diagnostics and discuss applications beyond the workshop.
KPIT
Webinars by this Knowledge Partner
Transforming aftersales service management with KPIT’s Gen-AI powered Trace2Fix copilot
Experts from KPIT and Microsoft explore how generative AI-powered mobility copilots are driving innovation, improving efficiency, and shaping the future of automotive aftersales.
Unlocking the future of EV charging: how disruptive EV makers can harness V2G and Plug&Charge technologies
KPIT’s Rasika Shejul and Ketan Doshi explore the potential impact of Vehicle-to-Grid (V2G) and Plug & Charge technology on the future of e-mobility.
Enabling left-shift in software-defined vehicle development
KPIT’s Hendrik Schall explains how to introduce timing aspects earlier in the software-defined vehicle development cycle.
Automotive aftersales in the digital age – a transformative journey ahead
KPIT’s Amit Shah and Julian Soanes explain how OEMs can successfully approach automotive aftersales in the digital age.
Accelerating HPC implementation for SDV diagnostic development use cases
KPIT experts discuss key diagnostics architectural nuances pertinent to the SDV design phase and explain how to define a software diagnostics strategy.
Transforming the automotive maintenance paradigm
Aniket Palkar and Ajit Kolhe explain how KPIT and AWS are collaborating to help OEMs leverage AI and ML to increase vehicle uptime and reduce maintenance costs.
Towards a ‘software-defined vehicle’ future with KPIT and AWS
Experts from KPIT and Amazon Web Services experts discuss the software-defined vehicle journey and joint offerings that contribute to efficient virtualization.
Design optimization in automotive product development using AI/ML algorithms
KPIT experts explain how to use physical testing and simulation data to address everyday design challenges in automotive applications.
Navigating the complexities of automotive ISP tuning and image quality for vision-based perception systems
KPIT’s Radhesh Bhat explains the challenges of tuning the automotive ISP and how having a sophisticated ISP tuning tool environment helps achieve the desired image quality.
Design, development, and testing of a fuel cell system for commercial vehicle applications
KPIT experts discuss their approach to PEM fuel cell stack and balance of plant (BoP) development for commercial vehicle applications.
Radars used in autonomous vehicles are changing rapidly. Are you software ready?
KPIT’s Santhana Raj discusses critical software approaches, architectures, and solutions for the new age of radars in autonomous vehicles.
Software-defined vehicle diagnostics – keeping the ‘software on wheels’ in motion
KPIT’s Stefan Zeppetzauer and Amit Shah present a comprehensive approach to electro-mechanical diagnostics coupled with the diagnostics of software running on HPCs within the software-defined vehicle.
Implementing a modular controls architecture for energy management in heavy-duty hybrid applications
KPIT experts explain how 48V electrification allows for the application of multiple powertrain technologies to meet upcoming GHG regulations.
Achieving first time right in electric powertrain systems using model-based system engineering
KPIT’s Tanmay Agrawal explains how to address electric vehicle engineering challenges by adopting an integrated model-based systems approach.
Next-generation vehicle diagnostics development – is your organization ready to cruise the fast lane?
KPIT experts explain how to overcome vehicle diagnostics challenges with an integrated development framework powered by a centralized data management system.
System engineering for highly automated driving – the safety directed design approach towards architecture definition
KPIT’s Rohit Jain discusses the critical considerations and approach for building a robust system for automated driving through a system engineering methodology.
Platform to accelerate your xEV powertrain strategy
KPIT experts explain how automotive OEMs can employ a system engineering-based approach to optimize their xEV powertrain strategy and shorten the overall development cycle.
Intelligent EV battery pack design for better range
KPIT’s Naveen Manuel explains how OEMs can improve EV performance by leveraging an optimized battery pack with the appropriate cell chemistry.
Towards high-performance computing platforms with classic and adaptive AUTOSAR concepts
KPIT’s Anders Kallerdahl and Narayan Kamath present the latest concepts for both adaptive and classic AUTOSAR.
Legacy software maintenance as a service in the era of electric mobility
KPIT’s Sandeep Agarwal and Ashish Lodhi explain how OEMs can focus on new technologies by migrating the software maintenance of legacy powertrain products.
Service-oriented architecture for software-driven vehicles
KPIT’s Omkar Panse present a new modularized SOA that consolidates the vast number of ECUs to enable the development of intelligent, networked vehicles.
Accelerating automotive aftersales diagnosis and repair by leveraging artificial intelligence
Experts from SOMIT Solutions and KPIT discuss an AI-based diagnostics solution, which seamlessly integrates root-cause diagnosis with the corresponding repair/service information.
Diagnostic engineering platform for automotive in the cloud
Experts from AWS and KPIT explain how cloud services are changing the evolving automotive industry and how KPIT is rethinking its diagnostic engineering platform in this context.
Automated vehicle diagnostics VnV: why shift-left is the right-move
A KPIT subject matter expert outlines the essence of future-proofed validation solutions and the criticality of automating the verification and validation process.
Diagnostic process transformation: striving for cost leadership
KPIT’s Claus Hell presents the ‘as-is’ diagnostics development processes followed by OEMs and share recommendations to drive overall productivity and bottom-line improvements through process re-engineering, optimization and automation.
Future E/E vehicle architectures and the shifting goal post for mainstream OTA adoption
Experts from Harman and KPIT share their views on the challenges faced in supporting future architectures and outline a potential OTA solution for tomorrow’s vehicles.
Enriching service diagnostic user experience through seamless hardware and software integration
Panasonic’s Andreas Kratschmann explains how Panasonic and KPIT created an End-2-End solution to serve all diagnostic requirements.
Accelerating the implementation of automotive technologies with next-generation diagnostic solutions
KPIT’s Stefan Zeppetzauer provides insight into how the company’s next-generation diagnostic solutions help accelerate the implementation of trendsetting technologies within the automotive domain.
The major challenges to automotive aftersales profitability and how to overcome them
Experts from KPIT share their rich expertise in aftersales diagnostic and repair solutions and introduce a next-generation platform that can meet modern demands.
Servitization opportunities for automakers with a future-ready service delivery platform
KPIT’s Omkar Panse outlines how automakers can take advantage of the revenue growth opportunities offered by data-driven services.
Achieving high product quality with speed and low TCO through high automation in the validation of cockpit ECUs
KPIT’s Sandeep Jadhav provides unique insight into trends in HMI cockpit ECUs that are impacting and limiting automated validation.
How can we design and configure systems where Adaptive and Classic AUTOSAR co-exist?
KPIT subject matter expert Anders Kallerdahl explains how to design and configure a system where Adaptive and Classic AUTOSAR co-exist.
Platform-led software integration for electric vehicles to deal with multi-party development scenarios
In this free, 60-minute webinar, KPIT’s Sophia Suo, Geetha Srinivasan and Kumara Vardhan Kolli discuss a platform-led approach for software integration, which can result in seamless integration, improved validation and productivity, and reduced costs over the program lifecycle.
Using virtual simulation to achieve maximum validation coverage for ADAS/AD
KPIT’s Dr Manaswini Rath discusses how to achieve validation coverage in virtual simulation for ADAS and AD features.