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AI in Automotive has huge potential to revolutionise the whole value chain, from generative AI design to manufacturing, vehicle utilization, EVs, Autonomous Driving and end-of-life. But players must overcome techno-commercial challenges including high investment costs and increasing competition. This report analyses the strategies, technologies and market potential of AI in Automotive and provides competitor insights...
The automotive industry has used AI for decades, such as Computer Vision and Machine Learning for vehicle perception in autonomous driving, robotics in manufacturing, and NLP for voice recognition in-car assistants.
However, the era of the "AI-defined Car" is just starting to impact the whole Automotive value chain.
The convergence of innovation breakthroughs in AI, such as huge strides in GAN and advancements in computational power, with commercial readiness and strong investments, unlock opportunities for new revenues, product differentiation, operational efficiency and regulatory compliance.
An AI-defined vehicle is distinguished by its reliance on artificial intelligence (AI) as a central component in driving operations, vehicle management, and user interactions.
Unlike traditional vehicles or even many autonomous systems that depend heavily on predefined programming and extensive sensor arrays, AI-defined vehicles use AI algorithms to process and adapt to real-world environments dynamically.
Tesla is a pioneer in this space pushing the boundaries and emphasizing adaptability, scalability, and efficiency over traditional sensor-based autonomy systems.
Modern autonomous vehicles leverage deep learning algorithms that process extensive data from various sensors in real-time. AI enables vehicles to analyze real-time data from their environment, including traffic conditions and obstacles, which is crucial for safe navigation.
With data processing moving from offline to on-board vehicles, demand for AI to improve data processing and real-time decision-making for critical operations in EVs and ADAS is increasing.
AI research output has increased from less than 1 million papers in 2021 to 13 million papers in 2021, an increase of 1300%.
The analysis of the Patent Landscape Report on GenAI by the WIPO revealed that Asia companies hold the lion's share in publications. Tencent, Ping An Insurance Group and Baidu own the most GenAI patents.
Demand for more and faster Graphic Processing Units (GPUs) is getting stronger as demonstrated by the financial performance of NVIDIA, AMD and other AI leaders. GPUs are used for answering questions on existing models (inference) and during the development phase of an AI model (training).
Generative AI can enhance automotive design, manufacturing, customer experiences with better communication between drivers and car assistants, as well as vehicle perception for Autonomous Driving from Baidu & Haomo.ai.
BYD's partnership with NVIDIA focuses on AI training and in-car computing for EVs, highlighting China's strategic push in AI integration.
To realise the full potential of AI in Automotive, players must solve technological challenges in the integration of tech, balance the high investment cost with prioritisation of applications with high ROI and develop in-house expertise to stay relevant.
Furthermore, they will have to protect their Intellectual Property, guarantee safety, privacy and security for their customers and manage regulatory mandates and ethical development requirements.
This report analyses the strategies, technologies and market potential of AI in Automotive to provide competitor insights and actionable guidance.
Auto2x synthesizes innovation metrics, data, expert opinion and proprietary methodologies to develop a long list of disruptive opportunities to innovate, generate new revenues, expand to new markets and improve operational efficiency.
We assess each opportunity based on its Market Potential and Technological Readiness Scores, which are weighted scores comprising TAM (Total Addressable Market), TAM Growth, Competition, Value addition, Investment, Technology Readiness Level (TRL), Patent filings and Scientific research, Scalability and others.
Auto2x has developed a unique database of AI applications across the value chain in Automotive and use cases in Automotive which is accessible as part of this report. The database unveils: