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Qualcomm, Wayve partner to accelerate AI-powered self-driving system rollout
March 10 (Reuters) - Qualcomm (QCOM.O), opens new tab and British self-driving startup Wayve said on Tuesday they are collaborating on an integrated artificial intelligence system to help automakers rapidly deploy advanced driver-assistance and automated driving features. The tie-up combines Wayve's "AI Driver" software with Qualcomm's Snapdragon Ride automotive chips and active safety software, creating a platform for carmakers to use across models ranging from entry-level systems to advanced automated driving capabilities. Chipmakers and software developers are racing to supply the technology for future vehicles, as automakers seek systems to accelerate the rollout of increasingly automated driving features. The companies said the integrated system aims to reduce the complexity automakers face when stitching together chips, safety systems and AI software from multiple suppliers, and will support features from hands-off assistance to advanced "eyes-off" driving functions as regulations allow. The combined system is designed to scale across vehicle tiers and geographic markets, allowing carmakers to standardize underlying technology, the companies added. Nvidia-backed (NVDA.O), opens new tab Wayve develops an AI model using real-world driving data, enabling vehicles to learn driving behavior and adapt to different road conditions and regions without extensive rule-based programming. Qualcomm, which has been expanding beyond smartphones, said its Snapdragon Ride platform provides the high-performance, energy-efficient processing for advanced AI systems in vehicles while meeting safety standards. Automakers have shown growing interest in systems that can shorten development cycles and allow software updates to expand capabilities over a vehicle's lifetime, the companies said. Wayve, founded in 2017, is part of a new wave of AI-focused autonomous driving developers pursuing software-centric approaches that rely on machine learning rather than heavily map-dependent systems. The startup raised $1.2 billion last month, valuing the company at $8.6 billion from investors including Mercedes-Benz (MBGn.DE), opens new tab, Nvidia, Nissan (7201.T), opens new tab and Uber (UBER.N), opens new tab. Reporting by Akash Sriram in Bengaluru and Stephen Nellis in San Francisco; Editing by Vijay Kishore Our Standards: The Thomson Reuters Trust Principles., opens new tab
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Qualcomm, Wayve partner to accelerate AI-powered self-driving system rollout
Qualcomm and Wayve will together partner to build an integrated system, which will help carmakers quickly introduce driver assistance and automated driving features. It aims to simplify development and support various driving functions as regulations allow. Qualcomm and British self-driving startup Wayve said on Tuesday they are collaborating on an integrated artificial intelligence system to help automakers rapidly deploy advanced driver-assistance and automated driving features. The tie-up combines Wayve's "AI Driver" software with Qualcomm's Snapdragon Ride automotive chips and active safety software, creating a platform for carmakers to use across models ranging from entry-level systems to advanced automated driving capabilities. Chipmakers and software developers are racing to supply the technology for future vehicles, as automakers seek systems to accelerate the rollout of increasingly automated driving features. The companies said the integrated system aims to reduce the complexity automakers face when stitching together chips, safety systems and AI software from multiple suppliers, and will support features from hands-off assistance to advanced "eyes-off" driving functions as regulations allow. The combined system is designed to scale across vehicle tiers and geographic markets, allowing carmakers to standardize underlying technology, the companies added. Nvidia-backed Wayve develops an AI model using real-world driving data, enabling vehicles to learn driving behavior and adapt to different road conditions and regions without extensive rule-based programming. Qualcomm, which has been expanding beyond smartphones, said its Snapdragon Ride platform provides the high-performance, energy-efficient processing for advanced AI systems in vehicles while meeting safety standards. Automakers have shown growing interest in systems that can shorten development cycles and allow software updates to expand capabilities over a vehicle's lifetime, the companies said. Wayve, founded in 2017, is part of a new wave of AI-focused autonomous driving developers pursuing software-centric approaches that rely on machine learning rather than heavily map-dependent systems. The startup raised $1.2 billion last month, valuing the company at $8.6 billion from investors including Mercedes-Benz , Nvidia, Nissan and Uber.
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Qualcomm, Wayve partner to accelerate AI-powered self-driving system rollout
March 10 (Reuters) - Qualcomm and British self-driving startup Wayve said on Tuesday they are collaborating on an integrated artificial intelligence system to help automakers rapidly deploy advanced driver-assistance and automated driving features. The tie-up combines Wayve's "AI Driver" software with Qualcomm's Snapdragon Ride automotive chips and active safety software, creating a platform for carmakers to use across models ranging from entry-level systems to advanced automated driving capabilities. Chipmakers and software developers are racing to supply the technology for future vehicles, as automakers seek systems to accelerate the rollout of increasingly automated driving features. The companies said the integrated system aims to reduce the complexity automakers face when stitching together chips, safety systems and AI software from multiple suppliers, and will support features from hands-off assistance to advanced "eyes-off" driving functions as regulations allow. The combined system is designed to scale across vehicle tiers and geographic markets, allowing carmakers to standardize underlying technology, the companies added. Nvidia-backed Wayve develops an AI model using real-world driving data, enabling vehicles to learn driving behavior and adapt to different road conditions and regions without extensive rule-based programming. Qualcomm, which has been expanding beyond smartphones, said its Snapdragon Ride platform provides the high-performance, energy-efficient processing for advanced AI systems in vehicles while meeting safety standards. Automakers have shown growing interest in systems that can shorten development cycles and allow software updates to expand capabilities over a vehicle's lifetime, the companies said. Wayve, founded in 2017, is part of a new wave of AI-focused autonomous driving developers pursuing software-centric approaches that rely on machine learning rather than heavily map-dependent systems. The startup raised $1.2 billion last month, valuing the company at $8.6 billion from investors including Mercedes-Benz, Nvidia, Nissan and Uber. (Reporting by Akash Sriram in Bengaluru and Stephen Nellis in San Francisco; Editing by Vijay Kishore)
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Qualcomm and British self-driving startup Wayve announced a collaboration to build an integrated AI system that helps automakers rapidly deploy advanced driver-assistance and automated driving features. The partnership combines Wayve's AI Driver software with Qualcomm's Snapdragon Ride automotive chips, aiming to simplify development and reduce complexity for carmakers seeking to accelerate autonomous vehicle technology rollout.
Qualcomm and Wayve announced a strategic collaboration to accelerate the AI-powered self-driving system rollout for automakers worldwide. The partnership merges the British startup's AI Driver software with Qualcomm's Snapdragon Ride automotive chips and active safety software, creating a unified platform designed to help carmakers rapidly deploy advanced driver-assistance and automated driving features across their vehicle lineups
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. This integrated approach addresses a critical pain point in the automotive industry, where manufacturers have struggled with stitching together chips, safety systems, and AI software from multiple suppliers.
Source: ET
The combined system aims to reduce the complexity automakers face when developing autonomous vehicles by offering scalable solutions that work across vehicle tiers and geographic markets. The platform supports a range of capabilities, from hands-off assistance to advanced eyes-off driving functions as regulations allow
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. By standardizing underlying technology, carmakers can shorten development cycles and deploy software updates that expand capabilities over a vehicle's lifetime. This flexibility is particularly valuable as the industry races to meet growing consumer demand for increasingly sophisticated driving features while navigating varying regulatory environments across different regions.Wayve, founded in 2017 and backed by Nvidia, develops AI models using real-world driving data, enabling autonomous vehicles to learn driving behavior and adapt to different road conditions and regions without extensive rule-based programming
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. This machine learning approach represents a shift from heavily map-dependent systems to more flexible, software-centric solutions. Qualcomm's Snapdragon Ride platform complements this by providing high-performance, energy-efficient processing for advanced AI systems in vehicles while meeting safety standards1
. The chipmaker, which has been expanding beyond smartphones, brings proven expertise in scalable platform development to the partnership.Related Stories
Wayve raised $1.2 billion last month, valuing the company at $8.6 billion from investors including Mercedes-Benz, Nvidia, Nissan, and Uber
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. This substantial funding round signals strong industry confidence in the British startup's approach to autonomous driving technology. The partnership with Qualcomm positions both companies to compete more effectively as chipmakers and software developers race to supply technology for future vehicles. For automakers, this collaboration offers a potential pathway to faster deployment of automated driving features while maintaining flexibility across different markets and regulatory frameworks. Watch for announcements about which carmakers will be the first to adopt this integrated system, as early adopters could gain significant competitive advantages in bringing advanced autonomous features to market.Summarized by
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