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[250411] #Volvo #Lyft #Wayve

By 2025년 04월 11일No Comments
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Vueron Newsletter

No. 195

2025.04.11

Category
Related Company
Article
Autonomous Vehicles
Wayve
Wayve CEO shares his key ingredients for scaling autonomous driving tech
Autonomous Driving
A2Z
AUTONOMOUS A2Z Climbs to 11th in Global Automated Driving Solutions Rankings, Strengthens Market Presence
Self-driving
Lyft
Lyft to roll out robotaxis in Atlanta
Autonomous Driving
Volvo, Nvidia
Volvo Cars announced on the 20th that it will use Nvidia’s artificial intelligence (AI)-based virtual world
LiDAR
Geocad Services
LiDAR technology reveals 5,000-year-old fortress hidden in Romanian forest

1. Wayve CEO shares his key ingredients for scaling autonomous driving tech

  • Wayve CEO Alex Kendall outlined a scalable AV strategy at Nvidia’s GTC, focusing on low-cost, hardware-agnostic software that supports ADAS, robotaxis, and robotics.
  • The company uses an end-to-end, data-driven learning model that bypasses traditional HD maps and rule-based systems.
  • Wayve has raised over $1.3 billion in two years and aims to license its software to partners like Uber, while in talks with multiple OEMs for vehicle integration.
  • Its ADAS can operate using existing vehicle sensors (cameras and radar), eliminating the need for extra hardware investment by OEMs.
  • The software is also silicon-agnostic and compatible with various GPU platforms, though development currently utilizes Nvidia’s Orin chip.
  • Wayve intentionally excludes LiDAR in its initial ADAS deployment but remains open to incorporating it for achieving Level 4 autonomy in complex conditions.
  • The company introduced GAIA-2, a generative world model that trains on both real and synthetic data to produce more human-like, adaptive driving behavior.
  • Wayve’s philosophy aligns with startups like Waabi, promoting generative AI and simulation-based training to generalize across diverse driving environments.

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Wayve is advancing autonomous driving with affordable, hardware-agnostic AI software and generative world models that enable scalable deployment and human-like driving behavior.

2. AUTONOMOUS A2Z Climbs to 11th in Global Automated Driving Solutions Rankings, Strengthens Market Presence

  • AUTONOMOUS A2Z rose to 11th place in Guidehouse Insights’ 2024 Automated Driving Leaderboard, marking its second year in the global rankings.
  • It is the only South Korean company on the list and moved from “Challengers” to “Contenders,” highlighting its progress in commercialization.
  • The company earned high scores for corporate vision (85) and market entry strategy (75), thanks to its focus on autonomous shuttles and international partnerships.
  • Unlike robotaxi-focused rivals, A2Z is prioritizing autonomous public transit shuttles, with its Level 4 ROii shuttle set to launch in late 2025.
  • It established two joint ventures—A2D in the Middle East and A2G in Southeast Asia—to accelerate global expansion.
  • A2Z achieved 96% localization in AV manufacturing via collaborations with Samsung SDI and major Korean parts suppliers.
  • The company operates South Korea’s largest AV fleet and aligns its strategy with national goals to commercialize Level 4 AVs by 2027.

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3. Lyft to roll out robotaxis in Atlanta

  • Lyft announced it will begin offering self-driving rides in Atlanta this summer, marking its official entry into the robotaxi market.
  • The rollout is in partnership with May Mobility and will use autonomous Toyota Sienna minivans.
    Lyft plans to expand next to Dallas in 2025, in collaboration with Mobileye and Marubeni, with thousands of AVs and additional cities to follow.
  • The company envisions a future where drivers can own autonomous vehicles and earn income even while off-duty.
  • This strategy reflects Lyft’s push to grow the rideshare market by increasing flexibility and access through AV integration.
  • Competitors like Uber and Waymo are already offering robotaxi services in cities such as Phoenix, San Francisco, and Los Angeles.
  • While public hesitation remains—68% of drivers report AV-related fears—companies like Waymo continue to scale operations with 200,000 weekly rides.
  • Lyft leadership strongly supports AVs as a way to improve safety, enhance user experience, and drive industry-wide innovation.

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Lyft is entering the robotaxi market with autonomous ride services launching in Atlanta, aiming to expand across U.S. cities through key partnerships and future driver-owned AVs.

4. Volvo Cars announced on the 20th that it will use Nvidia’s artificial intelligence (AI)-based virtual world

  • Volvo Cars announced its collaboration with Nvidia to use AI-based virtual environments to develop advanced safety software, including ADAS.
  • The initiative, unveiled ahead of the 2025 NVIDIA GTC Conference, aims to simulate and analyze potential accident scenarios before they occur.
  • Using Nvidia’s technology, Volvo will reconstruct accidents with photorealistic 3D simulations to test emergency braking, evasive steering, and manual interventions.
  • The method leverages vast accident data from modern Volvo vehicles, allowing the creation of highly realistic and dynamic risk scenarios.
  • Volvo is exploring “Gaussian Splatting” to refine how AI models understand and react to varied driving conditions and hazards.
  • These simulations enable rapid development of safety software that can be validated across a wide range of traffic and environmental conditions.
  • Future Volvo EVs will feature Nvidia’s DGX AI supercomputing platform, capable of processing large-scale sensor data for real-time environmental awareness.
  • Volvo believes this data-driven approach will allow proactive accident prevention and usher in a new era of intelligent, safety-first vehicle design.

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Volvo is partnering with Nvidia to develop ADAS and safety software using AI-generated virtual worlds, enabling proactive accident prevention through large-scale simulation and data analysis.

 

5. LiDAR technology reveals 5,000-year-old fortress hidden in Romanian forest

  • Romanian researchers discovered a 5,000-year-old fortified settlement in Neamț County using drone-mounted LiDAR technology.
  • The site dates back to the Late Neolithic to Bronze Age and includes a well-planned fortress with defensive features like large ditches and earthen mounds.
  • The project was a collaboration between Geocad Services, Geo Edu Laboratory, and the National Institute for Research and Development in Earth Physics.
  • LiDAR enabled precise 3D mapping through dense forest cover, revealing landscape features invisible from the ground.
  • Researchers used LiDAR to simulate various environmental conditions, such as altering terrain or adding/removing pedestrian figures.
  • The study highlights LiDAR’s role in archaeology, offering non-invasive access to hidden historical sites with unparalleled accuracy.
  • Experts emphasized that without modern technologies like LiDAR, vital details about ancient civilizations would remain undiscovered.

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LiDAR technology enabled researchers in Romania to uncover a 5,000-year-old hidden fortress, showcasing its powerful role in transforming archaeological exploration.


*Contents above are the opinion of ChatGPT, not an individual nor company

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