Try it for yourself: https://foxglove.dev/examples 🔥
Waymo’s L5 fully autonomous driving shows why they’re one of the leaders in the field. Their recent $5 billion funding round and expansion of cars on the road signal how rapidly they’re advancing. By integrating lidar and camera systems with sophisticated visualization and development tools, like Foxglove, they ensure a robust, reliable system that enhances depth perception and object recognition. This dual approach allows lidar to provide precise depth data and maintain performance in low-light conditions where cameras might struggle, increasing overall system redundancy and safety.
In one of the more notable instances of safety, a Waymo vehicle successfully executed an evasive maneuver to avoid a potential collision on Alemany Boulevard in San Francisco. 👉 https://buff.ly/3YPUk0k
However, lidar benefits come with trade-offs. Its high cost and sensitivity to damage add to production and maintenance expenses, and performance can dip in harsh weather conditions as scattered lasers reduce accuracy. Additionally, integrating lidar into vehicle design presents challenges. But, again, tools like Foxglove simplify this process, offering powerful visualizations and analysis that streamline development, integration, and debugging.
The balance between using lidar + camera versus camera-only systems often boils down to a choice between cost and accuracy versus scalability and simplicity. Debating the best approach may live on for a while yet, but one thing is for sure: leading AV companies—Waymo, Wayve, Cruise, Waabi, and others—are blending these technologies in innovative ways to achieve breakthroughs in autonomy at a rapid pace. We’re excited to see what lies ahead and honored to support pioneers in embodied AI and robotics development.
Waymo's open dataset, funding news links, and link to check out the dataset in Foxglove for yourself:
Waymo dataset: https://buff.ly/2L1AFDk
Funding news: https://buff.ly/3NNgLgi