Nothing was left out. The rate of advancement is the same among everyone developing this technology. In the beginning it is always fast then it peaks and flattens for a long time because of the match of nines. Some are just in a more advanced state than others.It's the rate of advancement, the absolutely most critical point, that you left out.
Tesla first released their infamous demo in Nov 2016 they've been working on
![www.tesla.com](https://www.tesla.com/sites/default/files/blog_images/tesla_announcement_social.jpg)
In 2016 this is what Waymo was doing
Lately our cars have been getting a lot more practice. In August alone, our fleet of 58 vehicles traveled a record monthly total of 170,000 miles; of those, 126,000 miles were driven autonomously (i.e. the car was fully in control).
Can your Tesla drive 1000 miles without an intervention or you touching the steering today, 7 years later from when they started? It took Waymo 7 years to go from no self-driving, to doing 0.2 disengagements per 1000 miles.Our report shows a marked improvement in our fully self-driving technology. Since 2015, our rate of safety-related disengages has fallen from 0.8 disengages per thousand miles to 0.2 per thousand miles in 2016
Do I need to remind you that 6-year-olds can't drive? I don't know what 6-year-olds you know that drive you are comparing FSDb to. But the rate of advancement is the same and, in many ways, behind where Waymo was 7 years after they started the Google Self-Driving Car Project.6 months ago, FSDb drove like a 6 yo. Now, arguably a 16 yo after a few lesions. It's the rate of advancement that is crucial, and as the training of the neural nets advances, that will accelerate at a far greater pace than other solutions can keep up with.