Funniest thing I've read today.Waymo and Cruise also have firewalls to protect from hacking.
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Funniest thing I've read today.Waymo and Cruise also have firewalls to protect from hacking.
Funniest thing I've read today.
We complete a comprehensive review of all potential security access points to our autonomous driving system from both the interior and exterior of the physical vehicle, and take steps to limit the number and function of those access points.
This begins by collaborating with our OEM partners at the onset to identify and mitigate vulnerabilities of the base vehicle. In addition, our software and vehicle design processes incorporate cybersecurity risk assessments, allowing us to implement defenses and protections according to the risk posed by each known vulnerability. New software releases go through an extensive peer review and verification process. Our hazard analysis, threat modeling and risk assessment processes have been designed to identify and mitigate risks that might affect safety, including those related to cybersecurity.
We use layers of security to protect our autonomous driving system, especially safety-critical functions like steering and braking, against unauthorized communications, including vehicle control commands. We also consider the security of our wireless communications. Our vehicles do not rely on a constant connection to operate safely. While on the road, all communications (e.g. redundant cellular connections) between the vehicles and Waymo are encrypted, including those between Waymo’s operations support staff and our riders. Our vehicles can communicate with our operations team to gather more information about road conditions, while our vehicles maintain responsibility for the driving task at all times.
These protections help prevent anyone with limited physical access to our autonomously driven vehicles, whether passengers or malicious actors nearby, from impairing or altering their security. We have diverse mechanisms for noticing anomalous behavior and internal processes for analyzing those occurrences. Should we become aware of an indication that someone has attempted to impair our vehicle’s security, Waymo will trigger its company-wide incident response procedure, which involves impact assessment, containment, recovery, and remediation.
The self-proclaimed Cruise employee who posted on Reddit the other day said Cruise vehicles do need a cell connection. If they lose connect they go into some kind of safe mode. I recall when Kyle Vogt explained about the remote monitor program he gave an example of a 20 second "teleguidance event" every five minutes. If they really get involved that often it's probably a good idea to require a cell connection.Waymo and Cruise can do full autonomous driving with no cell signal or internet connection because everything needed for autonomous driving is on board the car. So they would not be affected by signal jammers.
If Waymo was really serious about security they would open source the thing and let the world see how it works and validate it and have bug bounties and so forth. As it stands it's just a totally opaque black box and we only have "trust us we're Waymo" as proof that it's secure.
The self-proclaimed Cruise employee who posted on Reddit the other day said Cruise vehicles do need a cell connection. If they lose connect they go into some kind of safe mode. I recall when Kyle Vogt explained about the remote monitor program he gave an example of a 20 second "teleguidance event" every five minutes. If they really get involved that often it's probably a good idea to require a cell connection.
Our vehicles do not rely on a constant connection to operate safely.
I'm sure that they all do. But saying, "they have a firewall', is a joke. Every hacked organization had a firewall.Why is it funny? AV companies like Waymo take cybersecurity very seriously. They use multiple layers of security.
Waymo and Cruise can do full autonomous driving with no cell signal or internet connection because everything needed for autonomous driving is on board the car. So they would not be affected by signal jammers. Waymo and Cruise also have firewalls to protect from hacking.
Besides from the point about the cell connection, I'm not sure you are correct on the remote control function either for Cruise. I think you are making a general assumption just because that is how Waymo operates, that it applies to all the autonomous vehicle companies, which is not necessarily true.Also, Waymo and Cruise don't have any remote control functions. So there is no remote control functions to hack.
We're also trusting Tesla that their security measures prevent someone from installing software that causes millions of cars to wake up and aim for the nearest pedestrian. It's scary stuff...If Waymo was really serious about security they would open source the thing and let the world see how it works and validate it and have bug bounties and so forth. As it stands it's just a totally opaque black box and we only have "trust us we're Waymo" as proof that it's secure.
The same goes for anyone building cars that have ADAS features and any type wireless data interface (cellular, wifi, bluetooth).We're also trusting Tesla that their security measures prevent someone from installing software that causes millions of cars to wake up and aim for the nearest pedestrian. It's scary stuff...
You don't need 3rd party software for that!We're also trusting Tesla that their security measures prevent someone from installing software that causes millions of cars to wake up and aim for the nearest pedestrian.
Aurora has designed and configured the hardware and software it will use to launch a service toward the end of next year in which roughly 20 trucks will ply highways without a human on board. “We’re now in the phase where we are doing the final refinements and the validation system-wide,” Sterling Anderson, the company’s co-founder and chief product officer, said in an interview just south of Dallas.
Aurora is starting in the Lone Star state for a few reasons. Texas is the US’s largest truck freight market and has long, sometimes very boring, stretches of freeway. Its interstate highway network boasts almost a third more miles than second-ranked California. Texas also has some quirks that are helping teach Aurora’s system how to deal with unexpected scenarios. One is the incessant building and repairing of roads, resulting in 3,100 construction sites statewide, including 40 or so on Aurora’s route between Fort Worth and El Paso, Anderson said. There’s also the Texas U-turn, the horseshoe-shaped turnabouts at underpasses below major highways in cities and rural areas alike.
It took about a month for Aurora’s sensors and software to master the Texas U-turn, which allows vehicles to reverse course on a highway without hitting a stoplight. The maneuver requires the autonomous truck to yield to traffic coming at it from multiple sides and part of the methodical learning Aurora’s computer does with each test run.
So far, it’s working. Human operators who sit with hands poised to grab the wheel aren’t having to preemptively disengage the self-driving system as often for situations it’s not yet been trained to handle. The ability to navigate through constructions sites has improved dramatically, Anderson said. Aurora, whose other co-founder Chris Urmson used to lead Google’s self-driving program, declined to offer detailed metrics. Unlike California, Texas doesn’t require companies to publicly report the number of times their human test drivers disengage the autonomous-driving systems they’re testing on roadways.
I watched the video, and it shows just how bad the system is at understanding road rules, bad prediction for agents on the road, planning and bad driving policy. Lots of room for improvement and nowhere close to a safe L4 ADS.You don't need 3rd party software for that!
The whole video is worth watching. 16:15 is terrifying.
What surprises me is that this surprises anyone who has used FSDb (b) for more than about two minutes.16:15 is terrifying.
It just mystifies me that he was disappointed with Tesla at the end of the video. How could he possibly be disappointed? Hadn’t he used FSD previously?
It does great on his normal commute. Usually zero or one disengagements, very few murder attempts.It just mystifies me that he was disappointed with Tesla at the end of the video. How could he possibly be disappointed? Hadn’t he used FSD previously?
The truth is that driverless vehicles need to be near 100% flawless. Human drivers achieve 1 death per 100 million miles of driving in the US.The truth always lies somewhere in the middle. There will always be people who are polar opposites on anything - It's the best thing ever and 100% flawless, and OMG it sucks and can't do anything right. The truth is that it's somewhere in between - it's probably doing somethings right and somethings wrong. It will never be 100% flawless, but it we watch the bell curve of complaints, we'll see it shift over time towards the flawless side.
Hmm. Guess it comes down to perception and how a person extrapolates expectations. Does acceptably (if I am the sole occupant) on my commute as well, except on residential streets. But it is also pretty clear to me that it will murder me if I don’t pay attention. It only took a single unexpected jerk or turn of the wheel to make that clear.It does great on his normal commute. Usually zero or one disengagements, very few murder attempts.