Musk states that Tesla's final piece of the FSD puzzle will be AI vehicle control
Not a Tesla App
Elon Musk stated that Tesla is now closing in on the 'final piece' of its FSD technology. This game-changing piece of the puzzle is none other than the AI-based 'vehicle control' - the driving force behind how the car navigates in its environment.
A large portion of our readers said "two weeks" when reading that opening paragraph. Undoubtedly, Musk has been promising fully autonomous driving is close for years. However, he also admitted two years ago that he didn't realize how difficult autonomous driving would be when he stated, "Generalized self-driving is a hard problem… I didn’t expect it to be so hard." That acknowledgment makes this latest bold statement even more compelling. Are we really at the final stages? It would line up with Musk's earlier statement that the next version of FSD would be out of beta.
Simplifying the Complex: An Evolution in Vehicle Control Coding
The role of vehicle control in the FSD system is paramount. It enables the car to execute critical operations such as steering, accelerating, or braking based on decisions informed by the surrounding environment. It's like the final act of an orchestra, where the car translates all the data collected from sensors and AI processing into movement.
Musk's latest tweet (or X?) suggests a massive leap forward in this respect. He stated that Tesla will "drop >300k lines of C++ control code by ~2 orders of magnitude". In layman's terms, Tesla plans to significantly simplify the complexity of the vehicle control code - by nearly a hundred times. This suggests a significant evolution in Tesla's approach to vehicle control, transitioning from traditional coding to more advanced machine learning or neural network approaches.
Training the Tech: Limitations and Future Prospects
Such a simplification doesn't just mean less code but also signals a massive boost in efficiency and reliability. It's as if Tesla is cutting out the unnecessary noise in the conversation between the car and its driving environment, enabling a smoother, safer, and more intelligent drive.
Even as Tesla strives towards this vision, Musk, who recently said that v12 of FSD is mind-blowing, acknowledges that progress is not without its bottlenecks. In the same tweet, he remarked, "Our progress is currently training compute constrained, not engineer constrained." While this highlights the intensive computational demands of training these sophisticated AI systems, it also subtly nods toward Tesla's dedication to overcoming these hurdles.
The path to full self-driving is filled with complex challenges, and it's clear that Tesla is tackling them head-on. With vehicle control being hailed as the final piece of the FSD puzzle, it seems that Tesla may be closer than ever to realizing its goal of a fully autonomous driving future. And as Musk has hinted, the only roadblock is computational resources, which Tesla has repeatedly shown it's more than capable of overcoming.
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In last year’s holiday update, Tesla introduced the much-needed Dashcam Viewer in the Tesla app. The feature allows owners to view Dashcam and Sentry Mode footage directly from the Tesla app, eliminating the need to review videos in your vehicle. Unfortunately, the feature was limited to iPhone users, but Tesla is now changing that.
With Tesla app update 4.43.5, Tesla is officially launching the Dashcam Viewer on Android devices.
Dashcam Viewer
The Dashcam Viewer makes it easy to access and manage your car’s Dashcam and Sentry Mode videos. Accessing videos on your phone is faster and more convenient, but it does come with a few requirements.
The Dashcam Viewer in the Tesla app allows you to view, delete, or save video clips right from your device. This should result in higher quality content being shared online and fewer videos of owners recording their Tesla’s screens with their phones.
How It Works
Dashcam footage remains stored locally on your vehicle’s connected USB drive, so Tesla isn’t streaming videos to your phone from the cloud. Instead, the videos are streamed directly from your vehicle to your phone—similar to how Actually Smart Summon delivers a live feed to your phone.
Because of this, your vehicle must be connected to cellular data or Wi-Fi for the Dashcam Viewer to work. Unfortunately, this may limit access for owners who park in underground or large parking garages where connectivity is poor.
How to Access the Dashcam Viewer
To view Dashcam and Sentry Mode footage in the Tesla app:
Navigate to Security & Drivers > Dashcam Viewer.
Wait a few moments for your phone to connect to the vehicle.
From there, you’ll be able to view, save, or delete clips right from your device.
Requirements
To use Tesla’s Dashcam Viewer, you’ll need a vehicle with MCU 2 (Intel) or higher. All models are supported except for the legacy Model S and Model X (2020 and older). However, we expect support to be added in the near future.
The legacy Model S and Model X are expected to receive support for Actually Smart Summon, which requires the ability for those vehicles to stream video to the Tesla app — the same capability the Dashcam Viewer needs. Once Actually Smart Summon is added to the legacy Model S/X, we expect those vehicles to also receive the Dashcam Viewer at the same time or shortly afterward.
Tesla has imposed some viewing limits to prevent high data usage. The viewing limits apply to streaming video from the Dashcam Viewer or viewing live video from the vehicle’s cameras. Tesla will limit video streaming from the vehicle to 15 minutes or 1 hour, depending on your region.
Android Support
Tesla typically releases support for newer features to iPhone users since they make up the majority of users. Recently, Tesla has added more features to Android. In January, Tesla added support for ultra-wideband to Android, which added support for the improved phone key and the hands-free trunk and frunk feature.
Did you know the Cybertruck’s air suspension automatically levels the truck, even while it’s asleep? This is a great feature, especially for camping or off-road adventures. However, it can be an issue when lifting a wheel to change a tire.
Fortunately, there’s a solution: Jack Mode.
Jack Mode
Jack Mode is made for jacking up the truck and prevents the Cybertruck from self-leveling.
To enable Jack Mode, you’ll first need to set the Ride Height to Medium from Controls > Dynamics > Ride Height. You can also set it from the Tesla app by navigating to the Controls section and sliding up until you see Ride Height. This will give you enough clearance for most jacks to get under the truck and lift it.
You can also activate Jack Mode in Low or High, but Tesla recommends a Medium ride height for best control of the vehicle and sufficient tire clearance to safely remove and reinstall the tire. However, once the vehicle is in Jack Mode, the Ride Height cannot be changed.
Next up, go to Controls > Service > Jack Mode to enable Jack Mode. The vehicle will warn you that Jack Mode is enabled and can either be disabled by pressing the button again or by putting the vehicle into drive.
For the duration that Jack Mode is active, it is safe to lift your Cybertruck, even on one side only. It will not self-level for the duration that Jack Mode is enabled.
Automatic Jack Mode
Jack Mode can also activate automatically to protect the suspension from potential damage. For example, if the vehicle’s bumper is resting on a curb, Jack Mode may engage on its own.
Once the obstacle is cleared, or if you shift into Drive or Reverse, Jack Mode will automatically be disabled.
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