Ganesh Venkataramanan, Tesla’s project lead for its ambitious Dojo supercomputer project for the past five years, has left the company. Bloomberg reported this development, stating that the news was confirmed by sources familiar with the matter. Peter Bannon, a former executive at Apple Inc. and a director at Tesla for the last seven years, has now taken the helm of the project.
Venkataramanan's departure from Tesla last month is now stirring conversations about the potential impacts on Tesla's future initiatives. His contributions to the Dojo project have been pivotal, especially in designing the custom D1 chip that powers the supercomputer. Venkataramanan, with his extensive experience, including a significant tenure at Advanced Micro Devices Inc. (AMD), was a crucial asset in setting up Tesla’s AI hardware and silicon teams in 2016.
Dojo: A Cornerstone for Tesla’s Self-Driving Aspirations
The Dojo supercomputer is a critical element of Tesla's strategy to enhance its self-driving capabilities. Designed to train machine learning models integral to Tesla's autonomous systems, Dojo processes vast amounts of data captured by Tesla vehicles. This rapid data processing is essential for improving the company’s algorithms, with analysts suggesting that Dojo could be a significant competitive advantage for Tesla. In a recent estimation by Morgan Stanley, the project could potentially add $500 billion to Tesla’s value.
Elon Musk has been vocal about the company's commitment to the Dojo project, planning an investment exceeding $1 billion by the end of 2024. The project's importance was underscored in Tesla's decision to shift from relying on Nvidia Corp.’s supercomputers to developing Dojo, poised to rival systems from Hewlett Packard Enterprise Co. and IBM.
Looking Ahead: Impact and Future Prospects
The recent leadership changes raise questions about the future direction of the Dojo project. Venkataramanan's exit, coupled with the departure of another critical artificial intelligence player from Tesla last year, Andrej Karpathy, signals a transition period for the company’s AI and self-driving teams.
However, Tesla's robust talent pool, blending experienced and emerging professionals, offers a silver lining. Bannon's promotion to lead the Dojo project is seen as a strategic move, leveraging his experience and insights gained from his tenure at Apple. Moreover, the recent installation of Dojo hardware in Palo Alto, California, marks a step forward in centralizing and enhancing the project’s capabilities.
Tesla’s ambitions for Dojo extend to making it one of the world’s top supercomputers. The company envisions reaching a computational capability of 100 exaflops* by October 2024, a testament to its commitment to advancing artificial intelligence and self-driving technology.
* Confused about "exaflops?" "Flops" stands for Floating Point Operations Per Second. It's a way to measure how fast a computer can process data. "Exa" means a billion billion, or 1, followed by 18 zeros (1,000,000,000,000,000,000). So, when we say a computer can perform 100 exaflops, it can do 100 billion billion calculations per second. That's incredibly fast!
It turns out that the big undocumented change in Tesla update 2024.32 that disables the 12V power and USB ports while Sentry Mode is active is not a bug but an intentional change.
A fan contacted Tesla Service to see if the change was intentional and what the reason behind the change was. Surprisingly, they received a response pretty quickly.
No 12V Power Access
Tesla has decided to restrict 12V power access for safety reasons—namely, to “reduce the likelihood of thermal events” when third-party devices are left powered on without users present. Tesla reached out to the fan in question by phone, and they seemed to be sticking to that line.
It seems that Tesla is resolute that it was due to safety reasons and that the change would not be “fixed” or allowed in a future software update – as this was an intentional change for safety reasons.
Other sources have reported that the change was due to potential misuse of the 12V power access, with people wiring 1200w microwaves and kettles or jury-rigging 240v to 120v adapters, which had apparently been the cause of multiple fires in Tesla vehicles within China.
Workarounds
Thankfully, for those who camp or need to keep their sub-trunk fridges powered while still having security in their vehicles, there is a simple, although inconvenient, workaround. You can enable Camp Mode, then manually lock your car (since Camp Mode turns off walk-away door locking) and turn off climate controls from the app.
While Sentry will NOT be active with this workaround, the car's power sockets remain powered. While this workaround is fine to use occasionally, it’ll be tiresome for those who use a fridge regularly.
We’re still hoping Tesla considers bringing the Cybertruck’s Power Control menu to the rest of its vehicles and is somehow able to limit the max draw from these outlets to prevent dangerous situations.
With the Robotaxi event just a day away, we thought it would be a fun idea to run a contest to predict what Tesla will announce tomorrow evening.
We’ve outlined a list of questions below; simply answer them on our forums or social media (X or Threads), and be entered for a chance to win some great prizes.
The individuals who have the most correct answers will win one of five prizes mentioned below. If more than five people get them all right, a random drawing will be held from the pool of winners.
We’ll reach out to the winners either by email or by DM on social media.
The Questions
Will Tesla let attendees experience Robotaxi at the event?
Will Tesla first start the network with human supervision (ridesharing), or with Robotaxis only?
What year will the network start? When will it become fully autonomous? (if announced)
When will Robotaxi production begin? (if announced)
Will it be Robotaxi or Cybercab?
Which of these Robotaxi Concepts will be the closest to the one announced?
Will Robotaxi include:
Front-facing camera?
Stainless-steel body?
Steer-by-Wire or No Steering Wheel? (if announced)
Which current Tesla model has the most similar door-opening mechanism?
How many seats will the robotaxi have?
Will the robotaxi include AI5/Hardware 5, HW4 or something completely different?
Where will Tesla’s first Rideshare/Robotaxi location be established?
Will customers be able to purchase a Robotaxi?
Requirements
Please use the template below to answer the questions on social media or in our forums. You can post your answer as a comment to our forums, to our X post, or to our Threads post.
Once you do that, repost or quote post your favorite article from us.
1. Yes
2. Ridesharing
3. 2025/2027
4. 2025
5. Cybercab
6. Dominic's
7. Yes, Yes, SBW, No, 2
8. HW5
9. LA
10. Yes
Prizes
Prizes are generously provided by Enhance and Jowua, makers of some of the best Tesla accessories and amazing Tesla community members. Prizes will be mailed out directly by them. Winners will get to choose their prize from the list below. First place will have the first pick and so on. There will be five winners in total.
S3XY Buttons (including a commander and wiring)
S3XY Knob for Model 3/Y
Tesla Gaming Controller - Multi-Device Wireless Controller (Wireless Charging)
Tesla Gaming Controller - Multi-Device Wireless Controller (Wireless Charging)
Tesla Gaming Controller - Multi-Device Wireless Controller (Wireless Charging)
Disclaimer
This is a Tesla event, and Tesla normally likes to hold their cards close to their chest. If an answer is ambiguous, we’ll go with the best choice decided by our staff. We’ll do our best to be fair. This
With all that said, we wish our entrants the best of luck, and we’ll announce the winners at the end of the week.