Tesla, the pioneering electric vehicle and clean energy company, has initiated the broad distribution of its latest Supervised Full Self-Driving (FSD) software, version 12.5, as announced by CEO Elon Musk. This development marks another step in Tesla's ongoing efforts to achieve fully autonomous driving capabilities.

Musk has once again expressed his optimism regarding the timeline for delivering an unsupervised self-driving system. He stated that he believes Tesla could fulfill this long-standing promise by the end of the current year, or at the latest, by next year. 

However, it's important to note that Musk's track record with such predictions has been inconsistent. For the past five years, he has made similar claims about imminent breakthroughs in autonomous driving technology, which have not materialized as projected. This pattern has understandably eroded some of the credibility of his predictions in this domain.

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Given this history of unfulfilled promises, it becomes crucial to focus on Tesla's actual deliverables rather than future projections. Currently, the company is rolling out its Supervised Full Self-Driving system, and the progress of this technology serves as a more reliable indicator of how close Tesla is to achieving a truly unsupervised autonomous driving system.

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Musk had previously generated considerable excitement about two upcoming software updates: versions 12.4 and 12.5. For version 12.4, he made bold claims, suggesting that it would operate without the need for steering wheel confirmation (often referred to as "steering wheel nag") and would be capable of driving "5 to 10 times more miles per intervention." However, Tesla encountered significant issues during both internal testing and limited external trials, leading to the decision not to release this update to the broader fleet of Tesla vehicles.

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In light of these setbacks with version 12.4, Tesla has opted to proceed directly to a wide release of version 12.5. When discussing the capabilities of FSD versions 12.5 and 12.6 last month, Musk made an even more ambitious claim, stating that "it will take over a year of driving to get even one intervention." This assertion suggests a level of autonomy and reliability far beyond what has been demonstrated in previous versions.

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Musk also indicated that with version 12.5, Tesla planned to re-integrate the highway and street driving capabilities into a single system, often referred to as "stacks" in software development terminology. However, it has been reported that this particular integration is not occurring in the specific 12.5.1 version currently being rolled out.

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An important aspect of this rollout is that it is currently limited to vehicles equipped with Tesla's latest hardware version, known as HW4. The company is still in the process of optimizing the software for older HW3 systems. This limitation points to Tesla potentially reaching the computational limits of its HW3 hardware, which could have significant implications for the future development and deployment of more advanced autonomous driving features.

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Addressing this issue, Musk commented that a considerable amount of software engineering effort is required to optimize the code sufficiently for it to run on HW3 systems.&nbsp; This optimised version needs to undergo separate validation processes to ensure its safety and reliability. Musk estimates that it will take approximately 10 more days before version 12.5 can be made available to vehicles running on HW3 hardware.

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The author of the article expresses both excitement and skepticism about testing the new software. While eager to experience the improvements, they are highly doubtful of Musk's claim that the system could go a year between interventions. In fact, the author would be pleasantly surprised if they could use the system for even an hour without needing to intervene.

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A significant concern raised by the author is the apparent gap between the current state of the technology and the promised unsupervised system. They estimate that at least a dozen more updates would be necessary to reach that goal. Given the difficulties Tesla is already facing in running the current code on HW3 hardware, the author anticipates that each subsequent update will pose increasing challenges for older hardware.

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This situation has led the author to express serious doubts about whether an unsupervised system will ever be feasible on HW3 hardware, given the current pace of development and the emerging hardware limitations. This concern highlights the complex interplay between software advancements and hardware capabilities in the pursuit of fully autonomous driving technology.

Tesla, the pioneering electric vehicle and clean energy company, has initiated the broad distribution of its latest Supervised Full Self-Driving (FSD) software, version 12.

Tesla, the pioneering electric vehicle and clean energy company, has initiated the broad distribution of its latest Supervised Full Self-Driving (FSD) software, version 12.5, as announced by CEO Elon Musk. This development marks another step in Tesla's ongoing efforts to achieve fully autonomous driving capabilities. Musk has once again expressed his optimism regarding the timeline for delivering an unsupervised self-driving system. He stated that he believes Tesla could fulfill this long-standing promise by the end of the current year, or at the latest, by next year. However, it's important to note that Musk's track record with such predictions has been inconsistent. For the past five years, he has made similar claims about imminent breakthroughs in autonomous driving technology, which have not materialized as projected. This pattern has understandably eroded some of the credibility of his predictions in this domain. Given this history of unfulfilled promises, it becomes crucial to focus on Tesla's actual deliverables rather than future projections. Currently, the company is rolling out its Supervised Full Self-Driving system, and the progress of this technology serves as a more reliable indicator of how close Tesla is to achieving a truly unsupervised autonomous driving system. Musk had previously generated considerable excitement about two upcoming software updates: versions 12.4 and 12.5. For version 12.4, he made bold claims, suggesting that it would operate without the need for steering wheel confirmation (often referred to as "steering wheel nag") and would be capable of driving "5 to 10 times more miles per intervention." However, Tesla encountered significant issues during both internal testing and limited external trials, leading to the decision not to release this update to the broader fleet of Tesla vehicles. In light of these setbacks with version 12.4, Tesla has opted to proceed directly to a wide release of version 12.5. When discussing the capabilities of FSD versions 12.5 and 12.6 last month, Musk made an even more ambitious claim, stating that "it will take over a year of driving to get even one intervention." This assertion suggests a level of autonomy and reliability far beyond what has been demonstrated in previous versions. Musk also indicated that with version 12.5, Tesla planned to re-integrate the highway and street driving capabilities into a single system, often referred to as "stacks" in software development terminology. However, it has been reported that this particular integration is not occurring in the specific 12.5.1 version currently being rolled out. An important aspect of this rollout is that it is currently limited to vehicles equipped with Tesla's latest hardware version, known as HW4. The company is still in the process of optimizing the software for older HW3 systems. This limitation points to Tesla potentially reaching the computational limits of its HW3 hardware, which could have significant implications for the future development and deployment of more advanced autonomous driving features. Addressing this issue, Musk commented that a considerable amount of software engineering effort is required to optimize the code sufficiently for it to run on HW3 systems. This optimised version needs to undergo separate validation processes to ensure its safety and reliability. Musk estimates that it will take approximately 10 more days before version 12.5 can be made available to vehicles running on HW3 hardware. The author of the article expresses both excitement and skepticism about testing the new software. While eager to experience the improvements, they are highly doubtful of Musk's claim that the system could go a year between interventions. In fact, the author would be pleasantly surprised if they could use the system for even an hour without needing to intervene. A significant concern raised by the author is the apparent gap between the current state of the technology and the promised unsupervised system. They estimate that at least a dozen more updates would be necessary to reach that goal. Given the difficulties Tesla is already facing in running the current code on HW3 hardware, the author anticipates that each subsequent update will pose increasing challenges for older hardware. This situation has led the author to express serious doubts about whether an unsupervised system will ever be feasible on HW3 hardware, given the current pace of development and the emerging hardware limitations. This concern highlights the complex interplay between software advancements and hardware capabilities in the pursuit of fully autonomous driving technology.

Tesla starts supervised full self-driving v12.5 wide release

A woman in San Francisco sustained multiple injuries after a car struck her and trapped her under a self-driving&nbsp;vehicle.

The incident occurred on October 2, around 9:30 pm, local time. Authorities are searching for the driver responsible for the initial collision.

The woman, whose identity remains undisclosed, was taken to the hospital and is currently recovering from her multiple traumatic injuries, ABC News reported.

<h2>Cruise robotaxi in spotlight&nbsp;</h2>

The self-driving car involved in the incident is a Cruise robotaxi. It's important to note that the car was unoccupied at the time of the accident. Cruise said that it is cooperating with the police investigation. The company also released a statement regarding the incident.

According to the San Francisco Fire Department, the woman was pinned beneath the autonomous vehicle.

"We believe that another vehicle that was not an autonomous vehicle may have been initially involved in the collision, but the vehicle or driver were not present at the scene during our investigation," the San Francisco Police Department said in a statement.

Also watch: How safe are Tesla's self-driving cars? | Tech It Out

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Cruise mentioned that a human-driven vehicle struck the pedestrian, launching her in front of the AV.

The AV then braked to minimise the impact. The driver of the other vehicle fled the scene, according to the initial reports.

This incident is significant for Cruise, especially as the company is in the process of increasing its autonomous vehicles on California's roads.

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"Our heartfelt concern and focus is the wellbeing of the person who was injured and we are actively working with police to help identify the responsible driver," Cruise said.
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Earlier in August, the California Public Utilities Commission approved Cruise's request to expand its autonomous vehicles in San Francisco. However, this is the second recent incident involving a Cruise robotaxi, with another of the company's cars colliding with a San Francisco fire truck on August 15.

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A woman in San Francisco sustained multiple injuries after a car struck her and trapped her under a self-driving vehicle. The incident occurred on October 2, around 9:30 pm, local time.

A woman in San Francisco sustained multiple injuries after a car struck her and trapped her under a self-driving vehicle. The incident occurred on October 2, around 9:30 pm, local time. Authorities are searching for the driver responsible for the initial collision. The woman, whose identity remains undisclosed, was taken to the hospital and is currently recovering from her multiple traumatic injuries, ABC News reported. Cruise robotaxi in spotlight The self-driving car involved in the incident is a Cruise robotaxi. It's important to note that the car was unoccupied at the time of the accident. Cruise said that it is cooperating with the police investigation. The company also released a statement regarding the incident. According to the San Francisco Fire Department, the woman was pinned beneath the autonomous vehicle. "We believe that another vehicle that was not an autonomous vehicle may have been initially involved in the collision, but the vehicle or driver were not present at the scene during our investigation," the San Francisco Police Department said in a statement. Also watch: How safe are Tesla's self-driving cars? | Tech It Out × Cruise mentioned that a human-driven vehicle struck the pedestrian, launching her in front of the AV. The AV then braked to minimise the impact. The driver of the other vehicle fled the scene, according to the initial reports. This incident is significant for Cruise, especially as the company is in the process of increasing its autonomous vehicles on California's roads. "Our heartfelt concern and focus is the wellbeing of the person who was injured and we are actively working with police to help identify the responsible driver," Cruise said. Earlier in August, the California Public Utilities Commission approved Cruise's request to expand its autonomous vehicles in San Francisco. However, this is the second recent incident involving a Cruise robotaxi, with another of the company's cars colliding with a San Francisco fire truck on August 15. WATCH WION LIVE HERE You can now write for wionews.com and be a part of the community. Share your stories and opinions with us here.

San Francisco: Human-driven car hits woman pedestrian, pins her under self-driven taxi

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Tesla starts supervised full self-driving v12.5 wide release

San Francisco: Human-driven car hits woman pedestrian, pins her under self-driven taxi