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Tesla will open up its autonomous driving technology licensing to further build an ecosystem.

2020-07-31

 

Tesla will open up its autonomous driving technology licensing to further build its ecosystem.

 

On July 29, Tesla CEO Elon Musk stated on his social media platform that Tesla is open to licensing its autonomous driving-related software. Later, Musk further confirmed that the licensed software will include the Autopilot system, adding that Tesla simply aims to accelerate the transition to sustainable energy—rather than aiming to overwhelm competitors.

 

 

As of the time this report was filed by a reporter from First Finance today, Tesla has yet to disclose the relevant details. However, some information related to Autopilot's source code has already appeared on Tesla's official English-language website. Notably, this isn't the first time Tesla has opened up its electric-vehicle-related technology patents—“open-source” has become one of the terms Elon Musk has mentioned most frequently in recent years. According to public records, Tesla announced back in 2014 that it would dismantle the patent barriers surrounding its electric vehicles, granting other companies permission to use the technology. At the time, Musk emphasized that this move was driven by the spirit of the open-source movement and aimed at accelerating advancements in electric vehicle technology. He also stated clearly that Tesla would not pursue patent lawsuits against anyone who genuinely intended to use Tesla’s technology in good faith.
Following the Las Vegas hacking conference held in June 2018, Musk went a step further, announcing that he would push for the "open-sourcing" of Tesla's security software designed to protect its Autopilot features from cyberattacks—making it freely available for use by other automakers. According to Tesla’s official website, Tesla vehicles equipped with the Autopilot system feature eight surround-view cameras and 12 state-of-the-art ultrasonic sensors, significantly enhancing their computational capabilities. Moreover, the Autopilot system can be continuously updated via Tesla’s own Over-the-Air (OTA) server, enabling the seamless integration of new features and ongoing improvements to existing functionalities.
According to survey data from consumer research firm OC&G on global Tesla owners, driver-assistance systems—led by Autopilot—have become the second most influential factor affecting consumers' decisions to purchase a Tesla vehicle, with the primary factor being the energy density and range of the vehicle's power battery. Liu Miao, a faculty member at the School of Automotive Engineering at Shanghai University of Engineering Science, noted that Autopilot serves as Tesla's key technological asset for entering the advanced autonomous-driving market at Level 4 and above. He added that this round of technology licensing will further bolster Tesla's efforts to build a robust ecosystem around autonomous driving.
In fact, it’s not just Tesla—leading global tech and automotive giants are also making strategic moves in the field of advanced autonomous driving, accelerating efforts to bring these technologies to commercial markets. On July 30, Baidu’s autonomous driving platform, Apollo, announced a partnership with electronics manufacturer Flex to begin production of the ACU, Apollo’s first hardware platform specifically designed for self-driving vehicles. During an interview today with a reporter from Caixin, Wang Yunpeng, General Manager of Baidu’s Autonomous Driving Technology Division, noted that Tesla’s recent actions have indeed helped reignite market enthusiasm and encouraged more companies to join the race toward autonomous vehicle development. However, he emphasized that achieving true commercialization still requires careful, comprehensive considerations. "While many companies are already positioning themselves in China’s autonomous driving market, truly mastering high-level autonomous driving demands a deeper understanding of China’s unique road conditions, regulatory frameworks, and consumer preferences—only then can we effectively mitigate potential risks," Wang Yunpeng said.


Translated from Sina Auto

Return to list

Tesla will open up its autonomous driving technology licensing to further build an ecosystem.

2020-07-31

 

Tesla will open up its autonomous driving technology licensing to further build its ecosystem.

 

On July 29, Tesla CEO Elon Musk stated on his social media platform that Tesla is open to licensing its autonomous driving-related software. Later, Musk further confirmed that the licensed software will include the Autopilot system, adding that Tesla simply aims to accelerate the transition to sustainable energy—rather than aiming to overwhelm competitors.

 

 

As of the time this report was filed by a reporter from First Finance today, Tesla has yet to disclose the relevant details. However, some information related to Autopilot's source code has already appeared on Tesla's official English-language website. Notably, this isn't the first time Tesla has opened up its electric-vehicle-related technology patents—“open-source” has become one of the terms Elon Musk has mentioned most frequently in recent years. According to public records, Tesla announced back in 2014 that it would dismantle the patent barriers surrounding its electric vehicles, granting other companies permission to use the technology. At the time, Musk emphasized that this move was driven by the spirit of the open-source movement and aimed at accelerating advancements in electric vehicle technology. He also stated clearly that Tesla would not pursue patent lawsuits against anyone who genuinely intended to use Tesla’s technology in good faith.
Following the Las Vegas hacking conference held in June 2018, Musk went a step further, announcing that he would push for the "open-sourcing" of Tesla's security software designed to protect its Autopilot features from cyberattacks—making it freely available for use by other automakers. According to Tesla’s official website, Tesla vehicles equipped with the Autopilot system feature eight surround-view cameras and 12 state-of-the-art ultrasonic sensors, significantly enhancing their computational capabilities. Moreover, the Autopilot system can be continuously updated via Tesla’s own Over-the-Air (OTA) server, enabling the seamless integration of new features and ongoing improvements to existing functionalities.
According to survey data from consumer research firm OC&G on global Tesla owners, driver-assistance systems—led by Autopilot—have become the second most influential factor affecting consumers' decisions to purchase a Tesla vehicle, with the primary factor being the energy density and range of the vehicle's power battery. Liu Miao, a faculty member at the School of Automotive Engineering at Shanghai University of Engineering Science, noted that Autopilot serves as Tesla's key technological asset for entering the advanced autonomous-driving market at Level 4 and above. He added that this round of technology licensing will further bolster Tesla's efforts to build a robust ecosystem around autonomous driving.
In fact, it’s not just Tesla—leading global tech and automotive giants are also making strategic moves in the field of advanced autonomous driving, accelerating efforts to bring these technologies to commercial markets. On July 30, Baidu’s autonomous driving platform, Apollo, announced a partnership with electronics manufacturer Flex to begin production of the ACU, Apollo’s first hardware platform specifically designed for self-driving vehicles. During an interview today with a reporter from Caixin, Wang Yunpeng, General Manager of Baidu’s Autonomous Driving Technology Division, noted that Tesla’s recent actions have indeed helped reignite market enthusiasm and encouraged more companies to join the race toward autonomous vehicle development. However, he emphasized that achieving true commercialization still requires careful, comprehensive considerations. "While many companies are already positioning themselves in China’s autonomous driving market, truly mastering high-level autonomous driving demands a deeper understanding of China’s unique road conditions, regulatory frameworks, and consumer preferences—only then can we effectively mitigate potential risks," Wang Yunpeng said.


Translated from Sina Auto