Early on Friday morning, a devastating fire broke out at a Tesla service center in Miramar, San Diego, resulting in the destruction of multiple Tesla vehicles. Investigators are now looking into the possibility of arson as the cause of the fire. This incident has raised further concerns about the safety of electric vehicle batteries, particularly Tesla’s lithium-ion battery design. As authorities continue their investigation, the community and Tesla owners are left with several unanswered questions. Let’s see Fire Destroys Multiple Cars at Tesla Service Center; Arson Suspected. The Incident: What Happened? At around 2:30 a.m. on September 13, 2024, fire crews responded to an emergency call at a Tesla service center located on Trade Place in Miramar. Upon arrival, firefighters found four Tesla vehicles completely engulfed in flames. Despite their quick response, the fire had already destroyed the four cars and caused damage to part of the service center building. Firefighters were able to contain the flames before they spread further, preventing additional damage to the facility. However, the destruction of the vehicles was complete. The key concern during the firefighting efforts was the lithium-ion batteries inside the Tesla vehicles. These batteries are notoriously difficult to extinguish once ignited. Hours after the initial fire was thought to be under control, at around 6:30 a.m., the lithium-ion batteries in the destroyed cars reignited, causing further challenges for the firefighters. This issue of lithium-ion batteries reigniting has been a significant concern in other electric vehicle incidents, making it a critical focus for safety discussions in the industry. Arson Suspected Investigators from the Metro Arson Strike Team were summoned to the scene to determine the cause of the fire. Early indications suggest that foul play may be involved, and arson is being considered as a possible cause. While investigators are still sifting through the damage, the possibility of arson has become a central point in the investigation. This incident has attracted significant attention, particularly from those concerned about the safety of electric vehicles. Tesla, as a leading EV manufacturer, has faced numerous fire-related incidents in the past, which have raised questions about the design and safety of their lithium-ion batteries. OntPress.com reached out to local authorities for an update on the investigation, but officials have yet to confirm whether any suspects have been identified. As of now, the investigation is ongoing, and further details are expected to emerge in the coming days. Tesla Fires: A Growing Concern While this fire at the Tesla service center in Miramar has drawn significant attention, it is not an isolated incident. In recent weeks, similar fires have occurred, raising concerns about the safety of lithium-ion batteries used in electric vehicles. Last week, a fire broke out at an SDG&E battery facility in Escondido, California. Another fire also occurred at a storage site in Otay Mesa, further compounding worries about the potential hazards of lithium-ion battery technology. These incidents are part of a growing pattern that some critics argue is unique to Tesla. While other electric vehicle manufacturers have also experienced fires, Tesla incidents appear to be more frequent. This has led to scrutiny of Tesla’s battery design and raised questions about whether the company has adequately addressed the safety issues posed by lithium-ion batteries. According to experts interviewed by OntPress.com, the design of Tesla’s batteries may be contributing to the frequency of these fires. Unlike other EV manufacturers, Tesla uses a unique battery design that has been criticized for being more prone to overheating and combustion. In response to these concerns, Tesla has made efforts to improve the safety of its batteries, but incidents like the one at the Miramar service center continue to fuel doubts about the effectiveness of these measures. Lithium-Ion Battery Challenges Lithium-ion batteries, which are used in nearly all electric vehicles, present several challenges for fire safety. Once a lithium-ion battery catches fire, it can be extremely difficult to extinguish. The battery cells can reignite even after being doused with water or fire suppressant, which makes dealing with EV fires particularly complex for firefighters. In the case of the Miramar fire, the fact that the batteries reignited hours later highlights the difficulties faced by fire crews. Despite their best efforts to control the blaze, the reignition of the batteries posed an additional threat to both the service center and the surrounding area. Fire safety experts have pointed out that lithium-ion battery fires require specialized training and equipment to manage. OntPress.com spoke with a fire safety official who emphasized that while firefighters are becoming more accustomed to dealing with electric vehicle fires, the technology continues to present new challenges. Tesla’s Response and Public Concerns Tesla has yet to issue a formal statement regarding the fire at the Miramar service center, but the company is no stranger to such incidents. In the past, Tesla has faced criticism for its handling of vehicle fires, with some critics arguing that the company has downplayed the risks associated with lithium-ion batteries. The public response to Tesla fires has been mixed. While Tesla remains one of the most popular and innovative electric vehicle manufacturers in the world, incidents like the fire in Miramar have caused concern among some consumers. The fear of battery fires has led some prospective EV buyers to reconsider their options. OntPress.com also reached out to Tesla owners in the San Diego area for their thoughts on the fire. Many expressed concern about the safety of their vehicles, particularly regarding the potential for fires caused by the batteries. One Tesla owner mentioned that while they love the environmental benefits of driving an electric vehicle, incidents like this make them question the overall safety of the technology. Similar Incidents Raise Alarm The fire at the Tesla service center is not an isolated event. In fact, it follows a series of similar fires in the region, particularly those involving lithium-ion batteries. As previously mentioned, fires at an SDG&E battery facility in Escondido and a storage site in Otay Mesa occurred just days before the Miramar fire. These

In an exciting development for technology enthusiasts, Google has made one of Gemini Advanced’s most compelling features is now free for users of the Gemini Android app. This change is a big deal for users who are now able to access Gemini Live, a feature that was once exclusive to the paid Gemini Advanced subscription. The feature, which allows hands-free interaction with Google’s AI, is expected to benefit millions of users who rely on the app for a seamless, voice-enabled experience. Gemini Live offers a more natural way to engage with Google’s AI by allowing back-and-forth conversations without the need for repeated voice commands. As this feature is rolled out for free users, many are wondering what this means for Gemini Advanced and Google’s AI Premium Plan. What is Gemini Live and Why is it Important? One of Gemini Advanced’s most compelling features is now free, and it comes with a lot of potential. Gemini Live allows users to interact with Google’s AI in a conversational way. Instead of needing to say “Hey Google” every time, users can now have continuous conversations with the AI. This makes it easier to ask follow-up questions or interrupt the AI during its response to explore new topics. Imagine you are brainstorming ideas or trying to learn about a new topic. With Gemini Live, you can interact with Google’s AI just like you would with another person. If you want to change the direction of the conversation, you don’t need to stop and start again. The AI follows along with your flow, making it a smoother experience. Gemini Live has been designed to mimic natural human conversations. This hands-free, hotword-free experience is what makes it so appealing, especially for users who multitask or want a more seamless interaction with their devices. Google’s move to make this feature free is a game changer. Official Announcement and Rollout Google announced this exciting change on its official Gemini X account recently, causing a wave of interest among tech enthusiasts. As of now, Gemini Live is available only in English and for Android app users, but that is expected to change soon. According to Google, there are plans to roll out the feature for more languages and iOS in the coming weeks. This announcement has caught the attention of various tech platforms, including OntPress.com, which has covered the development and the future expectations surrounding Gemini Live. Here’s what Google said in their announcement: “We’re excited to begin the rollout of Gemini Live in English for more users on the Android app, completely free! Go Live to discuss topics with Gemini, delve into new subjects, or brainstorm ideas. Stay tuned for Gemini Live in the Gemini app!” This statement marks an important step in Google’s efforts to make AI-powered features more accessible to a broader audience. The Impact on Gemini Advanced and Google’s AI Premium Plan While one of Gemini Advanced’s most compelling features is now free, the decision may have some implications for Google’s AI Premium Plan. For those unfamiliar, Gemini Advanced is part of the Google One AI Premium Plan, a paid subscription service that offers various AI-driven features, along with 2TB of cloud storage. Before this change, users had to pay $20 per month for the AI Premium Plan to access Gemini Live. With this feature now becoming free, the appeal of the paid plan is slightly reduced. After all, users who mainly subscribed for hands-free conversations with the AI might now question whether they need to continue paying for the service. However, it’s important to note that Gemini Advanced still offers several features that are not available in the free version. The following distinctive features include: Gemini Live: Limitations and Future Expansions Although one of Gemini Advanced’s most compelling features is now free, there are still some limitations to keep in mind. Currently, Gemini Live is only available for Android users in English. Google, however, has indicated that this feature will soon be available in other languages and on iOS. These limitations have existed since the feature was part of the paid plan, but users are excited about the potential for broader access. Once available in more languages and on iOS, Gemini Live is likely to attract even more users to the platform. OntPress.com also pointed out that while Gemini Live is now available for free, users still miss out on some premium experiences that come with the paid plan. The added features in Gemini Advanced, like Gmail integration and the ability to handle more data at once, continue to make the premium version appealing for business users and tech enthusiasts who require advanced functionality. The Future of Gemini Advanced Even though one of Gemini Advanced’s most compelling features is now free, Gemini Advanced still holds value for those who need more than just basic conversational AI. With exclusive access to Google services, such as Gmail, and more robust performance, many users will still find the AI Premium Plan worth the $20 per month. Moreover, new purchasers of Google Pixel 9 Pro, Pixel 9 Pro XL, and Pixel 9 Pro Fold devices get a free year of the AI Premium Plan, making it an attractive offer for anyone looking to explore advanced AI capabilities without committing financially upfront. For those considering upgrading to the paid plan, the decision will likely come down to how they use Gemini. If hands-free, hotword-free conversations are all they need, the free version will suffice. However, for users who rely on integrated features like Gmail and require processing larger inputs, Gemini Advanced remains the better option. Conclusion With the recent announcement that one of Gemini Advanced’s most compelling features is now free, Google has opened the doors for millions of users to access Gemini Live without needing a paid subscription. This conversational AI tool offers hands-free, natural dialogue, making it an essential feature for those who want to interact with their devices more smoothly. While this change may slightly reduce the appeal of the AI Premium Plan, Gemini Advanced

Artificial Intelligence (AI) is advancing rapidly, and OpenAI continues to be at the forefront of these developments. With the introduction of their latest AI model, OpenAI o1, code-named Strawberry, the company is shifting its approach to problem-solving. Unlike previous models that generated instant responses, the new model takes a step-by-step approach to reasoning. This new method, which mimics how humans think, allows OpenAI o1 to solve more complex problems that were previously difficult for AI. Here’s how this exciting new model works and why it is a game changer for the future of AI. Let’s see OpenAI o1 is Here a New Strawberry AI Model That Thinks Before Responding: How It Works. A Shift in AI Reasoning OpenAI made headlines last year with GPT-4, a large language model (LLM) that could generate impressive responses based on vast amounts of data. However, the company is now introducing a new model that doesn’t rely on sheer scale to improve performance. OpenAI o1 focuses on reasoning through problems rather than spitting out answers immediately. Mira Murati, OpenAI’s Chief Technology Officer, explains that OpenAI o1 takes a new approach to problem-solving. Instead of quickly generating an answer, the model reasons step by step, much like a person thinking out loud. This shift in approach allows the AI to tackle more complex tasks, such as advanced math, coding, and science problems, which often stump other models like GPT-4. How OpenAI o1 Works The key feature of OpenAI o1 is its ability to break down complex problems and think through them before responding. Instead of relying solely on vast neural networks and data like GPT-4, OpenAI o1 uses reinforcement learning, a method that helps the model improve its reasoning over time. Reinforcement learning allows the AI to receive feedback based on whether its answers are right or wrong. When the model gets an answer correct, it receives positive reinforcement; when it gets it wrong, it receives negative feedback. This fine-tunes the AI’s ability to reason logically and arrive at more accurate answers in difficult situations. Mark Chen, Vice President of Research at OpenAI, demonstrated how OpenAI o1 works. The model was able to solve a challenging mathematical puzzle that stumped previous models. Chen pointed out that unlike older AI, which tries to imitate human thinking, OpenAI o1 is learning to think for itself. OpenAI o1 Outperforms Previous Models When it comes to performance, OpenAI o1 surpasses its predecessors in several important areas. According to OpenAI, the model excels at subjects like coding, mathematics, physics, biology, and chemistry. It performs significantly better on problem sets where logical reasoning is essential. For example, OpenAI o1 scored an impressive 83% on the American Invitational Mathematics Examination (AIME), a test designed for advanced math students. In comparison, GPT-4 solved only 12% of the problems. This significant improvement highlights the power of OpenAI o1’s step-by-step reasoning ability. OntPress.com reports that this improvement in reasoning is not just limited to math. OpenAI o1 also shines in coding and scientific problem-solving, making it a versatile tool for a wide range of industries. While GPT-4 was an excellent model for general-purpose language tasks, OpenAI o1 opens up new possibilities by solving more technical and complex problems. OpenAI o1 vs. GPT-4 Despite its many strengths, OpenAI o1 is not meant to replace GPT-4. Instead, it complements the older model by offering enhanced reasoning capabilities. As Murati explained, OpenAI is still developing its next-generation model, GPT-5, which will combine the reasoning technology of OpenAI o1 with the scaling capabilities of GPT-4. The goal is to merge two powerful paradigms: scaling and reasoning. GPT-4 still has advantages, such as its ability to browse the web and process multiple modes of input, like images and audio. OpenAI o1, on the other hand, focuses solely on thinking before responding, which limits some of its capabilities. However, OntPress.com notes that OpenAI o1 is ideal for solving more complex and intricate problems, even though it may not always outperform GPT-4 in speed or versatility. In the long term, OpenAI plans to continue advancing both models to ensure they complement each other in different areas of AI application. Reinforcement Learning: The Backbone of OpenAI o1 At the heart of OpenAI o1’s reasoning capabilities is reinforcement learning, a technique that allows the model to improve over time by learning from its mistakes. This method has been successfully used in other AI applications, such as game playing and chip design, but OpenAI is taking it a step further by applying it to more generalized reasoning. The reinforcement learning process works by giving the model feedback whenever it gets an answer right or wrong. As the AI continues to practice and refine its reasoning, it develops new strategies for solving problems. This method not only improves the model’s performance but also helps ensure that it behaves in a more well-aligned manner. Mira Murati emphasized the importance of reinforcement learning in helping OpenAI o1 become a more responsible AI model. Just like teaching a child to follow certain norms and values by explaining the reasoning behind them, reinforcement learning helps OpenAI o1 reason about the consequences of its actions, leading to more ethical and thoughtful decision-making. Real-World Applications of OpenAI o1 OntPress.com highlights that OpenAI o1’s ability to think before responding makes it well-suited for solving complex problems across various fields. In addition to its impressive performance in coding and mathematics, the model has shown promise in other technical areas, such as biology, chemistry, and physics. One real-world application of OpenAI o1 is in scientific research. Scientists and researchers can use the model to solve challenging problems in ways that were previously impossible for AI. The ability to reason through complex tasks step by step allows OpenAI o1 to generate more accurate and reliable solutions in these fields. Furthermore, OpenAI o1 can assist developers in coding tasks by tackling difficult coding problems with greater accuracy. While it may not have all the features of GPT-4, such as web browsing, its superior reasoning capabilities make it