Notícias

According to Cointelegraph, the Australian government is set to develop a National AI Capability Plan aimed at enhancing the country's artificial intelligence industry. This initiative comes as Australia seeks to improve its competitiveness in the rapidly expanding AI sector. Ed Husic, the Minister for Industry and Science, announced on December 16 that the plan will explore strategies to bolster the AI ecosystem by upskilling the workforce, attracting investment, and fostering innovation. Husic emphasized the importance of leveraging AI expertise to secure supply chains and strengthen critical infrastructure. He stated that the government will collaborate closely with firms, communities, and workers to drive investment in AI capabilities. As part of the review process, the government agency will assess existing state and federal support mechanisms to determine their impact on the AI industry. Additionally, the review will focus on increasing AI literacy and enhancing the local workforce through training and re-training, while also identifying research and innovation opportunities across universities and businesses. The Australian Government Department of Industry, Science and Resources reports that the country currently hosts approximately 650 AI companies. AI and automation are projected to contribute hundreds of billions annually to Australia's GDP by 2030. The National AI Capability Plan is expected to be completed by the end of 2025, following a period of targeted and public consultation. However, some industry experts argue that the timeline is too lengthy for the fast-evolving sector, which Statista predicts could reach $826 billion globally by 2030. Simon Bush, CEO of the Australian Information Industry Association (AIIA), expressed that while the National AI Capability Plan is a positive step, the timeline should be accelerated. He suggested that the review deadline be moved to July 2025, as the current schedule could delay funding until at least 2027, which he considers too long for the rapidly advancing AI landscape. Bush noted that Australia has been slow to adopt AI across its economy compared to global standards due to concerns and fears surrounding adoption. He emphasized the need for a balanced approach that ensures AI regulation and safeguards protect citizens while also supporting AI innovation, investment, and adoption.

According to BlockBeats, on December 16, SlowMist founder Yu Jian highlighted a noticeable divergence in the development paths of AI agents within the crypto and non-crypto industries.In the crypto sector, the focus is primarily on creating incentive mechanisms through the issuance of tokens. This approach aims to leverage blockchain technology to enhance engagement and participation within the ecosystem. The crypto industry seeks to incentivize users and developers by utilising tokens, fostering a community-driven environment that encourages innovation and collaboration. This token-centric strategy is seen as a way to align the interests of various stakeholders and drive the adoption of AI technologies in decentralized applications.Conversely, traditional tech giants are making significant strides in developing interoperability protocols and practical AI applications. These companies are concentrating on creating seamless integration between different systems and platforms, enhancing the utility and accessibility of AI technologies. By focusing on interoperability, tech giants aim to break down silos and enable AI solutions to work across diverse environments, thereby increasing their applicability and effectiveness. This approach emphasizes the practical deployment of AI, ensuring that it can be utilized in a wide range of real-world scenarios, from enterprise solutions to consumer applications.The divergence in these development paths underscores the differing priorities and strategies of the crypto and tech sectors. While the crypto industry is driven by the potential of decentralized finance and community engagement, traditional tech companies are leveraging their resources and expertise to push the boundaries of AI technology and its integration into everyday life. This contrast highlights the dynamic nature of AI development and the varied approaches to harness its potential across different industries.

According to Odaily, Elon Musk's artificial intelligence company, xAI, has launched an upgraded version of its Grok chatbot. This new version introduces a Grok button on the X platform, enhancing user interaction. The updated chatbot boasts a threefold increase in speed, alongside improvements in accuracy and adherence to instructions.The enhancements in the Grok chatbot are part of xAI's ongoing efforts to refine artificial intelligence technologies. By increasing the speed and precision of the chatbot, xAI aims to provide users with a more efficient and reliable tool for communication. The addition of the Grok button on the X platform is expected to streamline user access and engagement, further integrating the chatbot into everyday digital interactions.These developments reflect xAI's commitment to advancing AI capabilities, positioning the company at the forefront of innovation in the field. The improvements in Grok's performance are anticipated to enhance user experience significantly, offering a more responsive and accurate AI assistant. As xAI continues to evolve its technologies, the company remains focused on delivering cutting-edge solutions that meet the growing demands of AI users worldwide.

According to PANews, Elon Musk has responded to a suggestion regarding the introduction of an 'X Mail' service. Musk indicated that this idea is already on his to-do list, suggesting the possibility of a future email service with the format 'username@X.com'.

According to PANews, Kimi has introduced the k1 visual thinking model, which is built on reinforcement learning technology. This model natively supports end-to-end image understanding and chain-of-thought technology, extending its capabilities beyond mathematics to various fundamental scientific fields.In benchmark capability tests across disciplines such as mathematics, physics, and chemistry, the initial k1 model has outperformed global standard models, including OpenAI's o1, GPT-4o, and Claude 3.5 Sonnet. This advancement marks a significant step in the development of models that can handle complex scientific tasks, showcasing the potential of k1 to revolutionize how these subjects are approached and understood.The k1 model's ability to excel in these areas highlights its advanced design and the effectiveness of reinforcement learning in enhancing model performance. As it continues to evolve, k1 is expected to contribute significantly to the field of artificial intelligence, offering new insights and solutions across various scientific domains.

According to Odaily, OpenAI co-founder Ilya Sutskever recently delivered a speech at the NeurIPS 2024 conference in Vancouver, Canada, where he discussed the impending conclusion of the AI pre-training era and the anticipated rise of superintelligent AI. Sutskever highlighted that the pace of advancements in computing power, driven by improved hardware, software, and machine learning algorithms, has surpassed the availability of data for training AI models. He likened data to fossil fuels, suggesting that it will eventually be depleted.Sutskever explained, "Data is not growing because we only have one internet. You could even say data is the fossil fuel of AI. It was created in a certain way, and now we are using it. We have reached peak data, and there will be no more—we must work with what we have." He emphasized that the current data resources are finite, and the industry must adapt to this limitation.Looking ahead, Sutskever predicted that the future of AI development will focus on agent AI, synthetic data, and inference-time computation. These areas are expected to drive the next phase of AI evolution, ultimately leading to the emergence of superintelligent AI. His insights suggest a shift in the AI landscape, where innovation will be necessary to overcome the challenges posed by limited data resources.

According to Odaily, on Thursday Eastern Time, tech giant Google announced the release of a new version of its Android XR operating system. This update is designed to offer a variety of natural interaction methods for headsets and smart glasses, aiming to enhance user experiences in the realms of virtual reality (VR) and augmented reality (AR).The new Android XR operating system is expected to significantly improve how users interact with VR and AR technologies. By focusing on natural interaction methods, Google aims to make these technologies more intuitive and accessible. This development is part of Google's broader strategy to advance its presence in the rapidly growing VR and AR markets, which are increasingly becoming integral to various industries, including gaming, education, and professional training.

According to ShibDaily, a two-month experiment featuring an AI Jesus at St. Peter’s Chapel in Lucerne, Switzerland, has ignited widespread discussion and criticism. The "Deus in Machina" project, launched in August, was developed by Philipp Haslbauer from the Lucerne University of Applied Sciences and Arts, alongside theologian Marco Schmid. The project utilized OpenAI’s GPT-4o model and an open-source version of Whisper technology to create an AI depiction of Jesus. Haslbauer explained that the AI video generator from Heygen was used to produce voice and video representations based on a real person. Despite concerns, no additional safeguards were implemented as GPT-4o was observed to handle controversial topics well.The AI Jesus, displayed on a computer screen within a confessional booth, engaged visitors by answering questions on faith, morality, and modern issues, providing responses rooted in Scripture and capable of communicating in over 100 languages. Visitors, primarily aged 40 to 70, included Christians, agnostics, atheists, Muslims, Buddhists, and Taoists. Researchers recorded approximately 900 conversations, noting that many visitors found the experience moving and user-friendly. Despite positive feedback, the project sparked controversy on social media. Bishop James Long of the United States Old Catholic Church criticized it as "not sacramental" and "sacrilege." Haslbauer noted some social media comments labeled the experiment "blasphemous" and "the work of the devil."Schmid emphasized that the AI Jesus was an artistic experiment meant to provoke thought about the intersection of the digital world and the divine, not to replace human interaction or sacramental confessions. He clarified that the project was not intended to conserve pastoral resources. The Catholic Church continues to explore the challenges and opportunities presented by artificial intelligence, especially following the rise of OpenAI’s ChatGPT. The experiment has highlighted the ongoing debate about the role of AI in religious contexts and its potential impact on traditional practices.

According to PANews, OpenAI's new video generation AI model, Sora, has come under scrutiny for allegedly using content from popular video games such as 'Super Mario' and 'Call of Duty,' as well as images of Twitch streamers, for its training. Legal experts have raised concerns that this could lead to multiple copyright disputes.Experts highlight that video game footage typically involves several layers of copyright, including those held by game developers, unique content created by players, and user-generated maps. Utilizing such content without authorization to train AI models could be considered infringement. Even if AI companies claim fair use, users who publish or use the generated content that is protected by copyright may still face legal risks. Furthermore, if the output involves trademarks or likeness rights, it could pose additional legal challenges.

According to Foresight News, Elon Musk recently announced that Grok, the artificial intelligence service under his leadership, has the capability to explain meme jokes. 

According to PANews, Andrew Kang, a partner at Mechanism Capital, recently shared insights on the future of trading through a tweet. Kang suggested that the role of skilled traders is set to evolve significantly. He believes that the traditional method of manually executing trades will become obsolete, likening it to the outdated practice of solving complex mathematical problems by hand, which he describes as primitive and time-consuming. Kang envisions a future where traders and investors will no longer engage in direct trading activities. Instead, they will focus on imparting their mental models, heuristics, and indicators to artificial intelligence systems. These AI systems will then execute trades on their behalf, leveraging the traders' strategies and insights. This shift is expected to enhance efficiency and optimize trading outcomes, as AI can process and act on information much faster than humans. The transition to AI-driven trading represents a significant change in the financial landscape, promising to redefine how trading is conducted. As AI technology continues to advance, it is anticipated that more traders will adopt this approach, potentially leading to a more streamlined and effective trading environment.

According to Odaily, OpenAI has provided an update on the recent service outage, indicating ongoing efforts to remedy the situation. The company is actively working on restoring API traffic, with progress being made in this area. Additionally, OpenAI is gradually resuming ChatGPT traffic on a regional basis. The recovery process is underway, and some services have already begun partial restoration.

According to Decrypt, Apple has launched its latest software update, introducing a range of artificial intelligence features across its mobile and desktop operating systems. The update, which includes iOS 18.2, iPadOS 18.2, and MacOS Sequoia 15.2, aims to enhance user experience with new capabilities such as ChatGPT support for Siri, improved camera controls, personalized emoji design, and generative image creation. These features are available on iPhone 15 Pro and later, iPad with A17 Pro or M1 and later, and Mac with M1 and later. One of the standout features is the integration of OpenAI's ChatGPT into Siri, allowing users to access the chatbot's capabilities without needing an account. This integration enables users to generate text-based responses and images directly through Siri. Apple emphasizes its commitment to privacy, ensuring that requests sent to ChatGPT are not stored or used to train OpenAI's models. Additionally, the update introduces the Image Playground, a generative AI tool that allows users to create images based on their photo library, with themes ranging from animation to illustrations. This feature is accessible through various apps, including Freeform and Keynote. The update also introduces "genmoji," customizable emojis that can be generated via text descriptions or photos. These genmoji can be personalized with accessories and shared as stickers or reactions. Furthermore, the iPhone 16's Camera Control receives an upgrade with Visual Intelligence, offering instant object and text recognition. This feature allows users to copy or translate text, detect contacts, and search for items online, even using ChatGPT for explanations. Apple has also enhanced its TV and Music services, enabling users to find content by describing moods, genres, actors, or decades, making discovery more intuitive. In terms of privacy and security, Apple has taken measures to obscure IP addresses for users utilizing the new ChatGPT integration, preventing session linkage. For those connecting their ChatGPT Plus/Pro accounts, OpenAI's data-use policies will apply. Apple ensures that user data on its Private Cloud Compute is used solely to fulfill requests and is never stored or shared. Additionally, Safari's search capabilities have been upgraded, with URLs automatically converted to HTTPS to secure online activity.

According to Odaily, the global generative artificial intelligence (AI) market is anticipated to experience significant growth over the next five years. A recent forecast by Canalys indicates that the market, currently in its nascent stage, is expected to expand fivefold. The market value is projected to rise from $14.6 billion in 2024 to $72.8 billion by 2029.This substantial growth underscores the increasing adoption and integration of generative AI technologies across various industries. As businesses and organizations continue to explore the potential of AI-driven solutions, the demand for generative AI is likely to surge. 

According to Odaily, OpenAI has launched its fourth day of technical live streaming, unveiling a new feature called Canvas. This feature is integrated directly into ChatGPT, offering a separate window primarily designed for programming and writing tasks. Canvas provides suggestions, reviews, and executes specific functions, delivering more detailed services.Canvas acts as an embedded agent to assist and guide ChatGPT in generating and refining content more effectively. 

According to Odaily, OpenAI's Chief Financial Officer has stated that enterprise clients are expected to pay thousands of dollars for the use of artificial intelligence tools. This pricing structure is anticipated to be justified in the long run. The CFO emphasized that the costs associated with these AI tools reflect their value and the significant benefits they offer to businesses. As AI technology continues to evolve, companies are increasingly integrating these tools into their operations to enhance efficiency and innovation.The CFO's remarks underscore the growing importance of AI in the corporate sector, where businesses are willing to invest in advanced technologies to maintain a competitive edge. The financial commitment required for these AI tools is seen as an investment in future capabilities, enabling companies to leverage data-driven insights and automation. As AI adoption becomes more widespread, the pricing model is expected to align with the value delivered, ensuring that enterprises receive a return on their investment.

According to CoinDesk, the past year marked a significant transformation for bitcoin miners as many redirected their efforts towards establishing artificial intelligence (AI) data centers. Core Scientific, under the leadership of CEO Adam Sullivan, stood out in this shift. Emerging from bankruptcy in January, the company secured a multi-billion dollar deal with AI hyperscaler CoreWeave, a long-time business partner.Core Scientific was the pioneer among miners to venture into AI computation on a scale that reignited investor interest in the mining sector. The successful deal led to a substantial increase in the company's share price, prompting other miners to follow suit and integrate AI into their operations. This shift has now become a standard practice within the industry, with investors urging miners who have not yet diversified into AI to consider doing so.Given the strategic deal and the prevailing investor sentiment, it is anticipated that private equity firms or major tech companies, which are in constant need of data centers, might soon express interest in acquiring Core Scientific. This trend could potentially extend to other bitcoin miners as well, as the industry continues to evolve and adapt to new technological demands.

According to PANews, OpenAI has announced the official release of its AI video generation model, Sora, to users. This development comes ten months after the initial preview of the product. Sora is designed to create realistic videos based on text prompts and will be available to ChatGPT's paid users in the United States and other markets later in the day. The new tool, Sora Turbo, can generate videos up to 20 seconds long and offers various versions of these videos. OpenAI's CEO, Sam Altman, noted that the initial use of Sora will be limited. ChatGPT Plus subscribers will be able to generate 50 low-resolution videos per month, while ChatGPT Pro subscribers will have the capability to generate an unlimited number of high-resolution videos at a slower pace, along with 500 videos that can be generated quickly. This strategic release aims to enhance user experience by providing advanced video generation capabilities, marking a significant step in AI-driven content creation.

According to PANews, the Financial Times has reported that Meta is launching internal artificial intelligence tools aimed at enhancing its presence in the commercial sector. This strategic move is part of Meta's broader efforts to leverage AI technology to gain a competitive edge in the business market.

According to Odaily, market sources have revealed that OpenAI is in discussions with Microsoft to potentially remove the AGI (Artificial General Intelligence) clause from their agreements. This move is aimed at unlocking further investment opportunities. The discussions between the two tech giants indicate a strategic shift that could have significant implications for the future of AI development.The AGI clause has been a critical component of OpenAI's agreements, reflecting the company's cautious approach towards the development of advanced AI technologies. By considering the removal of this clause, OpenAI and Microsoft may be signaling a readiness to accelerate their AI initiatives and attract more investment. This development comes amid growing interest and competition in the AI sector, where companies are racing to advance their technologies and secure a leading position in the market.The potential removal of the AGI clause could pave the way for increased collaboration and innovation between OpenAI and Microsoft, as well as with other potential investors. As the discussions progress, the tech industry will be closely watching for any official announcements or changes in strategy from either company. This move could also influence other players in the AI field to reconsider their own approaches to AGI and investment strategies.