Kaspersky has announced that its developer account on the Google Play store has been terminated, resulting in the removal of all its apps. This decision follows recent US government actions that restrict the distribution and sales of Kaspersky products within the United States after September 29. While these restrictions have no legal impact outside the country, Google has preemptively removed Kaspersky’s products, limiting global access to its cybersecurity solutions.
Kaspersky believes Google’s decision stems from a misinterpretation of US restrictions, which are not confirmed by the US Department of Commerce. The company asserts that these measures do not prohibit the sale or distribution of its products and services beyond US borders. Kaspersky has communicated this understanding to the Department of Commerce and is awaiting further guidance.
For users with already-installed Kaspersky apps on Android, the apps will continue to function normally and receive database updates via Kaspersky’s cloud infrastructure. All paid features will remain operational. However, users will no longer be able to update or reinstall the apps directly from the Google Play store.
OpenAI is expanding its global presence with plans to open new offices in key cities, including Singapore, Paris, and Brussels. These will add to its existing hubs in San Francisco, London, and Tokyo, positioning the company for broader international reach. The company’s efforts follow a substantial $6.6 billion funding round and leadership changes.
Oliver Jay, formerly of Asana and Dropbox, will lead OpenAI’s international operations from Singapore. The new Singapore office, expected to open by the end of the year, will serve as a hub for the Asia Pacific region. The company is actively hiring engineers to build out its team in the region, which has seen rapid growth in ChatGPT usage.
The decision to expand into Singapore is partly driven by the country’s strong engagement with AI technology. OpenAI noted that Singapore has one of the highest per capita uses of ChatGPT, with usage doubling since the start of the year. This new office will be OpenAI’s second in Asia, after Tokyo.
As part of the expansion, OpenAI is partnering with AI Singapore, a national programme that promotes the development and adoption of AI in the region. CEO Sam Altman highlighted Singapore’s leadership in AI and its role in tackling complex societal issues, as well as fostering economic growth.
Elon Musk has reignited his legal fight with OpenAI, accusing the company’s co-founders of manipulating him into investing in the nonprofit startup before turning it into a for-profit business. Musk claims they enriched themselves by draining OpenAI’s key assets and technology. OpenAI, however, has dismissed these claims, describing the lawsuit as part of Musk’s efforts to gain a competitive edge.
OpenAI, which transitioned to a for-profit subsidiary in 2019, attracted billions in outside funding, including from Microsoft. Musk argues the company deviated from its original mission, but OpenAI maintains it remains committed to developing safe and beneficial AI. The startup also suggested Musk’s departure came after his attempt to dominate the organisation failed.
OpenAI has had a turbulent year with leadership changes and rapid growth. The company’s headcount more than doubled, and despite losing key figures, it remains a major player in AI innovation. Recent investments pushed OpenAI’s valuation to $157 billion, underscoring continued investor confidence.
Musk’s ongoing rivalry with OpenAI coincides with his other AI ventures, including xAI, which he launched in 2023. He’s also facing allegations in a Delaware lawsuit accusing his AI company of draining talent and resources from Tesla, potentially harming shareholders.
MediaTek is reportedly collaborating with NVIDIA to develop a new AI processor, which is expected to be manufactured using 3nm technology and is slated for tape-out later this month. This move comes alongside MediaTek’s recent launch of its Dimensity 9400 smartphone chipset, indicating the company’s ambition to diversify its product lineup. The new AI processor is projected to enter mass production by late 2025 and aims to fill a gap in the market for Windows-on-Arm devices, especially given the comparatively weaker graphics performance of Qualcomm’s Snapdragon X Elite.
The new chip is expected to work alongside NVIDIA’s GPU, aiming at major laptop brands like Dell, HP, Lenovo, and Asus as potential clients. Priced at approximately $300, this processor signifies MediaTek’s move into the AI PC sector, marking a significant shift from its usual collaborations with AMD. However, MediaTek has previously partnered with NVIDIA, notably in their recent unveiling of automotive SoCs that incorporate NVIDIA technology, highlighting their mutual interest in enhancing AI capabilities.
As the AI landscape evolves, MediaTek’s partnership with NVIDIA could bolster its position in a competitive market, especially given NVIDIA’s dominance in AI processors. This collaboration underscores MediaTek’s strategic shift and opens avenues for innovative products in the AI-driven technology sector.
OpenAI, known for its AI models, appears to be exploring the semiconductor manufacturing sector, raising questions about the feasibility of building wafer fabrication plants. Reports recently surfaced about CEO Sam Altman’s discussions with executives from major chip manufacturers, including TSMC and Samsung, during his trip to Asia last year. Altman proposed an ambitious $7 trillion plan to construct 36 new wafer fabs and data centres, aiming to produce AI chips funded by the United Arab Emirates. He believes these facilities would support the burgeoning demand for AI capabilities.
The investment Altman suggested is staggering, amounting to a quarter of the annual output of the US economy. However, the timeline for establishing these fabs is lengthy, as it would take several years to meet OpenAI’s growing computing power requirements. TSMC, while approached for the project, found the proposal too aggressive and risky, noting that even a few additional wafer fabs would entail significant capital and risk.
Building a wafer fab is an enormous undertaking, often costing hundreds of billions of dollars due to various factors. The expenses stem from land acquisition, facility construction, equipment procurement, and ongoing operational costs. Advanced lithography machines and other essential equipment represent substantial financial commitments, while research, maintenance, and talent training add to the complexity. Current estimates place the cost of modern fabs in the billions; for instance, Intel’s factories in Arizona are expected to cost around $15 billion each, and Samsung’s Texas fab is projected at $25 billion.
Moreover, the cost of constructing a wafer fab varies by region. In Asia, established supply chains, available talent, and supportive policies contribute to lower costs, whereas building in Europe, the US, and the Middle East can be more expensive due to the necessity of importing technology and developing a comprehensive supply chain. Overall, OpenAI’s ambitions in the semiconductor space highlight the significant challenges and investments required to succeed in this critical industry.
Uber is set to launch an AI assistant for its drivers in the United States in early 2025, powered by OpenAI’s GPT-4.0, aimed at supporting drivers with queries related to electric vehicles (EVs). The assistant will initially help answer questions on topics such as where to charge EVs and which models to buy. In time, the AI may expand its capabilities to include other uses.
The assistant will be accessible from the Uber driver app and will offer personalised responses based on a driver’s location, needs, and available government incentives. Future updates are expected to include voice interaction, allowing drivers to speak directly to the AI, with audio responses.
Uber also announced an ‘EV mentorship program’ to encourage experienced EV drivers to help guide others interested in making the switch to electric vehicles. Mentors will receive financial incentives for sharing their knowledge and insights about owning and driving EVs.
As part of its broader focus on climate action, Uber is enhancing its Uber Green service, with an EV-only option in 40 cities. Riders can now choose electric vehicles in cities like New York, Los Angeles, and Paris.
Tesla is at a pivotal juncture as CEO Elon Musk is set to reveal the long-awaited Cybercab robotaxi at Warner Bros. Hollywood studio on Thursday. While there are rising doubts about electric vehicle growth, the announcement has reignited interest in Tesla’s stock. The Cybercab will function autonomously on Tesla’s ride-hailing platform, enabling vehicle owners to generate income by utilising their cars as self-driving cabs—an idea Musk describes as a combination of Airbnb and Uber.
Tesla intends to leverage its current camera-based technology and AI for the Cybercab, steering clear of the costly radar and lidar systems used by competitors. Musk is confident that improvements in this technology will allow Tesla to penetrate a tough market where others have faced substantial losses. Investors are keen to view a prototype and learn about the timeline for mass production and profitability. They also seek clarity on the regulatory hurdles and safety issues surrounding the existing partial automation system, known as Full Self-Driving (FSD).
While expectations for the event are high, analysts caution that the announcement may lack immediate deliverables or financial impact. Many observers do not anticipate a fully functional product at this stage, noting Tesla’s history of optimism regarding its FSD technology. The company may also provide updates on more affordable vehicle options and its humanoid robot, Optimus, during the event.
Since Musk announced the shift to robotaxis in April, Tesla shares have surged nearly 50%. However, concerns linger about competition from electric vehicle rivals and the stock’s inherent volatility. The journey to market for self-driving vehicles has proven complicated and expensive for other companies, with Waymo being the only US firm currently operating uncrewed robotaxis. Analysts highlight that reaching high levels of automation without driver supervision will encounter considerable technological, safety, and regulatory challenges, raising doubts about the timeline for achieving Musk’s ambitious goals.
MediaTek has announced that its upcoming Dimensity 9400 chipset will feature support for Gemini Nano, a multimodal AI technology. This integration promises to enhance the chip’s AI capabilities, particularly in image, text, and speech processing areas. The Dimensity 9400 will also feature a next-generation Neural Processing Unit (NPU) for improved on-device AI performance.
Beyond the Dimensity 9400, MediaTek plans to extend Gemini Nano support to other Generative AI-enabled processors. However, specific details about which additional chipsets will receive this functionality still need to be clarified. The company’s collaboration with Google plays a key role in its efforts to enhance AI experiences across the Android ecosystem.
Gemini Nano, which debuted on Google’s Pixel 9 series using the Tensor G4 chipset, has grown in popularity. It powers features like Pixel Recorder, allowing devices to perform smaller-scale AI tasks directly on hardware. This multimodal AI technology is designed to manage complex operations efficiently on smartphones and other devices.
With this new integration, MediaTek promises users more advanced AI features, such as capturing images and receiving detailed descriptions. The Dimensity 9400 is set to launch in October, paving the way for more AI-enhanced experiences across various devices.
Vodafone has announced a significant expansion of its partnership with Google in a ten-year deal worth over a billion dollars. This agreement aims to introduce Google’s generative AI-powered devices to customers in Europe and Africa, capitalising on the 5G network. The collaboration will also promote the Android ecosystem in these regions.
Vodafone intends to extend the availability of Google’s AI-powered Pixel devices, enhancing customer access to innovative technology. By 2025, the company will begin offering Google One AI Premium subscription plans, which include advanced features such as Gemini Advanced.
In addition to customer-focused advancements, this multinational telecommunications company will use Google Cloud’s AI platform for enterprise-level applications. The integration of AI will streamline operations and enhance services within the company.
Google remains in fierce competition in the AI sector, vying against other major tech companies like OpenAI, Microsoft, and NVIDIA. The partnership with Vodafone strengthens its position in this fast-evolving market.
A US judge has ruled that Google must make significant changes to its Play Store, allowing Android users to access third-party app stores and payment methods for three years. The ruling comes after a jury sided with ‘Fortnite’ creator Epic Games, which accused Google of monopolising app access and in-app payments on Android devices.
The order, issued by Judge James Donato, prevents Google from blocking alternative payment options or pre-installing its app store through deals with device makers. The decision is set to take effect on 1 November 2024, giving Google time to comply. However, Google plans to appeal the ruling, arguing that it could harm consumers, developers, and device makers.
Epic Games CEO Tim Sweeney called the decision “big news” and said it could lead to a more competitive Android ecosystem by 2025. Meanwhile, Google is also facing antitrust cases over its dominance in web search and ad technology.
