Apple is closing in on a historic $4 trillion market valuation, driven by investor enthusiasm over its advancements in artificial intelligence and hopes for a surge in iPhone upgrades. Shares have surged 16% since November, adding $500 billion to its market cap, and positioning Apple ahead of rivals Nvidia and Microsoft in the race to this milestone. Analysts attribute the rally to expectations of a new “supercycle” in iPhone sales fueled by AI enhancements, despite modest revenue growth projections for the holiday season.
Apple’s integration of AI tools like OpenAI’s ChatGPT across its devices and apps marks a strategic pivot in a market long dominated by Microsoft, Alphabet, and Meta. Although iPhone demand remains muted, analysts forecast a rebound in 2025, as AI-powered features and broader availability drive renewed interest. Meanwhile, Apple’s premium valuation—its price-to-earnings ratio recently hit a three-year high of 33.5—has sparked mixed reactions among investors, with Warren Buffett’s Berkshire Hathaway scaling back its holdings.
Despite challenges such as geopolitical risks and fluctuating market conditions, Apple’s approach to this milestone underscores its enduring dominance in the tech sector. Analysts and investors remain optimistic about the company’s ability to navigate near-term hurdles and leverage AI innovation to maintain its leadership in a competitive landscape.
The Biden administration has initiated a trade investigation targeting Chinese-made legacy semiconductors, which power everyday goods like cars and telecom equipment. This ‘Section 301’ probe aims to address concerns about China’s state-driven expansion in chip manufacturing, which US officials warn could harm American semiconductor producers. Departing President Joe Biden had already imposed a 50% tariff on Chinese semiconductors, set to take effect 1 January, while tightening export controls on advanced AI and memory chips.
Commerce Secretary Gina Raimondo revealed that Chinese legacy chips account for two-thirds of semiconductors in US products, with many companies unaware of their origin—a finding she called alarming, particularly for the defence industry. US Trade Representative Katherine Tai stated that China’s subsidised chip pricing threatens global competition, enabling rapid capacity growth and undercutting market-oriented producers.
China’s commerce ministry has criticised the probe, calling it protectionist and a potential disruptor to global supply chains. Meanwhile, a public hearing on the issue is scheduled for March, with the probe expected to conclude within a year. The investigation follows the COVID-19 pandemic’s impact on semiconductor supply chains, prompting the US efforts to bolster domestic chip production with $52.7 billion in subsidies.
As the Biden administration transitions to President-elect Donald Trump’s leadership in January, this probe may offer Trump an opportunity to escalate tariffs on Chinese imports, echoing the trade practices he implemented during his prior term. Critics, including the US tech industry, have urged officials to approach the investigation collaboratively to avoid further disruption.
Microsoft is taking steps to diversify the AI powering its flagship product, Microsoft 365 Copilot. While OpenAI’s GPT-4 model has been a cornerstone of the AI assistant since its launch in March 2023, Microsoft is now integrating internal and third-party AI models, including its proprietary Phi-4, to reduce costs and improve efficiency. This move reflects Microsoft’s broader strategy to lessen reliance on OpenAI, its long-time partner, as it looks to offer faster, more cost-effective solutions to enterprise customers.
The shift is driven by concerns over the high costs and slower speeds associated with OpenAI’s technology for enterprise users. A company spokesperson confirmed that OpenAI remains a partner for advanced models but emphasised that Microsoft customises and incorporates a range of AI models depending on the product. Beyond its collaboration with OpenAI, Microsoft is also customising open-weight models to make its services more accessible and affordable, with potential cost savings for customers.
Microsoft’s approach mirrors similar changes in its other business units. For example, GitHub, acquired by Microsoft in 2018, has started incorporating AI models from Anthropic and Google as alternatives to OpenAI’s offerings. These efforts align with Microsoft’s goal of demonstrating the return on investment for its AI tools, particularly as some enterprises remain cautious about adopting 365 Copilot due to concerns over pricing and utility.
Despite these challenges, Microsoft reports growing adoption of 365 Copilot. The company states that 70% of Fortune 500 companies are using the AI assistant, and analysts predict that more than 10 million users will adopt it this year. As Microsoft continues refining its AI technology, leaders like CEO Satya Nadella are keeping a close watch, underscoring the company’s commitment to innovation in enterprise AI.
Google has introduced Gemini 2.0 Flash Thinking Experimental, an AI model designed for advanced reasoning, now available on its AI Studio platform. Billed as effective for multimodal understanding, coding, and complex problem-solving, it aims to enhance AI’s reasoning capabilities.
Unlike typical AI, reasoning models like Gemini fact-check themselves during response generation, improving accuracy but requiring more processing time. However, early testing shows mixed results, suggesting room for refinement in practical applications.
The rise of reasoning models reflects the industry’s search for new methods to optimise AI performance. While promising, challenges such as high computational costs and uncertain scalability remain points of debate.
Elon Musk’s AI venture, xAI, has unveiled a standalone iOS app for its chatbot, Grok, marking its first major expansion beyond the X platform. The app, currently in beta testing across Australia and a few other regions, offers users an array of generative AI features, including real-time web access, text rewriting, summarisation, and even image generation from text prompts.
Grok, described as a ‘maximally truthful and curious’ assistant, is designed to provide accurate answers, create photorealistic images, and analyse uploaded pictures. While previously restricted to paying X subscribers, a free version of the chatbot was launched in November and has recently been made accessible to all users.
The app also serves as a precursor to a dedicated web platform, Grok.com, which is in the works. xAI has touted the chatbot’s ability to produce detailed and unrestricted image content, even allowing creations involving public figures and copyrighted material. This open approach sets Grok apart from other AI tools with stricter content policies.
As the beta rollout progresses, Grok is poised to become a versatile tool for users seeking generative AI capabilities in a dynamic and user-friendly interface.
Samsung Electronics, Texas Instruments, and Amkor Technology are set to receive a combined $6.75 billion in chip manufacturing incentives from the US Commerce Department. The funding aims to bolster domestic semiconductor production and strengthen the supply chain.
Samsung will receive up to $4.745 billion, slightly reduced from the initial $6.4 billion estimate, reflecting scaled-down investment plans. The South Korean tech giant plans to invest $37 billion by 2030 to build chip production facilities, a research centre, and a packaging site. These projects are expected to solidify the US as a hub for advanced semiconductor manufacturing.
Texas Instruments has secured up to $1.61 billion for expanding its chip production facilities in Texas and Utah. The company is investing over $18 billion through 2029, creating 2,000 manufacturing jobs. Amkor Technology will receive $407 million to help build a $2 billion semiconductor packaging plant in Arizona, its largest in the US. This facility will cater to chips for autonomous vehicles, 5G/6G, and data centres.
These awards form part of a broader $39 billion subsidy programme for domestic semiconductor manufacturing. Over $33 billion of the allocated funding has now been finalised, with the US positioned as the sole nation hosting all five leading-edge chipmakers.
Data centres in the United States could consume up to 12% of the country’s electricity by 2028 due to the rapid growth of AI, according to a new report. The Department of Energy-backed study predicts energy usage from data centres will rise from 4% to between 6.7% and 12%, depending on GPU availability and demand.
The shift to AI-driven infrastructure is driving the surge, with GPU-accelerated servers and cooling systems responsible for doubling power use in recent years. Researchers are calling for annual reports and strategies to track trends and enhance efficiency.
The findings highlight concerns about the impact of AI on power grids, energy bills, and climate change. Researchers also suggest increased transparency in data centre energy use, aiming to encourage efficiency and sustainable growth within the industry.
Manila Central University (MCU) has partnered with Fortinet, a global leader in cybersecurity, through its Academic Partner Program to address the growing talent shortage in the Philippines. That collaboration aims to equip students with essential skills to meet industry demands by integrating Fortinet’s Network Security Expert (NSE) training and certification program into the university’s curriculum, either as coursework or standalone offerings.
Faculty members will receive advanced training, and students will benefit from guest lectures, practical exercises, and hands-on learning in areas like network security, malware analysis, and defence strategies. Additionally, the partnership includes establishing a state-of-the-art Cyber Innovation Lab to provide immersive learning experiences.
The initiative aligns with findings from Fortinet’s ‘Cybersecurity Skills Gap 2024 Global Research Report,’ which revealed that 94% of organisations in the Philippines experienced security breaches in 2023, with 77% partly attributed to a lack of cybersecurity skills. MCU joins nine other institutions, including Mapúa University and Mindanao State University-Sulu, in Fortinet’s nationwide effort to strengthen cybersecurity education.
The partnership also represents a significant step toward bridging the cybersecurity skills gap in the Philippines. By combining Fortinet’s expertise with MCU’s academic foundation, the program offers students industry-recognised certifications and practical knowledge needed to excel as cybersecurity professionals.
Why does it matter?
The initiative addresses immediate challenges highlighted in the report and strengthens the country’s capacity to defend against evolving digital threats, ensuring a robust pipeline of future professionals ready to meet global cybersecurity standards.
Sparkle and Fincantieri have formed a strategic partnership to protect submarine telecommunications cables, which are crucial for global connectivity and national security. The collaboration aims to develop innovative technological solutions for securing subsea infrastructure, ensuring its resilience in the face of emerging threats.
By combining Fincantieri’s expertise in underwater technology and shipbuilding with Sparkle’s vast fibre-optic network, the two companies plan to enhance the operational security of these vital systems. Sparkle, with over 600,000 km of fibre-optic cables across multiple continents, has long prioritised the protection of submarine cables through advanced monitoring and security measures.
That partnership is part of broader strategy of Italy to boost technological development and international competitiveness, focusing on safeguarding critical infrastructures fundamental to digital connectivity and economic growth. The collaboration also strengthens Italy’s leadership in digital innovation, with Fincantieri focusing on submarine infrastructure protection and Sparkle enhancing resilience in partnership with the Italian Navy and Polo Nazionale della dimensione Subacquea.
As President-elect Donald Trump prepares to take office, the cryptocurrency industry is urging him to swiftly implement his promised overhaul of crypto policies through executive orders. Industry officials are pushing for measures such as creating a bitcoin stockpile, ensuring crypto firms have access to banking services, and establishing a crypto advisory council. They hope these actions will come within the first 100 days of Trump’s presidency, with some anticipating an order on his first day in office, January 20.
During his campaign, Trump positioned himself as a “crypto president” and promised to support the industry’s growth. In contrast to the regulatory crackdowns under President Joe Biden, which focused on concerns about crime and volatility in the sector, Trump’s team is aiming to reverse course, encouraging innovation and positioning the US as a global leader in cryptocurrency. His crypto policy team, including crypto-friendly figures like Securities and Exchange Commission chair Paul Atkins and White House crypto czar David Sacks, is already taking shape.
One of the most discussed proposals is the creation of a strategic Bitcoin reserve, a plan Trump first mentioned in July. Some in the industry, like the Bitcoin Policy Institute, have even drafted potential executive orders for this purpose, suggesting the Treasury Secretary could spend $21 billion over a year to amass the reserve. However, analysts are divided on whether this can be achieved via executive orders or will require congressional action.
Trump is also expected to address the ongoing challenges that crypto firms face in accessing banking services, as many institutions avoid working with them due to regulatory concerns. While an executive order could signal a shift in policy, some executives caution that it may not have the legal force to immediately change regulations, as federal banking authorities are independent.
