In recent days, both OpenAI and Amazon have seen significant changes in their senior leadership teams. While the reshuffling may seem coincidental, it highlights the similar challenges both companies face in balancing agility with maintaining a controversy-free image.

Since the turn of the century in the year 2000, the changes brought to the world by digital technology and the Internet can be roughly categorized into four phases. The first phase was the post-dot-com bubble era in the early 2000s, and the leading vendors of this era were Nokia and Cisco, which provided networking equipment.

Generative AI (GenAI) is a subset within the AI realm, and it is expected to be one of the most critical driving forces for global economic growth in the next 5-10 years.

AI smartphones are defined as smartphones that can run Large Language Models (LLMs) to perform Generative Artificial Intelligence (GenAI) functions offline. Many may be curious, how will the first batch of AI smartphones differentiate themselves from current ones?

Former US Secretary of State Mike Pompeo visited Taiwan to attend the inauguration of Taiwan's fifth elected president on May 20, 2024.

AI-driven growth will propel flagship mobile phones to a singular position in 2024, despite a fragmented demand for mobile phone specifications, according to market sources.

Generative AI will inevitably move away from cloud services, which used to rely heavily on data centers and leave some private and real-time information to be processed on "edge" devices.

The world's first 10th-generation LCD panel factory, located in Japan's Sakai and operated by Sharp subsidiary Sakai Display Products (SDP), is set to cease production by September 2024. The impending closure has ignited industry concerns regarding how major customers, including Shenzhen MTC, Samsung Electronics, and LG Electronics, will reassess their supply partnerships for transferring orders.

The internet giants are building comprehensive ecosystems, in which Generative AI (GenAI) plays a pivotal role. "From cloud to the edge" will be an inevitable trend.

To maintain its leading position in Artificial Intelligence (AI), Nvidia has mastered its CUDA software, constantly emphasized its affiliation with Taiwan and TSMC, and has even secured strong connections with the server supply chain in practice.

Several media reports that young American engineers complained about working at TSMC. How about Japanese engineers? Would they be holding grudges too?

From Nvidia and Microsft to Taiwan's TSMC, Quanta, Wistron, and Foxconn, companies are constantly exploring the future of their businesses with the theme of Artificial Intelligence (AI).

Taiwan's recent efforts to build its own "Starlink" have received growing attention as satellite communication has proven itself inalienable to wartime resilience, but to what degree are the ongoing government-backed satellite programs geared for modern warfare?

In 2000, Bill Gates visited Taiwan for the World Congress of Information Technology (WCIT), and in 2009, Steve Ballmer, the second president of Microsoft, visited Taiwan only for one day. These were the only two times that the CEOs of Microsoft visited Taiwan.

Compared to TSMC, Samsung Electronics, and even Intel Foundry, which have moved into sub-7nm advanced processes, GlobalFoundries (GF), which announced in August 2018 that it would indefinitely shelve its sub-7nm development, still has a chance to enter the AI market pie. Is there still a chance for GF to get a piece of the AI market pie?