Riding AI and Semiconductor Tailwinds: A New Age of Exploration for Taiwan’s Frontier Technology

Visiting Computex in June 2026 made AI infrastructure’s industrial boom tangible and gave Taiwan’s frontier startups more global visibility. After years of Silicon Valley enthusiasm for SaaS, consumer applications, and internet platforms, even YC has shifted. This cohort is over half deep tech, including space infrastructure, drones, and semiconductor supply chains rather than its former asset-light software and internet focus. These happen to be Taiwanese strengths, placing its startups at the forefront of a global wave. Marc Andreessen’s 2011 ‘Software Is Eating the World’ became a guiding idea for technology investing and entrepreneurship. Mobile internet, cloud computing, and SaaS expanded with low marginal costs and viral speed, creating distinctive unicorns. Taiwan did not keep pace. Despite hardware strength, its technology sector was neglected by global capital and labeled a traditional industry with only 3–4% margins. The pendulum shifted after President Trump took office in 2017: US–China trade and technology confrontation, the pandemic’s acceleration of remote work, education, and healthcare, then generative AI. The past decade has been golden for Taiwanese electronics. AI brings humanity a technological breakthrough greater even than fire and electricity, yet broad adoption is only in the top of the second inning. Decades of accumulated capability position Taiwan for larger opportunities over coming decades. From software eating the world to AI eating software, coding increasingly shifts from engineers to AI-agent workflows. Every business and person may have one or more AI assistants. The key remains infrastructure, supported by Taiwan’s advanced semiconductor processes, efficient cooling, stable power transmission, precise circuit substrates, and active and passive components. The Ministry of Economic Affairs’ Industrial Development Administration recently proposed ‘Big trees nurture new shoots; new shoots support big trees.’ Taiwan’s companies have changed profoundly. Once only two or three technology giants, including TSMC, exceeded a trillion in market value. Now TSMC, MediaTek, Delta Electronics, Hon Hai, ASE, Elite Material, UMC, Unimicron, Yageo, 鴻勁, Accton, Quanta, Nanya Technology, Chroma, Chunghwa Telecom, Asia Vital Components, Wiwynn, and others reach that level; over fifty have share prices above a thousand. HP, born in a Silicon Valley garage and still the world’s second-largest PC company, is worth only around US$23 billion, overtaken by Taiwanese suppliers. Government hopes larger companies can provide capital, testing environments, channels, and cooperation so agile startups keep them at the frontier and drive the next industrial upgrade. AI-driven change will move from digital AI to physical AI. Beyond autonomous vehicles, more industrial and humanoid robots may enter factories and care settings, from manufacturing and hazardous-site inspection to logistics and eldercare. Geopolitical demand for supply chains outside China creates further key roles for Taiwan. Human activity is extending from the two-dimensional surface into low-altitude airspace and three-dimensional space. Low-altitude vehicles are being developed and tested. A global debut is expected at the 2028 Los Angeles Olympics, carrying athletes and guests to venues and previewing urban aerial transport that could develop over the following decade or more. US–China competition also reaches deeper into space. Low-Earth-orbit satellites and planned orbital data centers require radiation-resistant semiconductor packaging, phase-change thermal materials for extreme temperatures, and rugged boards for high-frequency microwave components. Such physically demanding technology and manufacturing are Taiwanese strengths. Beyond commercial applications, interplanetary migration is beginning. After Apollo’s lunar landings in the 1960s, human space development stagnated for over fifty years, until SpaceX sparked private-sector enthusiasm and NASA’s Artemis program revived ambitions for lunar landings, bases, and Mars. Becoming a multiplanetary species may unfold over coming decades. Our generation missed Apollo, but Taiwan supplies SpaceX, Starlink, AST, and Amazon and will play a more central role in the new space era. Stand on Giants’ Shoulders to See Further A special skill and solitary effort do not guarantee entrepreneurial success. Use others’ strengths. Taiwan became a computer powerhouse through close links to the Microsoft–Intel Wintel alliance. IBM, HP, Dell, Acer, and ASUS either were Taiwanese brands or outsourced assembly to Taiwan. Proximity to final products revealed component needs. Suppliers meeting price, quality, delivery, cooperation, and service requirements replaced European, American, and Japanese components and substrates. When technology was lacking, ITRI and universities such as National Taiwan University, Tsing Hua, and Chiao Tung helped develop it; teams then spun out. Decades of effort built the supply chain. After 2000, Silicon Valley shifted from semiconductors and PCs toward Google, Facebook, Netflix, Adobe, and Salesforce. Taiwan’s links weakened as it participated less in internet, mobile, and software. Today, US–China rivalry reconnects it with giants through AI and space. Taiwan has comprehensive semiconductor advantages; TSMC, Asia’s largest technology company, supports local equipment and materials suppliers. Taiwan also helps build NVIDIA’s and SpaceX’s supply chains. Startups should connect closely with end customers or existing suppliers to understand unmet needs as TSMC, NVIDIA, SpaceX, and Amazon advance. Their technology, working with Taiwanese supply chains, can meet those needs. An Opportunity for Deeper US–Taiwan Industrial Integration Ancient Greek philosopher Thucydides proposed the Thucydides Trap concerning war between land power Sparta and rising maritime-commercial Athens: a challenger threatening an established power easily leads to unavoidable conflict. The United States and China are consequently destined to oppose each other in semiconductors, AI, robotics, and space. Their competition reshapes supply chains. Globalization once pursued maximum efficiency and minimum cost; now the focus is resilience and technological sovereignty. Trust matters increasingly in semiconductors, advanced manufacturing, robotics, and space. For America’s technology giants, traceable origins and reliable, stable supply increasingly outweigh price, creating unprecedented advantages for Taiwan’s established companies and startups. America has leading technology, creativity, grand narratives, capital, chip design, system architecture, standards, and end-market control. Its manufacturing lacks advantages in flexibility, speed, execution, and cost. China offers scale and cost competitiveness but is a rival America cannot fully trust. Within that contradiction, Taiwan becomes the best, perhaps only, alternative outside China. Taiwan’s advanced processes, complete supply chains, precision manufacturing, and engineers underpin its semiconductor champions and AI-server ecosystem. Relatively trusted by America, it supplies AI infrastructure and advanced manufacturing for physical AI and space. Recent explosive growth is only the beginning. Startups Must Find Their Position and Use Taiwan’s Advantages A golden era is beginning, but startups must define their role and use Taiwan’s distinctive strengths. With only twenty-three million people, talent rather than capital will be the scarcest resource. Taiwan’s stock market is now fifth globally, after the United States, China, Japan, and Hong Kong. It cannot do everything and lead everywhere. Consider Jensen Huang’s five-layer cake: energy for AI computing and heavy electrical equipment; chips, including advanced fabrication, packaging, and ASICs; AI infrastructure, including computing centers, power, cooling, and servers; large AI models for training, inference, and scientific-physical simulation; and applications, including software, automation, and physical AI across life and industry. Taiwan has deep foundations in the first three layers, where startups can cooperate with larger companies. Large models are mainly controlled by US and Chinese giants and require billions or tens of billions of dollars, not a Taiwanese startup strength. Even in applications, avoid areas Google, OpenAI, or Anthropic will enter. Technologies such as AI presentations, images, and short videos may lose competitiveness when giants launch equivalents. Cooperate with companies such as NVIDIA rather than confront them directly. Seize the Era’s Opportunities Many frontier teams in this 創業綻放 program connect with Taiwan’s strengths. 星相科技 develops high-frequency ICs for low-Earth-orbit communications and active electronically scanned array radar (AESA). Two-dimensional phase control improves precision to one degree without PDN, reducing handset or antenna power, size, and switching instability. It has potential in satellite handheld devices and works with Compal, Wistron, and others. 歐姆佳科技 also targets low-Earth-orbit communications, combining high-speed RF and phased-array measurement with proprietary algorithms. Instead of testing chips individually, it tests whole arrays and RF ICs together, from R&D validation to production, and has entered a Japanese semiconductor company’s production line. For advanced processes and metrology, 原子精製 addresses high-density probe cards with pitch below 45 μm. Existing physical vapor deposition (PVD) cannot meet precision, uniformity, and three-dimensional coverage requirements. Its batch atomic layer deposition (ALD) equipment takes ALD from laboratory to industrial production and the company is working with Taiwanese probe-card makers. Another team emerging from Professor 徐振哲’s NTU chemical-engineering laboratory develops underwater microplasma precision sensing for real-time wet-process control. A prototype is being validated at a major substrate manufacturer for real-time plating-bath analysis. 煊程科技, from Associate Professor 游濟華’s National Cheng Kung University team, focuses on electronic design automation (EDA) for advanced packaging. InPack.AI provides multiphysics simulation for stacking, warpage, thermal performance, and signal integrity. 赫侖, an intelligent-manufacturing spinout from ITRI’s mechanical engineering institute, develops HolonOS, combining AI and robotics software to automate polishing and grinding traditionally dependent on manual experience. With NVIDIA support and industry engagement, it presented at NVIDIA GTC in America in March 2026 and NVIDIA’s startup area at InnoVEX 2026, drawing broad interest and inquiries. Internationalization Suggestions Hardware startups can scale internationally through Taiwan’s supply-chain advantages. A computer’s components are standardized whether sold in America, Japan, Taiwan, or Europe. Quality, price, delivery, and cooperation can secure a place in the supply chain and naturally expand global sales. Taiwan’s specialized ‘army of ants’ each handles a small segment, unlike Japanese and Korean conglomerates’ integrated internal chains. Startups benefit from specialization, flexibility, and speed. Pure-software startups lack an equivalent complete chain or the huge domestic markets and software ecosystems of America and China. Consider hardware–software integration, using Taiwan’s distinctive industrial-PC industry and existing channels, or vertical opportunities in robotics and automation. Integration with Google, Microsoft, Amazon, and NVIDIA can also bring referrals. A customer seeking a digital twin may approach NVIDIA, which lacks time for project development and refers work to a partner startup. But founders must still choose between a project business and a product business.  Software gives hardware a ‘soul’—perception, decisions, and action—while hardware gives software physical barriers to entry and data. This interdependence creates international opportunities for Taiwan’s frontier-technology startups.