Dwi Wanna
The American Chamber of Commerce in Taiwan (AmCham) has issued a comprehensive set of policy recommendations aimed at fortifying the island’s digital foundations, urging the government to transition from traditional data protection to a "resilience-by-design" architecture. As Taiwan enters a pivotal era of technological transformation, the Committee on Technology has commended the administration’s proactive stance, specifically highlighting the 2025 launch of the “Ten Major AI Infrastructure Projects” and the introduction of the AI Basic Act. These initiatives, coupled with the commencement of a more structured national investment in emerging technologies like quantum computing, signal Taiwan’s ambition to maintain its status as a global technological hub. However, industry experts and the Committee emphasize that the success of these ambitions hinges on deep-rooted international collaboration, risk-based regulatory frameworks, and a modernized approach to cybersecurity and privacy.
A New Era of Digital Resilience: Beyond Data Backups
Taiwan’s geopolitical position and its role as the world’s semiconductor powerhouse make its digital infrastructure a primary target for both state-sponsored cyber activities and physical disruptions. While the government has made significant strides in establishing data backup mechanisms for essential public services, the Committee argues that backup alone is no longer sufficient. In an era of increasing system complexity, the recommendation is a fundamental shift toward "resilience-by-design."
This approach mandates that continuity, recoverability, and adaptability are embedded into the DNA of national digital systems from their inception. This is particularly critical for sectors that form the backbone of societal stability: government administration, financial services, and healthcare. For instance, in the financial sector, where interbank settlements occur in real-time, even a few hours of downtime could trigger systemic economic ripples. Similarly, in healthcare, the digitalization of patient records and surgical systems means that infrastructure failure is a matter of life and death.
To achieve this, the Committee suggests a coordinated public-private partnership model. This would involve cross-ministerial collaboration to prevent the fragmentation of security protocols. By engaging with trusted global technology partners who have managed large-scale continuity planning in other jurisdictions, Taiwan can translate conceptual resilience into deployable architectures. This strategy includes the implementation of regular "stress scenarios" and tabletop exercises to identify hidden dependencies before a crisis occurs.
Chronology of Taiwan’s Technological Policy Evolution
The current policy landscape is the result of a multi-year trajectory aimed at securing Taiwan’s digital future. The timeline below illustrates the key milestones in this evolution:
- 2023–2024: Initial drafting of the AI Basic Act and the establishment of the Preparatory Office of the Personal Data Protection Commission (PDPC).
- 2025: Official announcement of the “Ten Major AI Infrastructure Projects” and the passage of the AI Basic Act, providing a legal foundation for responsible AI development.
- 2025 (Mid-Year): Amendment to the Cybersecurity Management Act (CSMA) to strengthen protections for Information and Communications Technology (ICT).
- 2026 (Projected): Implementation of the draft amendments to the Personal Data Protection Act (PDPA), focusing on security maintenance for digital economy industries.
- 2027–2031: Execution of the Phase II Five-Year National Quantum Strategy, focusing on hardware integration and high-performance computing.
Modernizing Privacy and Data Protection Frameworks
As Taiwan seeks to align its digital economy with global standards, the modernization of the Personal Data Protection Act (PDPA) has become a focal point. The Committee has raised concerns regarding the 2026 draft amendments, noting that rigid mandates and quantitative thresholds could stifle innovation without necessarily improving privacy.
A primary recommendation is the adoption of a risk-based "harm threshold" for breach notifications, similar to the European Union’s General Data Protection Regulation (GDPR). Currently, the draft suggests strict reporting windows that may lead to "notification fatigue" or incomplete reporting. The Committee suggests that the 72-hour reporting window should only commence once a breach is reasonably confirmed, ensuring that notifications are actionable and accurate.
Furthermore, there is a push to clearly define Business Contact Information (BCI). In the global marketplace, professional details such as business emails and titles are typically treated with streamlined requirements to facilitate commercial efficiency. By excluding BCI from the more stringent personal data protections, Taiwan can reduce the compliance burden on international firms operating within its borders.
The shift from quantitative metrics—such as the number of data entries—to a risk-based definition of "high-risk" entities is also seen as vital. Rather than penalizing a company for holding 10,000 entries of non-sensitive data, the regulatory focus should be on entities performing large-scale profiling or processing sensitive health and financial records.
Reforming ICT Procurement and Cybersecurity Standards
Cybersecurity remains a core national imperative, but the Committee suggests that current procurement practices may be outdated. Recent efforts by the Ministry of Digital Affairs (MODA) to review products harmful to national cybersecurity are welcomed, but inconsistencies remain. Specifically, the Public Construction Commission (PCC) still utilizes tendering templates that rely on "Country of Origin" (COO) restrictions.
In the modern world of software-defined hardware, where a product might be designed in one country, manufactured in another, and maintained by a global team, the manufacturing location is an unreliable indicator of risk. The Committee advocates for an "entity-based" approach—focusing on specific untrustworthy brands or companies—rather than blanket bans on products made in certain regions.
By harmonizing PCC model contracts with MODA’s risk-based framework, the government can reduce uncertainty for agencies and ensure that procurement decisions are based on technical risk profiles. This alignment would also adhere to Good Regulatory Practices (GRP), which include a recommended 60-day public consultation period for major law amendments to allow for meaningful industry input.
The Quantum Inflection Point: Preparing for the Post-Quantum Era
Quantum computing is no longer a distant theoretical concept; it is approaching a critical "quantum advantage" inflection point. This is the moment when quantum systems will outperform classical computers at specific high-value tasks. While Taiwan has strong foundations in hardware and semiconductors, the Committee warns that hardware alone will not secure its position in the quantum ecosystem.
The Phase II Five-Year National Quantum Strategy (2027–2031) must, therefore, prioritize software, algorithms, and application development. International collaboration is viewed as a core pillar of this strategy. By linking research institutions with global partners, Taiwan can accelerate the development of quantum-enabled innovation in fields like material science, drug discovery, and financial modeling.
However, the rise of quantum computing also poses a systemic risk to current encryption standards. The "Harvest Now, Decrypt Later" threat—where malicious actors steal encrypted data today to decrypt it once quantum computers are powerful enough—necessitates a move toward "crypto-agility." The Committee urges the creation of a cross-agency task force to oversee a national quantum-safe migration. This would involve a structured phasing model: starting with "no-regret" actions like cryptographic asset discovery, followed by pilot programs for critical infrastructure.
Supporting Data and Economic Context
Taiwan’s push for digital excellence is backed by significant economic stakes. According to industry data, Taiwan’s digital economy is expected to contribute significantly to its GDP growth over the next decade.
- Semiconductor Dominance: Taiwan produces over 60% of the world’s semiconductors and 90% of the most advanced chips. Protecting the digital infrastructure of this supply chain is a global economic necessity.
- Cyber Threat Landscape: Reports indicate that Taiwan faces one of the highest frequencies of cyberattacks in the Asia-Pacific region, with government and technology sectors being the primary targets.
- Investment in AI: The government’s 2025 AI infrastructure projects represent a multi-billion TWD investment aimed at training local talent and providing the computational power necessary for domestic startups.
Implications for Global Competitiveness and Public Trust
The overarching goal of these recommendations is to ensure that Taiwan remains a trusted partner in the global digital supply chain. By adopting risk-based, technology-neutral regulations, Taiwan can foster an environment where innovation thrives alongside robust security.
The Committee’s call for public-private collaboration is not merely a request for industry input but a strategic necessity. As AI and quantum technologies evolve at a breakneck pace, government agencies often struggle to keep up with the technical nuances of regulation. Continuous engagement with technology providers allows for the sharing of international best practices and ensures that policy intent matches practical implementation.
In conclusion, the resilience of Taiwan’s digital foundations is central to its national security and public trust. By moving toward a resilience-by-design model, modernizing privacy laws, and preparing for the quantum era through international partnerships, Taiwan can translate its current technological ambitions into durable, long-term outcomes. The path forward requires a departure from rigid, prescriptive mandates in favor of flexible, outcome-based frameworks that can adapt to the complexities of the 21st-century digital landscape.
Jia Lissa
Ali Ikhwan
