The Hainan Free Trade Port (FTP), launched as the world's "youngest FTP," has, within its first 100 days, demonstrated a significance far beyond conventional free trade zones. While most initiatives focus on tariffs or customs facilitation, Hainan is emerging as something fundamentally different: a new operational system—a multidimensional framework integrating economic liberalization, digital governance, technological innovation, ecological sustainability, and cross-border collaboration.

Within China's dual circulation strategy, Hainan is positioning itself as a strategic junction between North Asia, South Asia, and Southeast Asia. It is not simply a platform for trade, but a new dimension of regional governance—a space where economic, technological, and ecological systems converge and reinforce one another. In this sense, Hainan is less a zone than a living operating system, enabling interoperability across markets, institutions, and innovation ecosystems.

Hainan's design leverages institutional openness, advanced infrastructure, and streamlined administration to enhance connectivity and integrate into global value chains. Its cross-border trade and compliance frameworks are built for alignment with international standards, allowing enterprises to operate with transparency and predictability. This reflects a shift toward a knowledge-driven economy, where procedural clarity and operational efficiency shape investment decisions and cross-border activity.

ASEAN Enterprise Engagement: From Policy to Operational Reality

A joint survey by the Hainan Daily Press Group and Malaysia's Nanyang Siang Pau, conducted through the HIMC ASEAN Liaison Center, engaged 106 enterprises across Southeast Asia. Covering sectors from manufacturing to digital economy, the study revealed a clear insight: investment decisions depend less on policy promises than on operational feasibility.

Enterprises emphasized the importance of regulatory clarity, technical standard alignment, and access to real-time market intelligence. Hainan's ability to translate policy into actionable operational pathways positions it as both a gateway and a buffer zone for ASEAN companies entering China. It is increasingly perceived not just as an opportunity space, but as a structured interface that converts policy into execution.

Innovation, Bioeconomy, and Multi-Sector Convergence

Hainan's ambitions extend well beyond trade. The province is developing a tropical bioeconomy, leveraging its unique ecosystem to advance biotechnology, agriculture, and public health. Research in tropical crops, disease control, and biopharmaceuticals is establishing Hainan as a global node for life sciences innovation—supporting food security and sustainable development while attracting international collaboration.

In parallel, aerospace initiatives—including low-altitude economy development and commercial space platforms—demonstrate a broader strategy: integrating frontier technologies within a unified innovation ecosystem.

Hainan Province is accelerating the development of a comprehensive aerospace industrial cluster centered on Wenchang International Aerospace City. The initiative spans satellite launches, satellite manufacturing, and downstream data-chain infrastructure. The Hainan Commercial Space Launch Site plans to expand its launch capacity by increasing the number of launch pads from two to four, while advancing rocket recovery technologies to enhance operational efficiency and sustainability.

At the same time, international collaboration is intensifying. In partnership with the national deep space exploration laboratory, four new platforms are being established, focusing on payload integration, deep-space research, industrial coordination, and international exchanges. Wenchang has also developed joint research programs with institutions, such as Tsinghua University, including support for space station-related technologies. Beyond aerospace, Hainan is fostering future-oriented industries, notably in seed production and deep-sea exploration, reinforcing its position as a multi-sector innovation hub.

In parallel, digital infrastructure is being significantly upgraded. China Unicom is advancing key projects such as international submarine cables and the Haikou International Information Port. These developments will strengthen Hainan Free Trade Port's global connectivity and support the emergence of new-quality productive forces. Notably, enhanced submarine cable integration is expected to reduce network latency between Hainan and Southeast Asia by approximately 9 milliseconds—an improvement that will benefit sectors including international trade, finance, e-commerce, technological innovation, and cross-border data flows, further boosting Hainan's competitiveness in the global digital economy.

The convergence of bioeconomy, aerospace, and digital systems reflects Hainan's role as a multi-dimensional innovation hub, where research, industry, and policy evolve together.

Advanced Research Platforms and Knowledge Infrastructure

Hainan's innovation capacity is reinforced by advanced scientific platforms, particularly in plant sciences and bioinformatics.

The HBI Laboratory focuses on bioinformatics, AI-driven multi-omics, and genomics for tropical crops, including pioneering work in plant haploid induction. Complementing this, the BAIT Laboratory advances multi-omics data analysis through artificial intelligence and sequencing technologies, enabling deeper insights into plant genetics, phenomics, and breeding systems. Together, they illustrate Hainan's transition toward a data-driven bioeconomy, where AI and life sciences converge.

These initiatives are embedded within a dense research infrastructure, including the State Key Laboratory of Tropical Crops Breeding, the State Key Laboratory of Digital Medical Engineering, and the State Key Laboratory of Marine Resource Utilization in the South China Sea. Additional platforms, such as the National Center for Saline-Alkali Tolerant Rice and multiple innovation centers—support challenges in agriculture, sustainability, and resource management.

Beyond science, Hainan is also investing in cultural and intellectual infrastructure, including think tanks and research centers, such as the Dongpo Culture Communication Center, ensuring that technological transformation is accompanied by cultural and institutional depth.

One Health, Ecology, and Biodiversity Integration

Hainan is advancing a "One Health" framework, integrating human, animal, and environmental health. Research at Hainan University includes non-human primate clinical models, diagnostic technologies, and cancer treatment innovation.

At the same time, the province is investing in tropical biology and ecological engineering, linking agricultural research with biodiversity conservation. These efforts are closely tied to conservation efforts in the Hainan Tropical Rainforest National Park. The planned development of the Hainan National Park Protection and Development Key Laboratory further reinforces the integration of ecology, science, and policy.

Baoting Li and Miao Autonomous County: From Policy to Living Laboratory

Baoting Li and Miao Autonomous County exemplifies how macro policies translate into local outcomes. Through its Green Agreement, the county integrates sustainability into tourism, agriculture, and resource management.

On the tenth anniversary of the Paris Agreement, Baoting launched the China–EU Zero-Carbon County initiative, leveraging Hainan FTP policies to implement electrification, energy efficiency, and carbon monitoring systems. AI-driven platforms and digital carbon accounting enable precise governance, making Baoting a living laboratory for scalable sustainability models.

International Scientific Collaboration: The Case of Agathe Serres

Hainan's rise is not only economic or technological—it is also ecological. Beneath the surface of its rapid development lies another frontier: the protection of marine life and the understanding of ocean ecosystems that remain, even today, largely unexplored.

At the intersection of science and this ecological imperative stands Agathe Serres, a Sino-French marine biologist at the Chinese Academy of Sciences. Her work focuses on cetaceans—the complex, intelligent marine mammals, including whales, dolphins, and porpoises, whose presence signals the health of entire ocean systems. Through the study of their communication, behavior, and exposure to human activity, her research opens a rare window into the hidden dynamics of marine life. Among these species, dolphins—and in particular the emblematic Chinese white dolphin—embody both the richness and fragility of the region's biodiversity. Their movements trace invisible ecological boundaries; their acoustic signals map a world we are only beginning to understand. Yet they are also increasingly vulnerable, exposed to the cumulative pressures of coastal development, maritime traffic, and environmental change.

To study them is not only a scientific endeavor—it is a necessity. In a region where economic expansion and ecological systems coexist in close proximity, understanding cetaceans becomes essential to defining what sustainable development truly means. Their sensitivity to noise, pollution, and habitat disruption makes them living indicators of imbalance, warning signals within a rapidly evolving maritime environment.

Hainan, in this context, is becoming more than a site of observation. It is emerging as a platform for integrated marine stewardship, where research, policy, and environmental governance converge. Efforts to monitor and protect cetacean populations are contributing to a broader rethinking of how coastal economies can evolve without eroding the ecosystems on which they depend.

Agathe Serres' work exemplifies this shift. It reflects a model of international scientific collaboration that is not abstract, but embedded—anchored in local ecosystems while connected to global knowledge networks. In doing so, it reinforces a broader idea at the heart of Hainan's transformation: that biodiversity is not a peripheral concern, but a structural component of its emerging system.

In the end, the story of Hainan is not only about trade routes, innovation clusters, or digital infrastructure. It is also about whether a new model of development can integrate what has too often been overlooked—the silent, complex, and essential life of the ocean.

A New Paradigm: Hainan as a Regional Operating System

The integration of trade, innovation, sustainability, and governance in Hainan represents a new model of development. These are no longer separate domains, but interdependent modules within a unified system.

Strategically positioned between North Asia, South Asia, and Southeast Asia, Hainan functions as a continental-scale connector. Trade flows, technological corridors, and ecological initiatives intersect on the island, forming a multi-layered network of cooperation.

This is why Hainan should be understood not as a free trade zone, but as a new operating system for regional development—one that enables coordination across sectors, scales, and geographies.

Hainan: Pioneering the Future of Integrated Regional Systems

Hainan's first 100 days illustrate a broader transformation in regional development—one increasingly defined by integrated, adaptive systems. By combining trade facilitation, technological innovation, ecological stewardship, and international collaboration, the province offers a compelling model of how policy can translate into measurable, scalable outcomes.

Its position as a junction between North Asia, South Asia, and Southeast Asia gives Hainan a unique geopolitical and economic role. More importantly, its operational architecture—grounded in clarity, interoperability, and experimentation—positions it as a prototype for next-generation regional systems.

This dynamic is further amplified by its growing integration with the Guangdong–Hong Kong–Macao Greater Bay Area (GBA). Strengthening exchanges between Haikou and Zhanjiang in Guangdong is creating a strategic interface between Hainan and the Chinese mainland, where complementary capabilities can converge. In this configuration, Hainan acts as a catalyst and extension of the GBA, reinforcing the emergence of one of the world's most advanced and interconnected regions, particularly in high-tech and future-oriented industries.

A striking illustration of this convergence is the recent milestone achieved by EHang Holdings Limited, whose EH216-series pilotless eVTOL aircraft successfully completed a point-to-point flight across the Qiongzhou Strait that lies between Hainan and Zhanjiang. Covering 22 kilometers in just 18 minutes—compared to the traditional 60–90 minutes by ferry—the flight demonstrated a dramatic improvement in efficiency and validated the feasibility of low-altitude mobility over water.

Beyond its technical achievement, this milestone signals the emergence of a new low-altitude connectivity corridor between Hainan and Guangdong. As the Free Trade Port operates under its special customs regime, new application scenarios are rapidly taking shape—from passenger transport easing cross-strait congestion, to logistics enhancing circulation efficiency, to tourism connecting cultural ecosystems across regions.

These developments highlight how Hainan is not only adopting emerging technologies, but integrating them into a broader operational system, where infrastructure, policy, and innovation co-evolve. The low-altitude economy, in this context, becomes both a technological frontier and a practical extension of regional integration.

Ultimately, Hainan is not simply a new platform. It represents a new dimension of connectivity—a living operational system capable of linking regions, industries, and knowledge systems. By transforming local experimentation into scalable models, it is positioning itself as a blueprint for how regional hubs can generate global impact in an increasingly interconnected world.

Fabien PACORY

Fabien PACORY is the Executive Vice-President of the French Chamber of Commerce and Industry in China and serves as an Arbitrator at the Hainan International Arbitration Court. He is also a doctoral candidate in Sustainability Studies and Knowledge Economy at SKEMA Business School, where his research focuses on the intersection of sustainable development and hybrid management practices in strategic innovation clusters.