Indonesia is advancing a digital downstreaming strategy that extends beyond raw mineral processing. Recognising that building an advanced fabrication plant comparable to TSMC would require tens of billions of dollars and decades of technological mastery, Jakarta has opted for a more economically viable leapfrog strategy based on an asset-light model.
The signing of a series of strategic agreements by the Indonesian government in Washington and London in February 2026 marked a new phase in the country’s assertive political-economic orientation. The process began in London on February 23, 2026, with a framework agreement with Arm Limited, witnessed by President Prabowo Subianto, to secure upstream capabilities in integrated circuit design. This momentum was reinforced in Washington on February 19, 2026, when Indonesia ratified a comprehensive US$38.4 billion trade pact with the administration of US President Donald Trump. Within this agreement, semiconductors emerged as a central pillar, backed by an initial US$4.89 billion investment through a joint venture between Essence Global Group, LLC, Tynergy Technology Corp., and the domestic partner PT Galang Bumi Industri. Beyond reducing the trade surplus through transactional diplomacy, these moves constitute a deliberate exercise in economic statecraft aimed at repositioning Indonesia within the global industrial order. The initiative anchors the long-term vision of “Indonesia Emas 2045”, under which Indonesia aims to become a high-income country and one of the world’s largest economies by 2045, supporting a shift from an extractive model to one driven by innovation and technological sovereignty.
Leapfrogging into the Semiconductor Value Chain
Indonesia is advancing a digital downstreaming strategy that extends beyond raw mineral processing. Recognising that building an advanced fabrication plant comparable to TSMC would require tens of billions of dollars and decades of technological mastery, Jakarta has opted for a more economically viable leapfrog strategy based on an asset-light model. The focus has shifted toward chip design and intellectual property development—the “logic” of semiconductors—rather than the capital-intensive complexity of wafer fabrication. With an initial allocation of US$125 million, Indonesia aims to train 15,000 engineers within the Arm ecosystem, whose architecture underpins approximately 96 per cent of global automotive chip designs. This transformation signals a redefinition of the national development model, moving from labour-intensive growth toward high-skill, knowledge-based industry. Through its sovereign investment vehicle Danantara, Indonesia will secure rights over national IP blocks that can be licensed to global firms, ensuring that technological sovereignty translates into tangible economic value.
This digital downstreaming strategy is organically linked to Indonesia’s comparative advantage in critical minerals. With an estimated 340 million tons of silica sand reserves and control of around 60 per cent of global nickel production, Indonesia wields substantial leverage in global supply chains. The export ban policy that proved effective in the nickel sector is being replicated to support a semiconductor roadmap structured around four pillars: raw materials, design, assembly and testing (ATP), and fabrication. The availability of silica, copper, and bauxite provides a foundation for upstream industrial development and reduces reliance on imported strategic components. By combining control over chip design through collaboration with Arm and securing silica resources for future silicon wafer production, Indonesia is building a vertically integrated ecosystem capable of withstanding volatile global supply dynamics.
Hedging in a Fragmented Tech Order
From an international relations perspective, Indonesia’s manoeuvre reflects a clear application of strategic hedging under conditions of complex interdependence. Amid intensifying technological rivalry between the United States and China, Jakarta has avoided rigid alignment with any ideological bloc. It has leveraged U.S. de-risking policies embedded in the CHIPS and Science Act and the ITSI Fund to attract investment and technology transfer to an integrated chip hub in Galang, Batam. Simultaneously, Indonesia continues to welcome Chinese investment, particularly in mineral downstream infrastructure and within the framework of the Regional Comprehensive Economic Partnership. This “free and active” diplomacy operates on return-maximising and risk-contingency principles: extracting economic gains from both powers while minimising exposure to overdependence. Indonesia’s participation in the Indo-Pacific Economic Framework alongside the United States, while maintaining China as its primary trading partner, demonstrates a pragmatic approach to great-power rivalry.
Regionally, Indonesia’s emergence invites comparison with Malaysia and Vietnam, both of which have established semiconductor ecosystems. Malaysia, through its Penang hub—often called the “Silicon Valley of the East”—commands roughly 7 to 13 per cent of the global backend testing and assembly market. Vietnam has attracted major investment from Samsung and Intel under a “China+1” strategy. Indonesia’s advantage lies in its large domestic market, with annual mobile phone production demand ranging from 30 to 60 million units, and its extensive silica reserves capable of supplying regional upstream needs. Rather than displacing Malaysia in backend operations, Indonesia positions itself as a complementary player, strengthening ASEAN supply chain resilience by providing raw material and next-generation chip design development. Synergy between Malaysia’s assembly expertise and Indonesia’s resource and design capabilities could foster a more resilient regional technology bloc.
Strategic Horizons
Strategically, this policy is taking shape through the designation of the Galang area in Batam as a National Strategic Project. The initiative is projected to generate approximately 5,000 skilled jobs in advanced engineering and manufacturing during its initial phase, with long-term investment potential of up to US$26.7 billion. Sustained success, however, depends on regulatory consistency beyond 2029 and the strengthening of domestic research capacity. The establishment of the Indonesia Chip Design Collaborative Centre (ICDEC), involving 13 leading universities, represents a long-term investment in human capital. Without a robust research ecosystem, Indonesia risks becoming merely an assembly site or consumer market for foreign technology. Protecting nationally managed intellectual property under Danantara is therefore critical to ensuring that innovations developed by Indonesian engineers remain strategic national assets with substantial bargaining power in future negotiations.
Ultimately, Indonesia’s trajectory in the semiconductor industry will test its resilience in an increasingly multipolar world. Partnering with Arm Limited and forming strategic joint ventures with U.S. entities signals a commitment to moving up the global value chain. While challenges persist—particularly in green energy infrastructure and the availability of highly skilled talent—a structured roadmap and pragmatic execution offer a credible path toward technological sovereignty. In the contemporary era, sovereignty is measured less by territory or conventional military strength than by mastery of the logic embedded in millions of semiconductor circuits. Indonesia is no longer a bystander in the digital revolution; it is positioning itself as an emerging architect of the new industrial order, leveraging natural resources as strategic capital and hedging diplomacy to safeguard national autonomy.
Akhmad Hanan is an independent Indonesian researcher specialising in geopolitics and energy. He holds a Bachelor’s degree in Oceanography from Universitas Diponegoro (UNDIP) and a Master’s in Energy Security from Universitas Pertahanan (UNHAN) – the Indonesian Defence University.
This article is published under a Creative Commons License and may be republished with attribution.
