Is Taiwan’s proposed AI-powered T-Dome shield combat-ready?

Amid escalating cross-strait tensions and China’s rapid military modernisation, Taiwan is strategically integrating artificial intelligence (AI) into its defence strategy to address asymmetric challenges. 

As a low-cost force multiplier, AI integration can enhance decision making through rapid data analysis, systematise threat forecasting through predictive modelling, streamline resource deployment through logistics algorithms, strengthen cyber defences through real-time anomaly detection, and simulate adaptive responses through modelled scenarios.

AI-powered drone strategy

While Taiwan is actively integrating AI into its broader defence architecture, its applications in drones and the proposed “Taiwan Dome” (T-Dome) are particularly significant. 

Taiwanese agencies plan to procure nearly 100,000 drones. The Ministry of National Defense (MND) plans to acquire up to 48,750 drones from domestic manufacturers by 2027. The Executive Yuan plans to acquire 50,898 drones for civil and government use, and the Coast Guard Administration plans to acquire additional units to support maritime patrol operations.

The defence-related drones will be equipped with AI-enabled functions obtained from domestic and foreign providers.

Domestically, the Ministry of Economic Affairs is subsidising research and development (R&D) for AI-powered flight-control software for Taiwan’s dual-use drone industry under its NT$44.2 billion (US$1.36 billion) drone industry development programme. Separately, the MND has launched a 2026-2028 cross-domain programme to integrate inter-ministerial resources and academic-industry research, with the aim of promoting the indigenous development of AI and other core enabling technologies for unmanned systems across the air, surface, and subsurface domains.

Externally, Taiwan is collaborating with leading US AI companies. Shield AI, a San Diego-based US defence-technology company, produces “Hivemind”, an AI-pilot software platform that enables aircraft and other unmanned systems to sense, decide and act without GPS, reroute to avoid obstacles and coordinate with other autonomous systems. Hivemind can offer higher resilience against China’s dense electronic warfare (EW). 

Shield AI has agreements with various Taiwanese organisations such as the Aerospace Industrial Development Corporation (AIDC), the National Chung-Shan Institute of Science and Technology (NCSIST) and Thunder Tiger Corporation, among others. Shield AI’s establishment of a local office in Taipei 101 further reflects the deepening institutionalisation of this cooperation.

In June 2025, NCSIST signed a memorandum of understanding with Auterion, a defence software company with operations in the US and Germany. Auterion’s AI-powered Nemesis drone-swarming platform is expected to be integrated into a new generation of unmanned systems developed by NCSIST and Taiwan’s defence manufacturers.

Building an AI defence ecosystem

The Taipei Times reported in July 2026 that Taiwan has entered into separate defence agreements with the US and Japan. Under the US collaboration, American companies will assist with the NCSIST-developed Chien Feng I drone, with Washington additionally acting as a representative for overseas sales. Concurrently, Taiwan and Japan signed a letter of intent to foster industrial cooperation and establish a resilient, non-Red supply chain for uncrewed aerial vehicles

Taiwan’s second major AI-integrated initiative is its proposed T-Dome. Announced on National Day (10 October 2025), the T-Dome is a planned multilayered air and missile defence system patterned on Israel’s “Iron Dome”. Public reporting indicates that it is intended to integrate Taiwan’s existing and future air defence assets, including domestic Sky Bow (Tien Kung) missiles and US-made Patriot systems.

Beyond hardware procurement, Taiwan is accelerating AI integration by expanding warfighting simulation exercises, establishing new bodies and upgrading digital defence infrastructure. 

The US-developed Joint Theater Level Simulation (JTLS) system, a computer-based joint wargaming platform that helps test responses to China’s grey-zone operations and invasion scenarios, remains central to Taiwan’s defence simulations. During the April 2026 Han Kuang exercises, Taiwan for the first time integrated military intelligence units into the war games and utilised algorithmic data fusion to synthesise multisensor intelligence inputs. 

The MND established a collaborative Defense Innovation Task Force in February 2024. Modelled on the Pentagon’s Defense Innovation Unit (DIU), the task force aims to identify, prototype and integrate commercial, dual-use and emerging technologies into the armed forces while bypassing lengthy bureaucratic processes.

Key drivers of AI integration

Three drivers explain why Taiwan is pursuing AI integration. First, there is China’s intensifying coercion, manifested through military tactics, grey-zone operations, economic leverage, attempts to isolate Taiwan diplomatically, and looming deadlines for ultimate “unification”. 

Second, the pressure stemming from population decline. Like much of East Asia, Taiwan faces a low birth rate and an ageing population. This has led to recruitment shortfalls and an increasing rate of early discharges from military service, resulting in personnel shortages that pose a major challenge for Taiwan’s defence. AI integration can partially overcome manpower shortages by replacing labour-intensive roles with automated systems, thereby acting as a force multiplier.

Third, Taiwan faces acute geographic constraints. The island’s limited strategic depth is compounded by its location roughly 80 to 100 miles away from mainland China. In a conventional, symmetric conflict, Taiwan cannot match its much larger adversary on a platform-for-platform basis. AI integration could help transform this geographic vulnerability into an asymmetric advantage.

Strategic advantages

Three strategic opportunities explain why Taiwan can implement AI integration effectively. First, Taiwan has a robust technology sector and world-leading semiconductor ecosystem. Its drone sector has “outstanding manufacturing capacity” supported by a cluster of nearly 300 supply chain companies, most of which are China-independent. Therefore, the same firms, engineers, supply chains and universities that support semiconductors can be leveraged for defence applications.

Second, Taiwan’s unofficial yet structured defence-technology cooperation with US AI firms (as mentioned above), the military-industrial complex, Western partners and Japan, facilitates AI integration. These partners offer expertise, standards and co-development frameworks that lower both the cost and risks of AI integration. In return, a militarily strong Taiwan serves these partners’ policy of a “free and open” Indo-Pacific.

Third, Taiwanese political and military leadership is drawing critical lessons from recent conflicts such as the Russia-Ukraine war and the Israel-US versus Iran conflict. In these conflicts, the widespread deployment of low-cost drones, AI-assisted precision targeting, dense EW and decentralised logistics has allowed forces to impose disproportionate costs on stronger foes while demonstrating the threat of saturation air strikes.

In response to these operational lessons, the MND has reportedly revised its air and missile defence strategy to counter large-scale, multi-wave missile and drone saturation attacks.

Operational limits 

While AI integration offers a critical force multiplier in the cross-strait balance, this strategy faces severe challenges from China’s robust EW and cybersecurity capabilities. 

The People’s Liberation Army (PLA) possesses robust, integrated EW and cybersecurity capabilities as displayed during the September 2025 military parade and increasingly tested in real-world scenarios. These capabilities can spoof, jam, sever communications, and induce algorithmic errors, thereby blinding uncrewed systems. 

As reported, “All [drone makers] share the same concerns that the Chinese anti-drone and electronic warfare capability are very good, so they are not sure in a real-time combat scenario whether Taiwanese drones can infiltrate … and conduct military operations.” 

Taiwan’s AI pivot is not an incremental change, but a doctrinal shift that can fundamentally alter the island’s defensive posture and potentially redefine cross-strait military dynamics. Among various strategies that could offset the military superiority of a larger rival, this approach appears most promising for a “porcupine” defence. 

However, the strategy remains untested in live combat and has yet to prove its resilience against the PLA’s robust EW and cybersecurity capabilities, malware, software vulnerabilities, supply chain risks and the potential for accidental escalation. Given these transformative yet uncertain prospects, Taiwan represents one of the most compelling and high-stakes cases of asymmetric defence internationally; consequently, defence planners and analysts will be watching it closely.

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