Patriot and THAAD Still Have Gaps? UAE in Early Talks to Acquire India's Combat-Proven Akashteer Air Defense System

In the aftermath of a 39-day US-Iran war, Gulf states including the United Arab Emirates (UAE) have conducted a sweeping review of their existing air defense architectures. Despite deploying high-end systems such as THAAD and Patriot, a significant number of drones and missiles managed to penetrate their defensive layers.

The UAE—which reportedly suffered greater damage than Israel—is said to be actively seeking solutions to close critical gaps in its air defenses.

UAE Enters Preliminary Talks with India

According to Reuters, citing sources familiar with the matter, the UAE has entered preliminary negotiations with India regarding the acquisition of BrahMos supersonic cruise missiles and, more notably, the Akashteer air defense system.

Reuters quoted an Indian defense source as saying: "The UAE has expressed interest in several of our weapons systems, including BrahMos and Akashteer. Talks between India and the UAE are at an early stage and moving quickly."

Both systems have now been battle-tested and reportedly performed with distinction during the four-day India-Pakistan conflict in May 2025.

BrahMos successfully struck multiple Pakistani Air Force bases, penetrating Chinese-supplied HQ-9B and HQ-16 air defense systems. Akashteer, meanwhile, reportedly excelled against Pakistani drone swarm attacks, downing large numbers of Turkish- and Chinese-origin unmanned aerial vehicles.

BrahMos is a joint India-Russia development and ranks among the world's fastest cruise missiles, capable of being launched from land, sea, and air platforms. Akashteer is a fully automated, AI-driven air defense system co-developed by state-owned Bharat Electronics Ltd (BEL) and the Indian Army.

On the export front, India would require Russian consent to sell BrahMos to the UAE. Akashteer, however, is an entirely indigenous system and requires no third-party approval for export.

BrahMos has already established a foothold in the defense export market—delivered to the Philippines, with contracts signed for Vietnam and Indonesia, and purchase interest from Thailand, South Africa, Brazil, and Chile. Should the UAE's Akashteer acquisition proceed, it would represent the system's first-ever export order.

UAE's Existing Air Defenses and Where Akashteer Fits

The UAE already operates one of the world's most sophisticated multi-layered air defense architectures, including:

• US-made Patriot PAC-3 and THAAD: covering high-altitude to medium-high-altitude threats
• South Korean Cheongung-II (M-SAM): medium-range coverage
• Russian Pantsir-S1: short-range point defense
• Several additional air defense platforms

Given this already formidable high-end lineup, the question arises: what role could India's Akashteer realistically play?

Why the UAE Needs Akashteer

During the 2026 Iran conflict, the UAE absorbed a disproportionate share of attacks among Gulf states. Cumulative data from the UAE Ministry of Defense and other sources indicate the country was struck by more than 560 ballistic missiles, over 2,250 drones, and upwards of 25 cruise missiles.

While the vast majority of aerial threats were successfully intercepted, a considerable number of incoming objects—primarily low-cost drones deployed in swarm tactics—broke through the UAE's multi-layered defenses and caused damage to oil facilities, airports, and other critical infrastructure.

Iran's campaign clearly demonstrated that even the most advanced multi-layered defense architectures contain significant vulnerabilities when subjected to sustained saturation attacks and drone swarm tactics.

How Akashteer Fills the Gap Between Patriot, THAAD, and Cheongung-II

Akashteer is an indigenously developed, AI-powered multi-layered air defense network offering real-time threat detection, mission coordination, and autonomous air threat engagement. The system integrates radar, sensor, and communications technology to provide real-time situational awareness and effective coordination across an entire defensive network.

Its core advantage lies in fusing data from multiple radars and sensors to build a comprehensive threat picture, replacing legacy manual processes with an advanced digitized real-time command-and-control (C2) system that dramatically reduces response times.

Akashteer's primary value to the UAE is not the addition of another missile launcher or kinetic kill capability. Rather, it functions as an AI-powered "brain"—a fully automated C2 system capable of:

• Real-time integration of radar and sensor data from all of the UAE's existing air defense platforms
• Accelerating threat identification and engagement decision-making
• Unified coordination of the entire multi-layered defensive network
• Operating as an overarching C2 layer that can network Patriot, THAAD, Cheongung-II, and potentially future Indian Akash missiles into a single automated, AI-driven system

In a battlefield environment characterized by large-scale, low-cost drone saturation attacks, this kind of intelligent integration and rapid response capability addresses a critical vulnerability that Western high-end platforms have struggled to manage independently.

Combat Effectiveness Officially Recognized by India

Following the May 2025 conflict, the Indian government issued an official statement lavishing praise on Akashteer's performance:

"This invisible shield—Akashteer—is no longer merely a concept in defense journals. It is the sharp edge of India's air defense: the invisible wall that, on the night of May 9–10, held back a torrent of missiles and drones when Pakistan launched its most ferocious assault on Indian military and civilian areas."

Akashteer offers the UAE's existing high-end platforms smarter integration and faster decision-making, while its low cost, vehicle-mounted mobility, and ease of integration make it a genuine force multiplier for the overall air defense system.

Abu Dhabi appears to be pursuing a diversification strategy—combining top-tier kinetic hardware with smarter, more cost-effective software-driven capabilities to close critical gaps in its air defense architecture.

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