Defence Minister Rajnath Singh inaugurated the Advanced Weapon System Complex at the Defence Research and Development Organisation (DRDO) in Hyderabad on June 12, 2026 [1].

The facility marks a significant step in India's push for military self-reliance. By reducing dependence on foreign imports for critical weaponry, the government aims to secure its borders and foster a domestic industrial base.

Singh addressed the inaugural ceremony at the DRDL, where he said the commitment and contributions of the DRDO to the national defence sector were significant [1]. The event coincided with the first Forces First Conclave, a gathering designed to align military requirements with indigenous research and development capabilities.

The minister outlined a roadmap for defence modernization that emphasizes the integration of advanced technology into the armed forces. He said the DRDO's work is essential for strengthening the nation's military capabilities and ensuring a strategic edge in the region [1].

Located in Hyderabad, Telangana [1], the new complex is expected to serve as a hub for the design and testing of next-generation weapon systems. The initiative focuses on boosting indigenous manufacturing, a core pillar of the current administration's security policy, to ensure that the military has access to cutting-edge hardware developed within India.

Throughout the ceremony, Singh said that the collaboration between the DRDO and the armed forces is vital. He said that the synergy between researchers and end-users will accelerate the deployment of new technologies to the field [1].

India's push for military self-reliance.

The inauguration of the Advanced Weapon System Complex signals India's transition from a primary importer of arms to a developer of high-end military technology. By centering this development in Hyderabad and utilizing the Forces First Conclave to bridge the gap between scientists and soldiers, India is attempting to shorten the cycle between research and operational deployment to counter evolving regional threats.