DRDO Missile Technology Transfer: Revolution or Risk?

India has opened a new chapter in defence industrial policy.

On August 25, 2026, Defence Minister Rajnath Singh approved the transfer of DRDO-developed technologies for all conventional missile systems to Indian defence industry for domestic production. The decision is intended to move mature missile technologies from laboratories into larger industrial production while expanding the role of private companies, MSMEs and other technology partners.

This is significant because missiles sit close to the core of military power. India has encouraged private participation in defence for years, but allowing industry a wider route to manufacture complete conventional missile systems represents a deeper transfer of responsibility than simply asking companies to supply components.

Yet this is not unrestricted privatisation. The DRDO Policy for Transfer of Technology 2025 defines the covered technology as intellectual property, know-how or know-why owned by DRDO and transfers it through licensing agreements rather than an outright surrender of the underlying design. Technology transfer remains subject to licensing, technical qualification, certification, security rules, intellectual property conditions and export controls.

The real question is whether India can expand private participation without weakening strategic control, competition or technology security.

What exactly has the government approved?

The decision covers technologies for conventional missile systems developed by DRDO and allows eligible Indian companies to undertake indigenous production subject to applicable qualifications, certifications and regulatory requirements.

Conventional missiles are designed for non nuclear battlefield roles. They can include air defence missiles, air to air weapons, anti armour systems, anti radiation missiles, anti ship weapons and conventional strike systems.

The Ministry of Defence did not publish a complete system wise list in the initial announcement. Reporting citing defence sources indicates that the wider portfolio could include Akash, Akash NG, VSHORADS, Astra, Rudram, Nag, SANT, MPATGM, NASM SR and Pralay.

The same reporting places strategic missile programmes in a separate category. Agni and K series systems are therefore outside the reported scope. Systems involving foreign partners, including BrahMos and MRSAM, are governed by separate arrangements. This distinction is based on defence-source reporting because the Ministry's initial release did not provide a system wise implementation list.

That distinction is crucial. India is opening industrial access to a large conventional missile portfolio, not transferring control of the nuclear deterrent or every missile programme in the country.

Why this could transform defence manufacturing

For decades, DRDO largely followed a model in which government laboratories developed a system, the armed forces tested it and series production was then handled through designated production agencies, often public sector companies. The DRDO technology transfer framework describes this laboratory-to-industry process as the movement of mature, production-ready technologies through Technology Transfer Documents and hand-holding support.

That model created important capabilities, but it also concentrated manufacturing capacity. If missile demand rises sharply during a crisis, limited production lines can become a strategic bottleneck.

A broader industrial base can add capital, automated production, advanced manufacturing expertise and parallel capacity. It can also create competitive pressure on cost and delivery.

The larger strategic benefit is surge capacity. Modern warfare consumes precision weapons rapidly. A country may possess sophisticated missile designs but still face operational constraints if it cannot replenish stocks fast enough.

For India, self reliance in missiles therefore cannot stop at indigenous design. It must include the ability to manufacture large quantities reliably and replenish inventories during prolonged operations.

Is India's private defence ecosystem mature enough?

India's defence manufacturing base is far larger than it was a decade ago.

Defence production reached a record Rs 1.78 lakh crore in financial year 2025 26, with the private sector accounting for about 24 percent of production. Defence exports reached Rs 38,424 crore in the same year, with private firms contributing 45.16 percent of export value.

For a wider UPSC assessment of whether rising exports reflect deep technological self reliance, see PrepAiro's analysis of India's defence export boom and its Atmanirbhar reality check.

These figures show that private defence manufacturing is no longer experimental.

But they also reveal a limitation. Public sector entities still account for roughly three quarters of domestic defence production. Private capability is expanding quickly, but it is uneven across firms and technologies.

Missile manufacturing is also far more demanding than ordinary component production. DRDO's Missiles and Strategic Systems cluster identifies specialised domains including propulsion, navigation, control, guidance, homing, warheads, launch systems and command and control. Industrial production therefore requires rigorous control over electronics, seekers, materials, testing, explosive safety and quality assurance as well.

The maturity of the private ecosystem should therefore be judged not only by revenue, but by how many firms can repeatedly manufacture sensitive systems to military standards without compromising security or reliability.

How DAP 2020 prepared the ground

The Defence Acquisition Procedure 2020 is an important part of this transition.

DAP 2020 prioritises self reliance, fair competition and a level playing field while creating structured pathways through its Make, Innovation, iDEX and Technology Development Fund categories for Indian companies to participate in design, development and production.

The missile technology transfer decision takes this logic further.

DAP 2020 largely governs how defence acquisition and procurement are organised. The DRDO technology transfer framework governs how mature technologies owned by DRDO can move into industry. The two therefore complement each other.

One expands procurement opportunities for Indian industry. The other expands access to technology that can be industrialised.

Together, they point to a broader change in the role of the state. The government is gradually moving from being the dominant developer, producer and buyer towards becoming the strategic customer, technology owner, regulator and ecosystem architect.

Where iDEX fits in

Innovations for Defence Excellence, or iDEX, represents another part of the same policy shift.

Launched in 2018, iDEX was designed to bring startups, MSMEs, innovators, research institutions and academia into defence technology development. According to a Ministry of Defence review published in June 2026, iDEX had engaged 676 startups, MSMEs and innovators and signed 551 design and development contracts by March 2026.

But iDEX and DRDO technology transfer solve different problems.

iDEX helps create new technologies and new companies. DRDO technology transfer helps move mature government developed technology into industrial scale production.

The most effective ecosystem would connect both ends. Large manufacturers can integrate complete missile systems. Specialist MSMEs can supply subsystems and materials. Startups can improve sensors, software, electronics and manufacturing processes.

If technology transfer only strengthens a few large conglomerates, India will increase private production without necessarily creating a broad innovation ecosystem.

The first risk is technology leakage

Missile technology is inherently sensitive.

Information about propulsion, guidance, seekers, electronic architecture, materials and manufacturing processes can reveal military capabilities and vulnerabilities. Leakage could benefit hostile states, foreign intelligence services or unauthorised intermediaries.

India already has safeguards. The DRDO technology transfer policy classifies military technologies as Category A, permits confidentiality and non-disclosure agreements before confidential information is exchanged and provides for technical assessment of capable industries in applicable cases. An official Rajya Sabha reply on DRDO technology transfer safeguards states that licensing agreements restrict access to directors, officers, employees and subcontractors who genuinely require the technology for production.

Licensed manufacturers must also maintain the standards prescribed in the Security Manual for Licensed Defence Industries 2025. Technology cannot simply be sublicensed or transferred to another party without prior written approval, according to the same official Rajya Sabha reply. Ownership of the underlying DRDO intellectual property and know-how remains with DRDO under the technology transfer policy.

The challenge is enforcement. Cyber intrusions, insider threats, subcontractor access and digital supply chains can expose information even when formal agreements are strong.

The second risk is export misuse

Greater production will naturally create pressure to expand exports.

That can be economically valuable. Exports can increase manufacturing volumes, reduce unit costs and deepen strategic partnerships. But missile exports also carry proliferation and foreign policy consequences.

Technology transfer to an Indian manufacturer does not give that company an unrestricted right to sell missiles abroad.

Exports of products or systems based on transferred DRDO technologies remain subject to prior government approval under the DRDO technology transfer policy. Military and missile related transfers also operate within India's law-based strategic export control system, including the SCOMET control list and India's commitments as a member of the Missile Technology Control Regime.

End user controls are especially important. The DRDO policy makes Category A supplies to authorised users and supply-chain entities subject to the availability of an End User Certificate. India must know who receives a system, how it will be used and whether there is a risk of unauthorised transfer to another country or actor.

The strategic consequences of exporting high-end missile systems are examined further in PrepAiro's analysis of BrahMos exports and India's South China Sea strategy.

As defence exports grow, compliance must grow with them.

The third risk is monopolisation

Missile production requires large investment, secure facilities, specialised personnel and access to testing infrastructure. Only a limited number of firms may initially meet these requirements.

This creates a paradox. A policy intended to widen industrial participation could eventually concentrate valuable programmes among a small group of large companies.

The DRDO technology transfer policy provides an important safeguard because technologies are generally offered on a non exclusive basis. Multiple qualified manufacturers can therefore receive licences, although the policy permits limits where laboratory support, manufacturing quality or security sensitivity make this necessary.

That principle should remain central wherever operationally feasible.

India should also evaluate competition at the supply chain level. Even if only a few companies integrate complete missiles, MSMEs and specialist firms should have transparent opportunities to supply electronics, composites, actuators, propulsion components, software and testing services.

The goal should be strategic depth, not merely private ownership.

What safeguards should India strengthen next?

India already has a substantial regulatory framework, but the scale of this change justifies stronger implementation.

Technology access should follow strict need based compartmentalisation. Cyber security audits should cover prime contractors and critical suppliers. Export approvals should preserve end user verification and political oversight.

Multi vendor licensing should be encouraged where technically practical. Procurement decisions should remain transparent enough to prevent technology access from becoming a permanent advantage for a small group of firms.

The government should also measure technology absorption, not merely technology transfer. The DRDO policy provides for a Technology Absorption Certificate, but receiving documents from DRDO is not the same as mastering industrial production. Companies should demonstrate repeatable quality, secure data handling, resilient supply chains and the ability to scale output.

DRDO must also retain the capacity to audit, certify and intervene when necessary. Its role may shift away from routine production, but its responsibility for sovereign technology cannot disappear.

Defence revolution or strategic risk?

It can be both.

Opening DRDO's conventional missile technologies to Indian industry could become one of the most consequential defence manufacturing reforms in recent years. It can create additional production capacity, reduce import dependence, strengthen supply chains, improve wartime replenishment and expand India's defence export potential.

But missiles are not ordinary industrial products. The technologies are strategically sensitive, the market naturally favours large firms and weak oversight can create serious security risks.

India's challenge is not to choose between state control and private enterprise.

It is to build a system in which private manufacturing expands national capability while strategic control remains unmistakably with the state.

If India gets that balance right, the August 25 decision may be remembered not simply as a technology transfer policy, but as the moment the country's defence industrial model moved towards distributed strategic capacity.