Prototype success proves that a system works. For Reddy, maturity means the system can be produced at useful scale, perform reliably across different operating environments, and become part of how the Armed Forces train, operate and support it. “Will it remain dependable, affordable, and sovereignly maintainable for the next 20–30 years while we own the evolution path?” Reddy asks.
He calls for industrial absorption: industry able to build, integrate, support and improve the technology after development. This requires advanced manufacturing, systems integration and the engineering depth to modify a design, substitute a critical component and carry out upgrades.
Industry, he says, must be able to “evolve designs, not just manufacture to print”. “Manufacture to print” means building from an established set of drawings and specifications. Indian industry must understand the system well enough to change it when necessary. Without that depth, even excellent technologies can remain low-volume, expensive or dependent on foreign support.
Moving from development into sustained production requires demand, procurement timing, skills, production capacity and a reliable supply chain to come together. Reddy does not describe the move from prototype demonstration to sustained production as an Indian failure. Every technology and every country has to pass through that transition.
Research and development should be planned from the beginning with production, sustainment and future evolution in view. Mature technologies can move from research organisations into public and private industry only when companies can carry them through production and service. Domestic suppliers and alternative sources for critical inputs are part of that hand-off.
Strategic ownership weakens when India cannot modify or upgrade a critical part of a system without authority or knowledge held abroad. Reddy points to aero-engines and other critical subsystems and materials where such dependence can remain.
“When core performance or modification/upgradation authority rests outside sovereign control, strategic ownership gets impacted,” he says.
Indigenous content alone cannot establish strategic ownership. A system may contain substantial Indian production while authority over a critical design change or upgrade remains elsewhere. India must be able to sustain, modify and upgrade the system throughout its working life.
Reddy calls this “lifecycle sovereignty”: Indian industry carrying a successfully developed technology into production, supporting it for decades and retaining control over how it evolves.
Sovereignty requires authority over the next upgrade.
