Critically analyse why the adoption of dual-use technologies is critical for resource optimization in India’s aerospace sector. How can cybersecurity risks in such platforms be mitigated?

Dual-use technologies are critical for India’s aerospace sector because the same platform, component or software can serve both civilian and defence needs. In a capital-intensive sector with long gestation, they improve value for money, reduce import dependence and support Atmanirbhar Bharat.

Resource optimisation

• Lower R&D cost: Commercial sensors, AI, navigation and communication tools can be adapted for defence instead of building parallel systems.
• Faster maturation: Civilian scale refines performance, while defence use tests reliability and resilience.
• Industrial depth: Start-ups, MSMEs and private firms can enter drones, avionics, satellite services and launch systems.
• Flexible capacity: The same manufacturing base can shift between civil and defence demand during crises.
• Export potential: Dual-use products widen markets and improve economies of scale.

Critical caveats

• Dependence on commercial supply chains can create security gaps.
• Rapid diffusion can enable misuse by hostile actors.
• Integrating civilian software into military systems may weaken mission assurance.

Cybersecurity mitigation

• Embed security-by-design in the earliest stage of development.
• Use encryption, access control, multi-factor authentication and least privilege.
• Mandate supply-chain audits, vendor verification and component traceability.
• Conduct vulnerability testing, patching, logging, monitoring and backups.
• Strengthen coordination among CERT-In, NCIIPC, regulators and defence agencies.

Thus, dual-use adoption is a strategic necessity for scale and self-reliance, but its gains endure only when cybersecurity is built into design, procurement, operations and supply chains.