Hybrid Warfare

Abstract The rapid digital transformation of economies and societies has elevated semiconductors and trusted electronics from industrial commodities to strategic assets that underpin national security, economic resilience, and technological sovereignty. As emerging technologies such as artificial intelligence, autonomous systems, quantum computing, and critical digital infrastructure become increasingly dependent on sophisticated semiconductor ecosystems, vulnerabilities embedded within global electronics supply chains pose significant strategic risks. Hardware Trojans, malicious firmware, counterfeit components, opaque manufacturing processes, and insecure technology transfers have expanded the threat landscape beyond conventional cybersecurity, exposing states to systemic risks that originate at the hardware layer. For India, these developments coincide with an ambitious national vision of Viksit Bharat 2047 and the strategic objective of establishing itself as a trusted global hub for electronics and semiconductor manufacturing through initiatives such as Make in India and the India Semiconductor Mission. While considerable policy emphasis has been placed on strengthening domestic manufacturing capabilities, the corresponding legal and institutional architecture required to secure trusted electronics and resilient supply chains remains fragmented. Existing cybersecurity legislation primarily addresses software vulnerabilities, data protection, and post-incident liability, leaving significant gaps in the governance of hardware integrity, semiconductor provenance, and strategic technology supply chains. This paper examines the evolution of India’s legal and regulatory framework governing trusted electronics and supply chain security through the lens of strategic trade management, constitutional governance, and national security law. Particular emphasis is placed on the emergence of SCOMET Category 7 as a significant development in India’s export control architecture, reflecting an evolving understanding of dual-use technologies, semiconductor manufacturing equipment, embedded software, and intangible technology transfers. The paper argues that the introduction of Category 7 represents a shift from regulating individual transactions towards managing systemic technological risk across critical sectors. The study further analyses the relationship between India’s cybersecurity laws, constitutional framework, strategic trade regulations, and international export control commitments, particularly under the Wassenaar Arrangement. It argues that contemporary hardware-layer threats cannot be effectively addressed through conventional liability-based legal frameworks alone. Instead, they require preventive governance mechanisms that integrate trusted electronics, secure supply chains, strategic technology controls, and institutional coordination. Building upon this analysis, the paper proposes a sovereignty-centric framework – the India Trusted Silicon Chain – that integrates legal reform, institutional coordination, trusted supplier certification, and strategic technology governance into a coherent national framework. The proposed framework seeks to strengthen India’s technological resilience while supporting its aspirations to become a trusted manufacturing destination and a responsible stakeholder in global technology governance. By repositioning trusted electronics as a foundational pillar of national security and digital sovereignty, this paper contributes to the emerging discourse on hardware-centric cybersecurity and offers a strategic legal blueprint for achieving the objectives of Viksit Bharat 2047. Download the complete CWA Research Report, using the link: Trusted Electronics and Supply Chain Security: A Strategic Legal Blueprint for Viksit Bharat 2047 About the Author: