Industry Odisha Bureau, Jul 30: India stands at a critical juncture in its quest to build technological independence, facing a paradox that reveals the immense complexity of achieving true tech sovereignty in an interconnected world. While semiconductor manufacturing long considered the crown jewel of India’s industrial ambitions is poised to accelerate sharply, the country’s broader technology autonomy will advance at a glacial pace over the next five years, according to new research.
A comprehensive assessment by Forrester examining technology sovereignty across 14 major economies projects that India’s semiconductor production capabilities will expand from essentially zero to 13% by 2030. Yet this meaningful progress on chips masks a sobering reality: India’s overall technology sovereignty score will creep upward from 32% to merely 35% during the same period, suggesting that manufacturing capacity alone cannot substitute for the deep, systemic investments required to achieve genuine technological independence.
The findings illuminate a widening gap between individual industrial successes and comprehensive technology autonomy. As countries worldwide grapple with supply chain fragilities and geopolitical risks, the notion of complete self-sufficiency has proven largely illusory. Forrester’s analysis spanning government AI investment, cloud sovereignty, workforce capabilities, AI model development, data center autonomy, software creation and rare earth processing found that global technology sovereignty will remain stubbornly constrained, with the average score across all countries studied rising only fractionally from 39% to 40%.
That stagnation reflects an uncomfortable truth: technology leadership remains concentrated among a handful of powers. China and the United States will continue dominating the sovereignty landscape through 2030, controlling the platforms, architectures and ecosystems that emerging economies depend upon.
For India and similarly positioned technology powers, the research suggests a different strategic framework. Complete independence represents an unrealistic objective. Instead, the path forward requires strategic selectivity targeted investments in sectors where India can achieve meaningful capability, coupled with open-standard technologies and durable partnerships with trusted nations and industrial players.
India’s semiconductor mission and Production-Linked Incentive schemes reflect this pragmatism, focusing capital on fabrication, packaging and assembly rather than pursuing the full vertical integration that only the wealthiest nations can sustain. Success in chips, however, must be paralleled by sustained advancement across artificial intelligence infrastructure, cloud computing capacity, advanced engineering talent pipelines and domestic software innovation.
The research underscores that technology autonomy is less an individual achievement than an ecosystem outcome. China and the United States maintain their leadership not through isolation but through unmatched investment ecosystems that span government, industry, academia and venture capital. India’s challenge involves creating similarly virtuous cycles not in every technology domain, but in those where India’s scale, talent, manufacturing capability and market opportunity align.
The semiconductor score reflects India’s realistic trajectory. The sovereignty score reflects the harder truth: technology independence requires not quarterly progress but decades of sustained commitment across multiple overlapping domains. India has begun that journey. How quickly it advances depends less on any single achievement than on whether policymakers can sustain the systematic, multidimensional investment that technology sovereignty ultimately demands.
