At TechSparks 2026, Professor Ashok Jhunjhunwala delivered a forceful case for why India should stop underestimating its own technological capacity and begin building the institutional and cultural machinery needed to convert talent into globally competitive innovation. Speaking in a session that drew attention from founders, investors and policy watchers, the veteran academic and technology advocate said India can develop any technology it chooses, provided it backs the people willing to take risks and build for hard problems.
Jhunjhunwala's remarks landed at a time when India's startup ecosystem is under pressure to demonstrate not just scale, but resilience, depth and original capability. His message was not about celebrating success stories already visible in consumer internet or fintech. Instead, he pointed to the next phase of innovation: systems that solve local infrastructure, industrial and digital challenges, and technologies that can be built in India rather than merely adapted for Indian users.
Risk Must Be Rewarded
Jhunjhunwala argued that the country's innovation culture still remains too constrained by conventional career expectations and an exam-driven education system. In his view, India continues to produce large numbers of technically trained graduates, but too few are encouraged to become founders, product builders or researchers willing to work through uncertainty. That, he suggested, is a structural bottleneck rather than a talent shortage.
His call for backing startup risk-takers reflects a broader debate in India's venture ecosystem: whether capital, institutions and universities are doing enough to support deep-tech entrepreneurs whose timelines are longer and whose failure rates are higher than those of conventional software businesses. Jhunjhunwala's intervention was notable because it framed risk-taking not as a speculative indulgence, but as a national capability that must be cultivated if India is to move from adoption to invention.
He also underscored the need for a shift in educational priorities. Rather than treating entrepreneurship as a peripheral option, he argued that the system should make it a central pathway for ambitious students. The implication was clear: India's future competitiveness will depend not only on producing engineers, but on producing builders who can translate science into deployable products and services.
Edge Computing Push
A key part of Jhunjhunwala's vision centred on edge computing, which he described as an important frontier for India's technology development. Edge computing, which processes data closer to where it is generated rather than relying entirely on centralized cloud infrastructure, has growing relevance in sectors such as manufacturing, agriculture, healthcare, mobility and public services. For a country with diverse geographies and uneven connectivity, it also offers practical advantages.
By highlighting edge computing, Jhunjhunwala signalled that India's innovation agenda should not be limited to headline-grabbing consumer applications. Instead, the country should focus on technologies that can operate reliably in real-world conditions and solve local problems at lower cost. That approach aligns with the needs of India's vast domestic market, where scale matters but so does adaptability.
His comments also suggested that India's technology strategy should be more distributed. Rather than concentrating innovation in a few metropolitan hubs or in a narrow set of sectors, he appeared to advocate for a broader ecosystem in which startups, researchers and industry players collaborate on infrastructure-grade solutions.
Consortia For Local Problems
Jhunjhunwala further called for consortia that bring scientists and startups together to tackle local challenges. This is a significant point in the context of India's startup evolution, because it moves the conversation beyond individual founders and venture funding toward coordinated innovation systems. In his framing, the country needs structures that can connect academic research, entrepreneurial execution and practical deployment.
Such consortia could be especially relevant in areas where fragmented efforts have historically slowed progress: affordable healthcare devices, rural connectivity, energy systems, industrial automation and climate-resilient technologies. The idea is not merely to fund more startups, but to create mechanisms through which scientific knowledge can be translated into products that solve Indian problems at scale.
The broader significance of Jhunjhunwala's remarks lies in their timing. India's startup ecosystem has matured enough to produce large companies, but it is now being asked to prove whether it can also generate foundational technologies. His message at TechSparks 2026 was that the answer is yes — but only if the country is prepared to rethink education, reward risk and build collaborative institutions around innovation.
For policymakers, investors and founders, the takeaway is direct. India's next leap will not come from imitation alone. It will come from a willingness to trust builders, support long-horizon bets and align scientific capability with entrepreneurial ambition. Jhunjhunwala's central argument was that the talent exists. The task now is to create the conditions that let it work.