India’s infrastructure story is entering a new chapter. Across the country, airports are expanding, logistics corridors are taking shape, renewable energy capacity is growing, and manufacturing ecosystems are becoming increasingly connected. While these developments are often measured in kilometres of highways, passenger capacity or megawatts generated, an equally important layer is emerging beneath them- digital infrastructure.
Today, every major infrastructure asset operates on a complex network of software, cloud platforms, sensors, operational technology and real-time data. This digital layer has become as critical as the physical infrastructure itself. As India builds for the future, the resilience of this invisible foundation will increasingly determine the resilience of the economy.
This shift calls for a fundamental change in how we think about cyber risk. For years, cybersecurity has focused on keeping attackers out. That objective remains essential, but it is no longer sufficient for critical infrastructure. The defining question for the next decade is not whether cyber incidents can be prevented entirely, but whether essential services can continue to function safely and reliably when disruptions occur. That is the essence of cyber resilience.
Infrastructure must be designed to withstand disruption
India is in a unique position. Unlike many developed economies that are modernising ageing infrastructure, much of India’s next-generation infrastructure is being built today. This presents an opportunity to embed resilience into systems from the outset rather than retrofitting it later.
However, this expands the attack surface. According to the Indian Computer Emergency Response Team (CERT-In), India handled over 29.44 lakh cybersecurity incidents in 2025, reflecting both the scale of digital adoption and the growing sophistication of cyber threats. Yet these numbers tell only part of the story.
The greater concern is the impact of disruption. A cyber incident affecting an energy utility, transport network or airport can have consequences that extend far beyond technology. It can interrupt operations, delay essential services, affect supply chains and erode public confidence. This is why resilience must become a design principle. It requires organisations to move beyond the mindset of “How do we stop every attack?” to asking, “How do we continue operating when an attack occurs?” The ability to anticipate, absorb, recover and adapt will become a defining characteristic of future-ready infrastructure.
Airports show what the future looks like
The aviation sector offers a glimpse of this future. Modern airports are no longer just transport hubs; they are digitally connected ecosystems where passenger processing, baggage handling, security, retail, airside operations and facility management operate through interconnected systems. Digital initiatives, including biometric-enabled passenger processing (like facial recognition) introduced at several Indian airports, are making travel secured,faster and more seamless while redefining operational efficiency.
However, greater connectivity also increases operational interdependence. A disruption in one digital system can quickly affect multiple services across the airport ecosystem. In such an environment, resilience is no longer measured solely by how well threats are detected. It is measured by how effectively critical operations continue, how quickly systems recover and how seamlessly the stakeholders coordinate under pressure.
The lessons from aviation extend well beyond airports. Similar levels of digital convergence are emerging across metro rail networks, ports, smart cities, healthcare institutions and industrial facilities.
Cyber resilience is an economic imperative
India’s ambition of becoming a developed economy will depend not only on creating world-class infrastructure but also on ensuring that these assets remain trusted, available and reliable during cyber incidents. This requires cyber resilience to move beyond the domain of IT teams. It must become a boardroom priority that shapes investment decisions, governance frameworks and long-term infrastructure planning. Security teams, operations leaders, engineering functions and business executives must work together to build systems that can withstand disruption without compromising essential services.
Artificial intelligence will further reshape this landscape. While organisations are increasingly deploying AI to strengthen threat detection and automate response, cybercriminals are also leveraging the technology to conduct faster and more sophisticated attacks. As both defenders and attackers become more capable, resilience (not prevention alone) will become the true differentiator.
Equally important is collaboration. Critical infrastructure does not operate in isolation. Airports rely on airlines, logistics providers, technology vendors, regulators and public agencies. Building resilience therefore requires organisations to strengthen not only their own systems but also the broader ecosystems they depend upon.
Conclusion
India has an opportunity that few nations possess. As it builds the infrastructure that will support its next phase of growth, it can also redefine what resilient infrastructure looks like in the digital age. The next decade will not be defined simply by how smart our infrastructure becomes, but by how confidently it continues to serve citizens and businesses when faced with uncertainty. In that future, cyber resilience will not be another technology investment. It will be a foundational pillar of national progress.
Authored by Asit Kumar, Chief Information Security Officer and Data Protection Officer, Digi Yatra Foundation