India’s digital ambitions are scaling the clouds. The recently held India AI Impact Summit 2026 highlighted the country’s growing position as a global hub for artificial intelligence and digital innovation. Investments spanning data centres, cloud, 5G and edge infrastructure are laying the foundation for the nation’s next phase of economic growth.
The Ministry of Electronics and IT reveals that India’s AI and cloud network is poised to expand almost 5x by 2030, driven mainly by business demand, domestic investments and the requirement for scalable, secure, hybrid, multi-cloud solutions. To give a fillip to global cloud and AI data centre investments in India, tax holidays have been extended till 2047.
Yet even as India enters a new phase of digital acceleration, there is a growing gap between infrastructure expansion and cybersecurity preparedness. This is primarily because digital infrastructure is expanding at an exponential pace compared to the cybersecurity services meant to protect these environments. A vast digital infrastructure network comprising AI-driven systems, distributed networks, API landscape, hybrid cloud estates and edge environments has been creating much larger points of vulnerability.
The Exorbitant Costs of Data Breaches
Analyst insights from PwC’s Global Digital Trust Insights 2026 highlight the growing financial impact of cyber incidents, noting that nearly one in four Indian enterprises have experienced breaches resulting in losses exceeding $1 million in recent years. Similarly, research by Gartner indicates that rising breach costs are being driven by increasing attack sophistication, expanding digital ecosystems, and delayed detection cycles—factors that significantly amplify financial and operational impact for organisations.
The expanding level of cyberthreats has made India one of the globe’s most targeted nations, given its rapid digitalisation and massive user base. Significantly, there were 265 million+ recorded cyberattack attempts in 2025. Malware detections also occurred across hundreds of millions of endpoints, even as the projected financial losses surpassed ₹20,000 crore.
To be honest, the cyberthreat problem is global, not local. However, the scale of threats in India is palpable. The anticipated annual cost of cybercrime is projected to be $15.63 trillion by 2029. This classifies it as one of the biggest economic threats. The costs arise from direct financial theft, as well as via disruption in operations, regulatory fines, legal liabilities and long-term reputational damage.
However, the cybersecurity risk does not end at the enterprise level. Instead, it is a systemic risk that spreads steadily like a metastatic cancer across BFSI, telecom, healthcare, logistics, mobility and critical infrastructure such as data centres, cloud and more. The colossal, cascading financial implications mean it also affects India’s economic stability, in turn impacting GDP growth.
Cybersecurity Shortfalls and Mitigation Measures
In India, barely 4% of companies are deemed to be cyber-mature. To compound matters further, with an overall cybersecurity workforce of 300,000 only, the country confronts a shortfall of 800,000 professionals. Moreover, there is a readiness deficit linked to overreliance on VPNs and IP-based protection, inability to curb device access, including vulnerabilities connected to applications and public cloud data. The readiness deficit then leads to systemic exposure across organisations, MSMEs and critical infrastructure.
"To plug this readiness gap, cybersecurity should shift from discretionary IT allocations to a Board-level risk and compliance management imperative."
Additionally, firms must move from perimeter-centric defences to zero-trust frameworks while securing hybrid workforces and cloud-native setups. Talent shortages must also be addressed on a war footing via skilling programmes and ecosystem collaborations, even as AI is integrated defensively and AI-driven attack vectors are mitigated across operations.
Understanding the Threat Intelligence Market
Globally, the threat intelligence market is expected to expand from $11.55 billion in 2025 to $22.97 billion by 2030, recording a CAGR of 14.7% during this period. As per Markets, threat intelligence denotes a comprehensive approach that offers companies actionable insights to anticipate, discover and mitigate cyberthreats in an increasingly complex digital world. Threat intelligence covers diverse domains like threat intelligence platforms, cyberthreat intelligence, external attack surface management and digital risk protection, with each working in unison to boost defences against dynamic threats.
AI as a Defender and Offender
Paradoxically, artificial intelligence is both a defender and offender in cybercrime cases. While defenders use AI increasingly for threat correlation, detecting anomalous behaviour and automated event response, threat actors leverage it for deception and automated reconnaissance.
Nearly 50% of global organisations have been vulnerable to security threats arising from vendors and software supply chains. Progressively, hackers are compromising trusted partners instead of directly attacking well-defended organisations.
Threats have also grown due to rapid expansion in cloud adoption, resulting in extensive misconfigurations like publicly exposed storage, insecure APIs and a plethora of privileges. Cloud and SaaS misconfigurations were one of the most common data exposure triggers in 2025.
Another vulnerability has arisen as identity now serves as the new security perimeter. Since cloud services and remote work are routine nowadays, legacy network boundaries are eliminated. Consequently, identity and access management failures have emerged as a leading reason for breaches. Conversely, it has fast-forwarded the use of zero-trust principles.
Since conventional steps to counter cyberthreats are well-known, these will not be reiterated here. Rather, we must understand and be prepared for evolving cyberattack threats.
Cyber Endurance, a Design Principle
India must integrate security within its digital architecture. A secure-by-design model requires security to be built in from inception across networks, platforms, services, and applications, rather than treated as a bolt-on or an afterthought. By emphasising zero-trust principles, in-built visibility, and consolidated security frameworks across edge, cloud, and business environments, organisations can ensure that protection evolves in step with innovation.
Multi-dimensional threats pose another serious challenge. Once limited to the digital world, cyberattacks today threaten data centres, network infra and operational technology settings. Legacy perimeter centric approach are inadequate to counter such attacks, which is only possible via integrated security frameworks offering end-to-end visibility across users, networks, applications and devices. AI-powered threat detection, zero-trust, unified security frameworks and secure access architectures can detect suspicious actions, curb lateral movement and safeguard distributed infrastructure across edge, cloud and on-premise
Further, it is imperative to secure supply chains. Given the global tensions around hardware production, every component that enters a facility, be it servers or minuscule circuit boards, must be checked as being tamper-free and genuine. AI-driven scanning tools can scrutinise thousands of components swiftly to curb hidden threats. Besides the digital perimeter, every single equipment part should be verified to eliminate lurking threats.
Additionally, companies must instil digital trust by going beyond elementary cybersecurity measures. This means deploying a proactive but comprehensive model based on ethical data usage, transparency and stringent security norms.
Finally, cyber endurance should be a founding principle, not an afterthought, which is entrenched in every stage of digital network design, development and deployment. By embracing a ‘Secure by Design’ approach—where security is in-built within networks, platforms and applications from the outset—India can ensure its ambitious digital growth is complemented by the fortitude needed to safeguard it.
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