At the 3rd National Digital Innovation Summit 2026, the panel discussion on “Cybersecurity, AI Threat Intelligence & Digital Trust” brought together senior government officials, law enforcement leaders, and technology experts to examine the evolving cybersecurity landscape and AI’s growing role in protecting digital systems. The discussion explored how AI is being used for threat detection, network protection, fraud prevention, and predictive security, while also addressing the importance of Zero Trust, data sovereignty, and cyber resilience.
As governments and critical sectors become increasingly dependent on digital infrastructure, the conversation highlighted a fundamental shift in cybersecurity thinking: organisations must prepare not only to prevent attacks, but also to detect, contain, and recover from them quickly. From government databases and telecom networks to maritime operations and smart cities, the panel underscored the need for secure-by-design systems, continuous monitoring, skilled personnel, and strong institutional preparedness.
Dhirendra Kumar Tiwari, Additional Chief Secretary, Department of Good Governance & Information Technology, Government of Punjab
Punjab’s experience with large-scale citizen services illustrates the importance of making government data usable before it can generate meaningful intelligence. Across 40–45 departments, citizens interact with multiple government services, creating vast and often fragmented datasets. Data cleaning, linkage, and integration therefore become important steps in creating a unified citizen service platform. Through APIs and AI-enabled tools, Punjab is working to make these services faster, more reliable, and accessible.
The scale of this challenge can be seen in a welfare scheme involving approximately 70 lakh women. Managing registrations, cleaning the underlying data, and ensuring that benefits reach eligible beneficiaries requires significant computational and analytical capabilities. AI-assisted verification helped accelerate the process and enabled the scheme to be rolled out within a month. The example demonstrates how AI can improve not only cybersecurity and analytics but also the efficiency, reliability, and inclusiveness of government delivery systems.
Amardeep Singh Rai, Special Director General of Police, Traffic & Road Safety, Government of Punjab
The expansion of digital platforms within government has also expanded the consequences of a potential security breach. Government systems contain information that can have implications far beyond organisational operations, making firewalls, access controls and security mechanisms essential components of every digital deployment. A compromised government platform can result in serious data leakage, service disruption and, in certain cases, wider implications for national security.
Data sovereignty adds another important dimension to this challenge. The location of data storage, the entities with access to it, and the manner in which sensitive information is processed all need careful consideration. Health records and national-security information, for instance, require particularly strong safeguards. Keeping highly sensitive systems away from direct exposure to the public internet can provide an additional security layer. The larger requirement is to ensure that digital transformation progresses without compromising confidentiality, integrity, and control over critical data.
Deependra Singh Bisen, Deputy Director General of Shipping & Chief Information & Security Officer, Directorate General of Maritime Administration
The maritime sector presents a particularly complex cybersecurity environment because ships, ports, navigation systems and logistics networks are increasingly interconnected. India has a maritime ecosystem spanning approximately 11,500 km of coastline, 12 major ports and more than 200 minor ports, along with a large fleet and a substantial seafaring workforce. This extensive digital and physical network creates multiple potential points of vulnerability.
Past cyber incidents affecting international ports and major shipping companies demonstrate how quickly a cyberattack can disrupt maritime operations. The transition towards Maritime Autonomous Surface Ships (MASS) adds another layer of complexity, as navigation and vessel operations become increasingly dependent on digital systems. GPS, AIS, and other onboard technologies can potentially be manipulated remotely, creating safety and operational risks. This makes cybersecurity training and capacity building for seafarers increasingly important, with basic cyber preparedness needing to become an integral part of maritime education and operational protocols.
D. Porpathasekaran, Director (Technical), Telecommunications Consultants India Limited (TCIL)
Telecom networks form the underlying infrastructure for many of India’s digital services, with a rapidly expanding ecosystem of mobile connections, broadband devices and connected endpoints. This also creates a large attack surface for malware, Distributed Denial-of-Service (DDoS) attacks and other forms of malicious activity. AI can analyse network behaviour at scale, identify patterns that deviate from normal activity, and isolate potentially compromised devices before an incident spreads across the network.
The same capabilities are increasingly relevant to self-healing networks, fraud detection and smart infrastructure. AI can automatically reroute network traffic during disruptions, analyse usage and billing patterns to identify fraudulent activity, and support predictive maintenance across infrastructure. In smart cities, AI-enabled cameras and analytics can assist with traffic management, public safety and law enforcement, while IoT sensors can monitor power grids, water pipelines and other critical assets. These applications demonstrate how AI is evolving from a monitoring tool into an active component of critical infrastructure protection and resilience.
Sushant Dixit, Managing Director, Absolute
Traditional cybersecurity largely focuses on preventing attacks, but complete prevention is increasingly difficult in an environment of constantly evolving threats. This has brought cyber resilience to the forefront. The objective is not only to stop an attack but to ensure that affected networks, endpoints, and data centres can return to normal operations as quickly as possible.
A resilient organisation needs systems capable of maintaining availability even when individual machines or components are compromised. Automated recovery mechanisms and AI-enabled tools can help reduce downtime and accelerate restoration. Importantly, disruption does not always result from a deliberate cyberattack; software failures, configuration errors and other technology incidents can have similarly widespread consequences. The discussion therefore positioned resilience as a broader requirement encompassing prevention, continuity, recovery and rapid restoration of services.
Rakesh Pandey, President, Allahabad High Court Bar Association
The adoption of cybersecurity technologies also needs to remain connected to the fundamental objective of protecting citizens and supporting public welfare. Technology deployed for government services cannot be developed entirely in isolation because the complexity of public administration often reveals challenges only when systems are used in real-world conditions.
Continuous testing, experimentation, and improvement therefore become important parts of digital governance. Deploying a system in the field allows governments and technology partners to identify loopholes, understand user behaviour, and strengthen processes. Such an approach creates a cycle in which implementation generates knowledge, knowledge improves technology, and improved technology strengthens public services. For cybersecurity, this continuous learning model is particularly relevant as threats and vulnerabilities evolve faster than static policies can address them.
Key Takeaways
- AI-driven threat detection can identify abnormal behaviour and potential attacks faster than conventional monitoring alone.
- Data cleaning and integration are essential for building reliable AI-enabled government services.
- Data sovereignty is critical when handling government, healthcare, and national-security information.
- Cyber resilience requires organisations to plan for rapid recovery, not just attack prevention.
- Zero Trust requires continuous verification of users, devices and access requests.
- Network segmentation and secure access layers can reduce the impact of compromised systems.
- Maritime cybersecurity is becoming increasingly important as vessels and navigation systems become more autonomous and connected.
- AI-enabled telecom security can support threat detection, fraud prevention, and self-healing networks.
- Smart-city infrastructure can use AI and IoT for surveillance, predictive maintenance, and protection of critical assets.
- Capacity building and cybersecurity awareness must progress alongside technological adoption.
- Continuous testing and experimentation are necessary because both technology and cyber threats evolve constantly.
Conclusion: Building Trust Through Resilience
The panel discussion made it clear that cybersecurity in the age of AI requires a broader approach than simply deploying security products. As digital systems become interconnected across government, telecom, maritime operations, and smart infrastructure, security must extend across data, networks, devices, applications, and people.
AI provides powerful capabilities for identifying threats, detecting unusual behaviour and automating responses, but technology alone cannot create a secure digital ecosystem. Zero Trust, data sovereignty, cyber resilience, continuous monitoring, skilled personnel and strong governance frameworks need to work together.
Ultimately, digital trust will depend on the ability of organisations to build systems that can anticipate threats, limit their impact and recover quickly from disruption. The future of cybersecurity is therefore not only about keeping attackers out, but about creating digital infrastructure resilient enough to continue serving citizens even when threats inevitably get through.