India's Ministry of Defence (MoD) is shifting its cybersecurity strategy to combat AI-powered threats by adopting an "AI to fight AI" foundational principle. Vivek Yadav, the Director of IT and Cybersecurity, stated that conventional human-paced defense mechanisms can no longer keep up with automated cyberattacks that unfold in split seconds. To address this, the ministry has moved from static, rules-based security to a continuous process that integrates AI into software development. AI-assisted coding tools now provide developers with real-time feedback, allowing for the immediate correction of insecure coding practices rather than discovering vulnerabilities weeks later during testing.

In operational settings, the MoD uses AI to perform initial alert filtering, identifying suspicious behavior and flagging anomalies before they reach human responders. This shift changes how security teams are organized, broadening monitoring capabilities while significantly reducing response times. Vivek Yadav emphasized that the ability to analyze patterns across large datasets allows AI systems to detect indicators of compromise that might otherwise go unnoticed. By automating initial triaging, the ministry aims to protect essential public services from service disruptions and financial leakage.

A central pillar of this defense strategy is the development of sovereign AI capabilities. By training models on domestic datasets and internal operational information, the ministry reduces reliance on external systems, maintains control over sensitive data, and ensures models are tailored to local operational requirements. This approach also extends to military training through the War Game Development Centre (WARDEC), which uses AI to generate evolving, unpredictable scenarios. This allows commanders to rehearse against a wide range of novel cyber tactics rather than relying solely on human-designed exercises.

To support the workforce, India is also formalizing cybersecurity as a dedicated academic discipline within universities and training institutions to bridge the gap between technical education and operational defense needs. Furthermore, the ministry is utilizing BHASHINI, an AI-enabled translation initiative, to provide cybersecurity guidance in multiple languages. This ensures that operational instructions and alerts remain accessible across India's multilingual workforce, reinforcing the country's long-term national capability to adapt to an algorithmic age of threats.

India's Ministry of Defence (MoD) is shifting its cybersecurity strategy to combat AI-powered threats by adopting an "AI to fight AI" foundational principle. Vivek Yadav, the Director of IT and Cybersecurity, stated that conventional human-paced defense mechanisms can no longer keep up with automated cyberattacks that unfold in split seconds. To address this, the ministry has moved from static, rules-based security to a continuous process that integrates AI into software development. AI-assisted coding tools now provide developers with real-time feedback, allowing for the immediate correction of insecure coding practices rather than discovering vulnerabilities weeks later during testing.

In operational settings, the MoD uses AI to perform initial alert filtering, identifying suspicious behavior and flagging anomalies before they reach human responders. This shift changes how security teams are organized, broadening monitoring capabilities while significantly reducing response times. Vivek Yadav emphasized that the ability to analyze patterns across large datasets allows AI systems to detect indicators of compromise that might otherwise go unnoticed. By automating initial triaging, the ministry aims to protect essential public services from service disruptions and financial leakage.

A central pillar of this defense strategy is the development of sovereign AI capabilities. By training models on domestic datasets and internal operational information, the ministry reduces reliance on external systems, maintains control over sensitive data, and ensures models are tailored to local operational requirements. This approach also extends to military training through the War Game Development Centre (WARDEC), which uses AI to generate evolving, unpredictable scenarios. This allows commanders to rehearse against a wide range of novel cyber tactics rather than relying solely on human-designed exercises.

To support the workforce, India is also formalizing cybersecurity as a dedicated academic discipline within universities and training institutions to bridge the gap between technical education and operational defense needs. Furthermore, the ministry is utilizing BHASHINI, an AI-enabled translation initiative, to provide cybersecurity guidance in multiple languages. This ensures that operational instructions and alerts remain accessible across India's multilingual workforce, reinforcing the country's long-term national capability to adapt to an algorithmic age of threats.