1. The landfall of Cyclone Montha along the Andhra Pradesh coast highlights India’s increasing exposure to severe cyclonic storms. Examine the effectiveness of India’s disaster management mechanisms in mitigating the impact of such cyclones, with special reference to early warning, inter-agency coordination, and resilient infrastructure. (250 words)
| Syllabus: General Studies – I: Important Geophysical Phenomena such as earthquakes, Tsunami, Volcanic activity, cyclone etc., geographical features and their location-changes in critical geographical features (including water-bodies and ice-caps) and in flora and fauna and the effects of such changes. |
IN NEWS: Cyclone set to cross the Andhra coast on Tuesday evening; red alert in 16 districts
Cyclone Montha, forming over the warm waters of the Bay of Bengal, is part of the post-monsoon cyclogenesis pattern driven by high sea-surface temperatures, Coriolis force, and intertropical convergence. The east coast of India, particularly Andhra Pradesh and Odisha, lies in the most cyclone-prone zone due to its concave coastline, shallow continental shelf, and dense coastal settlements. In this context, India’s ability to mitigate cyclonic impacts through effective disaster management has become increasingly critical.
Early Warning Systems – The First Line of Defence
1. IMD’s Forecasting Network: Accurate track and intensity prediction through satellite data and Doppler radars.
2. INCOIS Marine Alerts: Wave and surge forecasts help coastal evacuation.
3. Multi-platform Dissemination: Bulletins, SMS, and local media ensure last-mile reach.
4. Impact-based Forecasting: Focus on likely damages rather than mere intensity.
5. Gap: Limited awareness and localized forecasting in rural belts.
Inter-Agency Coordination and Institutional Preparedness
1. NDRF/SDRF Pre-deployment: Ensures rapid response and rescue.
2. Unified Command: CM-led coordination of key departments—power, roads, health, sanitation.
3. Technological Backup: Satellite phones, mobile towers, and generators maintain communication.
4. Community Evacuation: Shelters and rehabilitation centres reduce casualties.
5. Weakness: Overlapping responsibilities delay micro-level coordination.
Resilient Infrastructure and Long-Term Mitigation
1. Cyclone-resistant Structures: Coastal embankments, resilient housing, and shelters.
2. Coastal Zone Regulation: Restricts high-risk construction.
3. NDMA Framework: Standardized preparedness and recovery plans.
4. Post-Disaster Sanitation & Health: Prevents secondary disease outbreaks.
5. Integrate climate adaptation, mangrove restoration, and community-based early warning.
Cyclone Montha reaffirms that India’s vulnerability is not just meteorological but also geomorphological and socio-spatial. Building coastal resilience requires harmonising human settlement patterns with natural coastal dynamics, restoring mangrove ecosystems, and promoting adaptive land-use planning. A geographically informed, ecosystem-based disaster strategy will ensure that India’s deltaic and littoral zones evolve from zones of exposure to zones of resilience in the face of intensifying cyclonic activity.
| PYQ REFERENCE (UPSC 2022) Q. Discuss the meaning of colour-coded weather warnings for cyclone prone areas given by India Meteorological Department.(250 words) |
2. The emergence of “digital arrests” and AI-enabled cyber frauds reflects the evolving nature of internal security threats in the digital age. Examine how technological misuse is challenging India’s law-enforcement and cyber-governance mechanisms. Suggest measures to strengthen cyber resilience and public trust. (250 words)
| Syllabus: General Studies – III: Challenges to Internal Security through Communication Networks, Role of Media and Social Networking Sites in Internal Security Challenges, Basics of Cyber Security; Money-Laundering and its prevention. |
IN NEWS: People running from pillar to post over ‘digital arrests’: SC
The rise of “digital arrests”, where cybercriminals impersonate law-enforcement agencies to extort money through fear and deception, marks a dangerous evolution in AI-enabled cyber fraud. As highlighted by NITI Aayog, such crimes exploit both technological loopholes and human psychology, transforming cyber fraud into a structured, transnational industry.
Factors Driving Digital Arrest Scams
1. Social Engineering & Human Psychology: Fraudsters exploit fear, urgency, and authority bias through deepfakes, voice cloning, and forged documents.
2. Weak Cyber Hygiene: Poor password practices, unpatched systems, and low awareness create exploitable vulnerabilities.
3. Expansion of Digital Payments: Growth of UPI, QR codes, and crypto transactions provides new fraud channels.
4. Organised Cybercrime Networks: Use of dark web, ransomware-as-a-service, and offshore laundering hubs.
5. Inadequate Legal and Enforcement Framework: The IT Act (2000) lacks teeth to tackle AI-based or cross-border cyber offences.
India’s Institutional Response
1. Indian Cyber Crime Coordination Centre (I4C): National-level coordination for cyber intelligence and prevention.
2. National Cyber Crime Reporting Portal: Enables citizen reporting and faster police response.
3. Financial Cyber Fraud Reporting System: Saved ₹3,400+ crore through real-time blocking of fraudulent transfers.
4. Cyber Forensics Infrastructure: Labs in Delhi and Hyderabad enhance evidence handling.
5. Capacity Building via CyTrain: Over 98,000 officers trained in cybercrime investigation.
The Way Forward
1. Strengthen Legal Framework: Introduce an updated Digital Security Act covering AI, deepfakes, and cross-border fraud.
2. AI-Driven Policing: Deploy predictive analytics and cyber threat intelligence platforms.
3. Community-Centric Awareness: Expand Cyber Dost and Sanchar Saathi for mass cyber-literacy.
4. Victim Support Systems: Encourage reporting by removing stigma around cyber fraud.
5. Public–Private Partnership: Collaborate with fintech and telecom sectors for early fraud detection.
Digital arrests represent the weaponization of technology against trust. A resilient response demands a synergy of law, technology, and public awareness, shifting from victim-blaming to victim-empowerment. As Major Sadhna Singh notes, the fight against cybercrime begins not in the courtroom but in the consciousness of every digital citizen—through awareness, collaboration, and resilience.
| PYQ REFERENCE (UPSC 2024) Q. Social media and encrypting messaging services pose a serious security challenge. What measures have been adopted at various levels to address the security implications of social media? Also suggest any other remedies to address the problem.(250 words) |