DAW 20th November 2025, Mains Answer Writting 2026
Question
The rise of encrypted platforms and covert online communication in recent terror incidents highlights new security challenges. How are non-state actors exploiting the Internet, and what measures can address this threat? Suggest effective guidelines to curb the above threat. (250 Words, 15 Marks).
Model Answer
Approach: Introduction:
Define the shift: Mention how the Red Fort blast reflects the rise of digital tradecraft in terrorism.
Highlight trend: State that terror networks increasingly use encrypted, decentralised online ecosystems, creating new surveillance challenges.
Body:
How Non-State Actors Exploit the Internet
Why This Creates Security Challenges
Measures to Address the Threat
Guidelines to Curb the Threat
Conclusion:
Terrorism has shifted into a hybrid physical- digital era, exploiting encrypted and decentralised online ecosystems. A balanced, multi-layered strategy- combining technology, legal reforms, institutions, and diplomacy- is essential to counter cyber-enabled threats while safeguarding privacy.
Introduction:
The recent Red Fort car blast highlights how terror modules now depend on advanced digital tradecraft- using end-to-end encrypted apps, decentralised servers, VPN anonymity, and covert online communication- to plan and hide operations. This marks a global shift of terrorism into encrypted, decentralised digital spaces, challenging traditional surveillance.
Body: How Non-State Actors Exploit the Internet:
Encrypted & Decentralised Platforms:
Suspects used the encrypted app Threema- no phone/email, no metadata, mutual deletion- and possibly a private server, creating a sealed network.
Covert “Spy-Style” Communication:
Suspects used a shared email account to exchange messages through unsent drafts, leaving no email trail- a digital version of Cold War dead-drops.
Terror actors also use steganography, ephemeral cloud links, and burner devices
Digital Reconnaissance:
Recce missions allegedly relied on digital mapping, photos, and encrypted file-sharing. Ammonium nitrate was transported using a familiar vehicle.
Dark Web, Crypto & Anonymous Infrastructure:
Global cases show terrorists using TOR/I2P, crypto mixers, and darknet markets to access explosives manuals, malware kits, forged IDs, and anonymous funding, reducing traceability
Recruitment & Radicalisation:
Encrypted channels create closed ideological ecosystems for recruitment and indoctrination.
The Red Fort case- involving three doctors- reflects how technically skilled recruits exploit these spaces and remain harder to detect.
Why This Creates New Security Challenges:
Loss of visibility: End-to-end encryption eliminates metadata needed for intelligence reconstruction.
App bans ineffective: Despite bans under Section 69A of IT Act, apps like Threema can be accessed via VPNs and proxies.
Jurisdiction hurdles: Private servers or cloud nodes may be located abroad.
Legal gaps: India’s IT Act and UAPA were not designed for today’s decentralised communication tools.
Privacy–security balance: Investigations must navigate constitutional protections post–Puttaswamy.
Measures to Address the Threat:
Build Advanced Digital Forensics Capacity:
Establish specialised counter-encryption and server-forensics units within NIA/IB.
Invest in AI-based metadata analytics, memory forensics, and lawful decryption tools.
Regulate Self-Hosted Communication Infrastructure:
Create legal obligations for private messaging servers used within India to enable judicially supervised lawful access.
Promote cooperation with tech platforms while protecting civil liberties.
Strengthen Legal & Policy Architecture:
Update IT Act, UAPA, and digital evidence rules to include:
encrypted communication misuse,
decentralised networks,
digital dead-drop techniques.
Deploy trained cyber-investigators in every State ATS and police unit.
Institutional & Community Safeguards:
Educational institutions and professional spaces must adopt early-warning mechanisms for behavioural changes and online radicalisation.
Develop counter-radicalisation programmes tailored for highly educated, technically skilled recruits.
Deepen International Cooperation:
Strengthen intelligence-sharing on darknet markets, crypto transactions, and private communication networks.
Engage in tech diplomacy for privacy-respecting lawful access frameworks.
Crypto & Dark Web Oversight:
Mandate stronger KYC for crypto exchanges, blockchain analytics, and monitoring of mixers/tumblers.
Create specialised Dark Web Monitoring Cells to infiltrate and track extremist forums.
Guidelines to Curb the Threat:
For Government
Adopt a National Encryption Policy 2.0 balancing privacy and national security.
Establish a nationwide Integrated Counter-Cyber Terrorism Grid.
For Law Enforcement
Mandatory cyber-forensics training.
Develop rapid-response cyber-terror units with cross-agency coordination.
For Digital Platforms
Time-bound lawful response protocols.
Traceability of originators only in terrorism cases, without compromising encryption for general users.
For Legal System
Fast-track cyber-terror cases through dedicated courts.
Clear judicial benchmarks for targeted surveillance.
For Civil Society
Public awareness programmes on online radicalisation.
Collaboration with universities, tech communities, and cyber-security researchers.
Conclusion:
The Red Fort blast shows terrorism has entered a hybrid era, combining physical attacks with encrypted, decentralised, and covert digital ecosystems. As modules exploit anonymity, private servers, and advanced digital tradecraft, traditional surveillance is inadequate. India needs a multi-layered legal, technological, institutional, and diplomatic response that protects both security and privacy. Only a future-ready, calibrated approach can counter cyber-enabled terrorism.