Quantum Computing and Encryption Risks
Quantum computing poses a severe risk to cybersecurity by using quantum mechanics to break current encryption standards (RSA - Rivest-Shamir-Adleman & ECC - Elliptic Curve Cryptography) far faster than classical computers. A powerful quantum computer could render current public-key encryption obsolete, threatening data privacy, financial transactions, and blockchain integrity.
Quantum Computing Encryption Risks
- Breaking Public-Key Cryptography: Shor's Algorithm can efficiently break RSA and ECC, threatening internet security, banking systems, and digital signatures.
- “Harvest Now, Decrypt Later” (HNDL): Attackers may store encrypted data today and decrypt it in the future using quantum computers, putting sensitive data at long-term risk.
- Weakening Symmetric ....
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Security
- 1 Neighbourhood First Policy and Security
- 2 Development as a Security Strategy
- 3 Proxy Wars and External Sponsorship
- 4 UAVs Threat: Attacks on Military Installations
- 5 Dark Web and Cybercrime Networks
- 6 Two-Front War Challenge for India
- 7 Ransomware as a Security Threat
- 8 India’s Digital Sovereignty
- 9 Data Colonization as a National Security Challenge
- 10 Cyber Attacks on Critical Infrastructure
