Role of Quantum Computing in National Security highlighted by NITI Aayog | Current Affairs | Vision IAS
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    Role of Quantum Computing in National Security highlighted by NITI Aayog

    Posted 06 Mar 2025

    2 min read

    Advancements in quantum computing such as Longer Qubit Coherence (imparting stability), Enhanced Qubit Control and Fidelity (increasing accuracy) & Progress in Error Correction (E.g. Google’s Willow Chip with a self-checking mechanism)  are redefining national security priorities across multiple domains. 

    • Recently, NITI Frontier Tech Hub has been established by NITI Aayog as a Frontier Tech Action Tank to accelerate India’s transition into a Frontier Tech Nation.

    Role of Quantum Computing in National Security

    • Cryptography and Cybersecurity: E.g. Fault-tolerant quantum computers can break public-key encryption algorithms rendering internet security, online banking & communications obsolete. 
    • Intelligence Gathering: Complex and vast data processing can lead to increased signal intelligence, unprecedented interception and counterintelligence operations.
    • Military Applications: Quantum algorithms can optimize logistics, resource allocation, and battlefield strategy. E.g. Quantum-enabled AI (Quantum AI) can power autonomous military drones and robotic systems.
    • Quantum Geopolitics: Early breakthroughs and competition will shape future global power.

    Key Recommendations 

    • Continuous Monitoring and Cryptographic Intelligence: Establish a task force to track global quantum advancements and assess vulnerabilities in critical national systems.
    • Post-Quantum Cryptography (PQC) Transition Plan: It should involve risk prioritization-based transition and roadmap.
    • Technology Access Agreements: Establish bilateral partnerships for rapid adoption of modalities that offer scalability in this field
    • Tags :
    • Quantum Computing
    • Qubit Coherence
    • Frontier Tech Hub
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