The Bhaskaracharya National Institute for Space Applications and Geo-informatics (BISAG-N) and deep-tech company QNu Labs have signed a Memorandum of Understanding to build and deploy quantum-resilient cybersecurity solutions for India’s critical digital infrastructure. The partnership marks a strategic move to prepare government and public systems for the coming era of quantum computing, when today’s encryption standards risk becoming vulnerable.
Building an Indigenous Quantum-Resilient Security Stack
Under the MoU, BISAG-N’s indigenous cryptographic software suite, including its platform Vedic Kavach, will be integrated with QNu Labs’ quantum hardware and secure infrastructure products. Vedic Kavach has already been used in early government-led implementations that include quantum-resilient web servers and an indigenous secure web browser, both strengthened using quantum random number generation.
By combining these software capabilities with quantum-grade hardware, the collaboration aims to create hardware-backed, quantum-safe cybersecurity solutions. These systems are intended for deployment across government networks, defence communication systems, critical infrastructure, and key public-sector platforms in line with national security policies.
Future-Proofing India’s Digital Infrastructure
The partnership has been framed as a proactive response to rapid advances in global quantum computing, which could eventually break many of the cryptographic schemes that protect sensitive data today. By advancing quantum-safe technologies now, India is seeking to ensure that critical data and transactions remain secure for decades, even as computational power evolves.
Government leaders have emphasised that as digital systems become more deeply embedded in finance, governance, and citizen services, long-term security and trust in those systems becomes a strategic priority. Quantum-resilient approaches, combining post-quantum cryptography with quantum random number generation and other hardware-backed techniques, are seen as essential building blocks for this future security posture.
Government–Industry Collaboration as a Strategic Lever
The MoU establishes a structured framework for technology transfer, integration, and deployment between a government R&D institution and a domestic private-sector quantum security specialist. Senior officials have highlighted this as a model of how government–industry collaboration can accelerate the transition from lab research to real-world deployment.
QNu Labs, which has pursued an India-first approach to quantum security, will provide quantum hardware and platforms designed and built in the country, helping to ensure that core security infrastructure remains under national control. The collaboration is expected to support the rollout of quantum-resilient solutions across multiple sectors, while also strengthening domestic capability and reducing dependence on foreign proprietary technologies.
Aligned with National Missions and Long-Term Vision
The BISAG-N–QNu Labs collaboration is explicitly aligned with the objectives of the National Quantum Mission, Digital India, and Atmanirbhar Bharat, as well as the long-term Viksit Bharat @2047 vision. It positions quantum-resilient cybersecurity as a cornerstone of India’s next-generation digital infrastructure, alongside connectivity and compute.
The initiative also creates a foundation for future technology development and standard-setting in quantum-safe security as national requirements evolve. By treating low-level security primitives and quantum resilience as strategic assets, India is signalling its intent to be not just a consumer of quantum-era security technologies, but a creator and exporter of indigenous solutions.
