New Delhi: QNu Labs, a global leader in hybrid quantum security solutions, showcased a live demonstration of quantum cybersecurity for AI infrastructure at the India AI Impact Summit 2026, held from 17th to 20th February.
Sharing space with the Ministry of Electronics and Information Technology, the company aligned its showcase with the Summit’s focus on responsible and scalable AI adoption under the IndiaAI Mission.
The demonstration highlighted how sovereign hybrid quantum security can serve as a foundational layer for Quantum Cybersecurity for AI Infrastructure, protecting AI systems, data centres, and mission-critical digital infrastructure as India accelerates its artificial intelligence ambitions.
As AI becomes deeply embedded across governance, finance, healthcare, defence, and critical infrastructure, the risks of data interception and quantum-enabled cyber threats are intensifying.
Quantum Cybersecurity for AI Infrastructure: Leveraging Quantum-Derived Keys
At the Summit, QNu Labs demonstrated how its quantum-secure infrastructure supports real-time key generation, key distribution, advanced key provisioning, and lifecycle key management to enable Quantum Cybersecurity for AI Infrastructure at scale.
By leveraging quantum-derived keys instead of relying solely on mathematical complexity, QNu Labs strengthens encryption across AI workloads, model exchanges, and sensitive data flows.
This approach ensures long-term resilience against emerging quantum threats and positions Quantum Cybersecurity for AI Infrastructure as a strategic imperative rather than a future consideration.
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Hybrid Quantum Communication Architecture on Display
The showcase featured a sovereign, indigenous hybrid quantum communication architecture integrating advanced Quantum Key Distribution (QKD) solutions across three nodes, including one node demonstrating a free-space QKD solution.
Designed to address distance and deployment constraints typically associated with single-medium systems, the scalable model paves the way for satellite-ready secure communications.
QNu Labs also showcased its Quantum Safe Key Distribution Network (QKDN), reinforcing the practical deployment of Quantum Cybersecurity for AI Infrastructure across geographically distributed AI environments.
These solutions are already operational across defence bodies, critical infrastructure networks, and leading enterprises, reflecting deployment maturity beyond pilot programs.
Additionally, the company demonstrated homomorphic encryption capabilities, enabling computation on encrypted data without exposing underlying datasets.
This capability is considered a critical enabler of privacy-preserving AI ecosystems and a foundational component of Quantum Cybersecurity for AI Infrastructure.
Production-Grade Quantum-Secured Enterprise Applications
Beyond infrastructure-level security, QNu Labs presented real-time, quantum-secured enterprise communications across voice, video, messaging, and secure data transmission platforms.
The live operational demonstration highlighted production-grade deployment within enterprise networks.
An interactive segment illustrated how quantum-generated keys protect information in real time, translating complex quantum technologies into enterprise-ready use cases.
The demonstration reinforced India’s vision of building trusted and self-reliant digital systems supported by scalable Quantum Cybersecurity for AI Infrastructure.
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Quantum-Ready AI Ecosystems
Commenting on the participation, Sunil Gupta, Co-founder and CEO, QNu Labs said: “Artificial intelligence is fast becoming the foundational layer of national digital infrastructure. As AI systems scale across sectors, the integrity of data, models, and decision engines becomes mission critical.
The real question is not whether AI will transform economies, but whether the infrastructure supporting it is resilient against the next generation of cyber threats, including quantum attacks. At the India AI Impact Summit 2026, we are demonstrating that quantum-secured networks are sovereign, indigenous, operational, scalable, and ready to safeguard AI ecosystems today. Quantum resilience is no longer a future concept; it is becoming a strategic requirement for nations and enterprises building long-term digital trust.”
Adding perspective on the technological framework being showcased, Dilip Singh, CTO, QNu Labs, said: “Building sovereign quantum-secured AI infrastructure is not just about stronger encryption; it is about architectural transformation. Our demonstration reflects years of engineering focused on making quantum-secure key generation, distribution, provisioning, and key management interoperable with real enterprise networks, AI workloads, and distributed infrastructure. Quantum security is no longer confined to controlled labs. It is scalable, adaptable, and ready to support the next generation of AI-driven digital infrastructure with indigenous solutions.”
Reinforcing India’s Quantum Technology Ecosystem
QNu Labs’ presence at the Summit reinforces its leadership position in quantum security and its contribution to India’s emerging quantum technology ecosystem.
By demonstrating scalable, real-world deployment models, the company aims to accelerate industry and government adoption of frameworks focused on Quantum Cybersecurity for AI Infrastructure, ensuring long-term resilience for AI-driven digital transformation.
