banner

The Quantum Communication Thematic Hub is of great significance as it serves as a catalyst for the rapid development of secure, efficient, and scalable quantum communication technologies.

It fosters collaboration among various disciplines, facilitates the creation of quantum networks, and confronts cybersecurity challenges in light of emerging threats. Quantum communication has the potential to transform data security through Quantum Key Distribution (QKD), which offers theoretically unbreakable encryption. The progress and expansion of quantum communication systems within this thematic hub are crucial for addressing the shortcomings of existing encryption methods, thereby making secure communication a foundational aspect of modern information systems.

Hub Icon IIT Madras (Main Hub)
IIT Madras

Thematic Hub
IIT Madras

user

Project Director

Dummy Name

Dummy Designation

Hub Icon C-DoT New Delhi (Main Hub)
C-Dot

Thematic Hub
C-DoT New Delhi

user

Project Director

Dummy Name

Dummy Designation

Objective

This vertical focuses on establishing secure and scalable quantum communication networks across various platforms, ensuring long-distance secure communication. The specific objectives include:

Developing Satellite-Based Quantum Communication

Establish satellite-assisted secure quantum communication between ground stations over 2000 km within India and internationally.

Implementing Inter-City QKD Networks

Deploy quantum key distribution (QKD) networks over 2000 km with trusted nodes using wavelength division multiplexing over existing optical fiber infrastructure.

Building Multi-Node Quantum Networks

Develop entanglement-based quantum networks with quantum memories, entanglement swapping, and synchronized quantum repeaters.

Enhancing Quantum Cryptography

Strengthen security through QKD protocols, post-quantum cryptographic techniques, and efficient key management systems.

Exploring Free-Space Quantum Communication

Develop free-space optical communication for secure data transmission in urban and remote areas.

Photon Sources and Detectors

Advance single-photon sources, entangled photon sources, and highly efficient detectors to improve quantum communication systems.

Technical Groups

Quantum Communication harnesses quantum mechanics to perform computations far beyond the reach of classical computers.

Towards Trusted-Node-Free Hybrid Quantum Secure Communication Networks – TAHQEECAT

A multi node quantum repeater network for entanglement distribution based quantum communication

Development of tamper-proof SCA/FI resistant 10Gbps post-quantum In-line IP network encryptor, Post-Quantum TLS ASIC (PQ-TLS), TLS Accelerator PCIe card using PQ-TLS ASIC for TLS offloading in servers

Set your preference
Font Scaling
Default
Color Adjustment