National Quantum Communication Hub of India
NATIONAL QUANTUM MISSION
🇮🇳 MISSION 2023 – 2031
" The National Quantum Mission (NQM), approved by the Government of India for the period is a flagship initiative of the Department of Science and Technology (DST) aimed at establishing India as a global leader in quantum technologies. Through investments in research, innovation, industry collaboration, and indigenous technology development, the mission is accelerating advancements in quantum communication, computing, sensing, and quantum materials to strengthen India's technological self-reliance and global competitiveness. "
Samgnya Technologies Foundation is India's official hub for Quantum Communication, established under the National Quantum aMission (NQM) by the Department of Science & Technology (DST).
Our Focus Areas
Quantum Cryptograph
Next-generation encryption for
a safer digital world.
Post-Quantum Security
Defending against future quantum threats.
Quantum Key Distribution (QKD) Networks
Ultra-secure communication through quantum networks.
Quantum Memory & Repeaters
Building the backbone for long-distance quantum networks.
Satellite-Based Quantum Communication
Global, secure connectivity beyond terrestrial limits.
Explore Our Programs & Opportunities
Internship
Gain practical quantum research experience, develop skills, and explore innovation.
Fellowship
Advance quantum research, collaborate with experts, and contribute to innovation.
Research Assistant
Gain research experience, develop expertise, and contribute to quantum innovation.
Your path into Quantum Communication
Start as an Intern, grow into a Research Associate, lead as a Fellow. Work on secure quantum links, from the lab bench to national networks.
Internship Program
Gain hands-on experience in quantum research, laboratory practices, and emerging technologies through the National Quantum Mission.
An opportunity for aspiring researchers to gain practical experience and contribute to quantum technology research projects
Who it's for
Candidates with a Bachelor's or Master's degree in Physics, Electrical Engineering, Computer Science, Photonics, or related disciplines.
Duration
Stipend
Level
Foucs
Mentorship
*A monthly stipend ₹18,000 may be awarded, depending on qualifications, guidelines, and project requirements.
Fellowship Program
Advance quantum research, collaborate with leading experts, and contribute to innovative research projects under the National Quantum Mission.
A research-focused opportunity for postgraduate candidates to engage in advanced quantum technology research alongside experienced faculty members, scientists, and researchers.
Who it's for
Candidates with a postgraduate (Master's) degree in Physics, Electrical Engineering, Computer Science, Photonics, or related disciplines, subject to project-specific requirements.
Duration
Stipend
Level
Foucs
Mentorship
*Financial support, where applicable, depends on program guidelines, candidate qualifications, and project requirements.
Research Assistant Program
Gain hands-on research experience, develop technical expertise, and contribute to innovative quantum technology projects under the National Quantum Mission.
A research-focused opportunity for postgraduate candidates to gain practical experience in quantum science and technology through ongoing research projects, including thesis and dissertation work.
Who it's for
Candidates with a postgraduate (Master's) degree in Physics, Electrical Engineering, Computer Science, Photonics, or related disciplines, subject to project-specific requirements. Applicants must be at least 18 years old.
Duration
Stipend
Level
Foucs
Mentorship
*Financial support ranges from ₹18,000 to ₹20,000 per month, depending on candidate qualifications, skills, and project responsibilities.
Upcoming Events
QCOMM Foundation Program
Learn, build, and innovate as you explore the future of quantum communication through practical learning.
QCOMM
Foundation Program
- Begin your journey into the exciting world of Quantum Communication.
- Learn, build, and experiment with the foundations of future technologies.
Learn Today, Innovate Tomorrow
- Explore hands-on experiments that turn complex concepts into practical learning.
- Build essential skills in optical communication, electronics, and secure technologies.
8 Experiments, Endless Possibilities
- Discover eight foundational experiments covering optical transmission, circuit design, and encryption.
- Gain practical experience that prepares you for advanced quantum communication technologies.
Build a Quantum Future With Us
- Take the first step toward innovation with SAMGNYA Technologies Foundation.
- Explore the QCOMM Foundation Program and start your learning journey at www.samgnya.in.
Technical Groups & Their Objectives
QuILA
PIPETA
TAHQEECAT
QuEPRAN
SBQKD
QuILA
Quantum Internet with Local Access
Objective: Establishing metro-area quantum access networks to facilitate secure quantum communication
Key Focus Areas:
- Metro Area Quantum Access Networks (MAQAN)
- Secure fiber-based quantum communication
- Advanced protocols (CV-QKD, MDI-QKD)
- Software-defined quantum networking
- Startup & industry collaboration
PIPETA
Post-Quantum IP Encryptor and TLS Accelerator
Objective: Developing quantum-safe cryptographic solutions for national security and financial systems
Key Focus Areas:
- 10 Gbps Post-Quantum IP Encryptors
- TLS Accelerators for secure transactions
- FIPS-203 / FIPS-204 compliant encryption
- Tamper-resistant hardware security
TAHQEECAT
Hybrid Quantum Secure Communication Networks
Objective: Deploy long-distance entanglement-based QKD for nationwide secure connectivity.
Key Focus Areas:
- Trusted-node-free hybrid networks
- Entanglement-based QKD & routing
- Integrated quantum photonics
- Multi-node quantum repeater testbed
QuEPRAN
Quantum Entanglement Photonic Repeater Network
Objective: Build next-generation quantum encryption using memory-enabled hybrid repeater systems.
Key Focus Areas:
- Quantum memory for long-distance links
- Hybrid entanglement repeaters
- Optimized entangled photon sources
- Secure QKD deployment
SBQKD
Satellite-Based Quantum Key Distribution
Objective: Enable space-ground integrated quantum-secure communication
Key Focus Areas:
- Quantum payload development
- Terrestrial SBQKD infrastructure
- Hybrid satellite + ground QKD demonstration
