R&D Projects
At GSN Photonics, our Research & Development division is the cornerstone of innovation, enabling us to engineer cutting-edge solutions in photonics, navigation systems, quantum technologies, and advanced crystal manufacturing. With a focus on precision, performance, and scalability, our team is pioneering advancements that drive critical industries forward.
Core Areas of Innovation
Quantum Technologies
We are actively advancing Quantum Key Distribution (QKD) hardware for next-generation secure communication systems. Our in-house research laboratory focuses on developing robust solutions to meet evolving cybersecurity demands, ensuring unparalleled data protection for critical infrastructure.
Fiber Optic Gyroscope (FOG) and IMU Systems
Our FOG-IMU (Inertial Measurement Unit) technologies are designed for precision navigation in naval, aerospace, and defense applications. Through rigorous R&D, we are enhancing FOG-based systems for: Naval navigation systems. Armored vehicles, tanks, and missile guidance. Structural health monitoring of high-rise buildings. By integrating advanced signal processing and indigenous hardware designs, we aim to set new benchmarks for accuracy, reliability, and cost-efficiency.
Advanced Crystal Manufacturing
We specialize in processing BBO (Beta Barium Borate) and other nonlinear optical crystals for: Laser systems for medical, industrial, and defense applications. Quantum optics research and laser integration. Our R&D team focuses on achieving international standards in crystal processing, ensuring high optical quality and durability to meet the requirements of laser integrator companies worldwide.
Research Infrastructure
Our world-class research facility features
ISO Class 5 Cleanroom
Dedicated to developing and testing precision hardware in contamination-free environments.
Water Pool Testing Zone
Simulating real-world conditions for naval and underwater systems.
Optical & Electronics Laboratories
Equipped with advanced metrology tools, laser systems, and testing equipment.