Elaboration:
We are a pioneering deep-tech venture focused on building practical quantum sensing devices. Unlike traditional systems that rely on extreme conditions, our technology is designed to work at room temperature, making it scalable, reliable, and ready for real-world deployment.
We collaborate with leading universities and research labs in India and abroad to ensure that our technology is scientifically rigorous, globally competitive, and future-ready.
Our goal is simple: to bridge the gap between breakthrough research and industrial applications, creating a foundation for the quantum future.
To create a world where quantum technology safeguards lives, powers industries, and accelerates scientific discovery — all with solutions that are reliable, scalable, and accessible. We aim to make quantum sensing and materials a cornerstone of innovation in healthcare, defense, communication, and computing, driving progress for both society and industry.
Pushing the boundaries of science and engineering to deliver solutions once thought impossible.
Operating with transparency, responsibility, and trust across our team, partners, and society.
Striving for the highest quality and reliability, ensuring global standards are met.
Working hand-in-hand with researchers, industry leaders, governments, and investors.
Focusing on technologies that create meaningful outcomes for society and industry.
Building a future that is technologically advanced, socially, and environmentally responsible.
Setting benchmarks in quantum technology and inspiring industry transformation.
Building lasting relationships through reliability and ethical practices.
Valuing diverse perspectives and fostering an inclusive environment for all.
Adapting to challenges and driving progress through perseverance.
Ensuring every product meets rigorous standards for performance and reliability.
Empowering continuous learning and development for our team and partners.
Traditional quantum systems often require extreme cooling or bulky equipment. Our approach is different:
Special sites in diamond crystals that behave like ultra-sensitive quantum probes.
Silver nanostructures that amplify signals for clearer and more reliable readouts.
Advanced thin-film deposition and laser processing ensure consistency and scalability.
This combination allows us to create sensors that are compact, stable, and ready for deployment across industries.
What it is: A compact sensor module with a diamond chip and integrated optics/electronics for quantum-grade magnetic and thermal measurements.
What it is: Engineered wafers with controlled NV/SiV density, built for labs, OEMs, and research groups working on quantum-enhanced devices.
What it is: A ready-to-use kit including the sensor die/module, electronics, optics, and software tools.
Quantum sensors detect weak biological signals, enabling earlier disease detection and precision monitoring.
Room-temperature quantum sensors allow submarine detection, silent navigation, and tracking even in GPS-denied environments.
Quantum sensing strengthens networks and supports quantum-secure communication for defense and telecom.
Provides high-sensitivity monitoring of grids, rails, and infrastructure for predictive maintenance and safety.
Room-temperature operation — No cryogenics, smaller and safer deployment.
Scalable manufacturing — Wafer-level process compatible with silicon/sapphire.
High performance — Nano-resonators boost signal clarity.
Integration-ready — Modules and kits designed for OEMs.
Cross-industry relevance — From healthcare to defense, one platform powers many solutions.
Our architecture reduces integration friction by pairing calibrated hardware with a lightweight SDK and reference apps. Wafer-level controls maintain repeatability across lots, while packaging options adapt to lab, field, or embedded use.
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