About Srsti Quantum
Advanced quantum hardware manufacturing for superconducting processors, microwave resonators, and specialized quantum devices.
The People Behind the Qubits
Expertise: Quantum Engineering, Algorithms.
Ex-Head of Quantum India, IBM.
PhD in Electronics, IIT D.
MS in Electrical Engineering, Washington University in St. Louis.
Dr. Venkata L. Subramanian
CEO and Founder
Expertise: Nanofabrication, Devices, Material Science, 3D-Printing, and Characterization.
Ex-Postdoc in Material Science and Chemical Engineering, University of Delaware.
PhD in Chemical Engineering, Tufts University.
MS in Chemical Engineering, University of Toledo, Ohio.
Dr. Subhash Kalidindi
Director of Nanofabrication
Expertise: Antenna technologies, RF, electronics testing, quantum electronics testing.
Ex-Antenna Design Engineer, MMRFIC Technology Pvt. Ltd.
Ex-Antenna Engineer, GalaxEye.
PhD in Electrical, Electronics, and Communication Engineering, IIT B.
Dr. Nagalakshmaiah Kalva
Chief Scientist
Expertise: Quantum Science, Nanofabrication, Quantum Hardware Design and Validation, Characterization of Devices.
Ex-Postdoc in Engineering Sciences, University of Oxford.
Ex-Postdoc in Physics, University of Basel.
PhD in Physics, IISER T.
Dr. Prasanta Kumbhakar
Chief Scientist
Former Principle Investigator of CeNSE, IISc Bangalore, advising Srsti Quantum on advanced nanofabrication and research infrastructure.
Dr. Mohan Sangineni
Advisor
Precision Quantum Hardware Manufacturing
Srsti Quantum is an advanced quantum hardware manufacturing company dedicated to the fabrication of superconducting quantum processors, microwave resonators, and specialized quantum devices.
We combine expertise in nanofabrication, precision thin-film processing, device characterization, and semiconductor manufacturing to deliver reliable quantum hardware for research institutions, startups, industry, and national laboratories.
Our multidisciplinary team brings together specialists in quantum device engineering, lithography, materials science, microwave engineering, cryogenic measurements, and quality assurance. Working alongside leading academic institutions, research organizations, and technology partners, we develop manufacturing processes that emphasize precision, repeatability, and scalability.
From cleanroom fabrication to comprehensive electrical, microwave, and cryogenic characterization, every device undergoes rigorous validation before delivery. Our goal is to provide world-class quantum hardware manufacturing capabilities that strengthen India's quantum technology ecosystem while serving global research and industrial communities.
Why Indigenous Quantum Hardware Matters
Building quantum hardware domestically isn't just a manufacturing choice - it's a strategic one for India's research and industrial ecosystem.
Cheaper
Manufacturing on Indian soil removes import duties, currency conversion losses, and layers of overseas middlemen, lowering acquisition costs for labs and industry.
Lesser Lead Times
Local fabrication, packaging, and testing mean devices aren't held up in customs or overseas transit, enabling faster iteration for time-sensitive research programs.
No More Dependence on Importing
Every processor and test chip built in-house reduces reliance on foreign suppliers for a strategically critical technology, protecting against external supply shocks.
Collaborating with Research Centers & Universities
We work alongside IITs, IISc, and national laboratories to align our fabrication capabilities with real research needs and accelerate technology transfer.
Contributing to Indian Economy & Building Specialized Workforce
Every device manufactured here creates skilled jobs in nanofabrication, cryogenic engineering, and device testing, building the workforce India needs to compete globally.
Partners
