News
Mar 9, 2026
News
Asia
NewDecoded
4 min read

Image by quantrolox
QuantrolOx and the Manipal Academy of Higher Education (MAHE) have officially partnered to establish Q-HUB@MAHE at the Manipal Institute of Technology in Bengaluru. This initiative introduces an indigenous, open-architecture quantum ecosystem designed to transition India from a technology user to a system builder. The project centers on the VIDYAQAR platform, an integrated design-to-deployment system that combines hardware experimentation with deep-tech startup incubation and translational research. The seven-figure agreement outlines a comprehensive roadmap for scaling quantum capabilities within the region. Initial phases will focus on sub-50 qubit training systems, with plans to progress toward industrial-grade platforms exceeding 1,000 qubits. This development is supported by a consortium of European leaders including Bluefors, ConScience, and Qblox, ensuring the hub has access to world-class cryogenics and control electronics.
A core component of the hub is the Quantum EDGE Academy, which serves as a virtual lab for mastering superconducting hardware. This facility provides students and researchers with a "peek under the hood" of real quantum systems through interactive simulations and professional coursework. The goal is to develop a specialized workforce capable of navigating the essential physics and calibration required for large-scale quantum production.
Vishal Chatrath, CEO of QuantrolOx, noted that the partnership follows the EU-India Free Trade Agreement and strengthens the technology corridor between the two regions. By utilizing the VIDYAQAR platform, the hub aims to establish a unified academic framework for workforce development and component innovation. The facility is currently scheduled for its official inauguration in September 2026.
Support for the initiative also comes from the European Innovation Council (EIC) and Business Finland, highlighting the strategic importance of global collaboration in critical technologies. These organizations emphasize that the partnership demonstrates how entrepreneurial ambition can merge with world-class research to scale innovation internationally. This milestone is a testament to the deepening innovation corridor between Finland and India. Partners emphasized that horizontal integration is key to unlocking the full potential of the quantum industry. By providing hands-on access to advanced and interoperable control systems, the consortium is helping to accelerate the global ecosystem. These efforts will ensure researchers are not merely users but are equipped to co-develop the next generation of scalable quantum systems.
The shift toward open-architecture quantum systems marks a significant departure from the proprietary approach of tech giants like Google or IBM. By integrating specialized components from multiple European vendors into a single academic framework, Q-HUB@MAHE provides a template for technological sovereignty. This model allows nations like India to move beyond cloud-based dependency, fostering a workforce capable of building and maintaining physical hardware rather than simply running remote algorithms. For the industry, this represents the maturation of the quantum supply chain, where interoperability between startups and established manufacturers becomes the primary driver of scale.
Related Articles