QpiAI Launches Quantum Foundry in Bengaluru: A Leap Towards Quantum Supremacy

30 SEC SUMMARY

QpiAI inaugurates its eight-inch quantum processing unit manufacturing facility in Bengaluru, marking a significant step towards quantum supremacy. The foundry aims to fabricate up to 10,000 physical qubits and support the development of quantum AI factories. The company plans to export its technology to the Middle East, Southeast Asia, and the US.

TABLE OF CONTENTS

1. Introduction
2. Facility Details
3. Manufacturing Capabilities
4. Research and Development
5. Future Plans
6. Investment and Supply Chain
7. Quantum Supremacy Centres
8. Export Strategy
9. Conclusion
10. Call-to-Action

KEY HIGHLIGHTS

• QpiAI's new foundry is the largest in Asia.
• The facility aims to fabricate up to 10,000 physical qubits.
• QpiAI plans to localize its supply chain.
• The company targets exports to the Middle East, Southeast Asia, and the US.
• QpiAI raised $32 million in Series A funding in 2025.

Introduction

In a groundbreaking move, QpiAI, a leading quantum computing startup, inaugurated its eight-inch quantum processing unit (QPU) manufacturing facility in Jakkur, Bengaluru. This facility, described as a quantum foundry, is set to revolutionize the quantum computing industry by providing advanced manufacturing capabilities.

Facility Details

The new facility spans 70,000 square feet and includes a research and development center, QPU testing labs, and quantum-solutions development facilities. The foundry is designed to fabricate flip-chip superconducting processors with up to 128 qubits in its second phase and is slated to expand to accommodate processors with up to 10,000 physical qubits by 2027.

Manufacturing Capabilities

QpiAI's Bengaluru facility will undertake the entire device manufacturing process, including lithography, etching, patterning, assembly, and packaging. Unlike conventional semiconductor foundries, QpiAI's foundry is equipped to manufacture all the specialized devices required for quantum computers. This capability is crucial as quantum computing today is held back by insufficient innovation in manufacturing.

Research and Development

The foundry will support QpiAI's research into photonic and semiconductor qubits, with a focus on superconducting transmon and fluxonium-derived qubits for production deployments. The facility will also manufacture peripheral chips and sensors used in quantum computers. QpiAI has already fabricated four processors, including the eight-qubit QVidya, 25-qubit Indus, 64-qubit Kaveri, and nine-qubit Yukti.

Future Plans

QpiAI plans to localize more of its supply chain as it scales, particularly when imported components become a bottleneck. The company aims to build Quantum Supremacy Centres (QSCs) that combine error-corrected quantum processors with clusters of AI chips. These 'quantum AI factories' will develop commercial applications demonstrating quantum advantage.

Investment and Supply Chain

QpiAI has invested around $20–25 million in the facility so far and plans to invest another $10–15 million. About 20% of the inputs required by the company are currently imported. The company aims to localize its supply chain as it scales.

Quantum Supremacy Centres

QpiAI's first QSC is planned on a 10-acre site with around 300,000 square feet of built-up space. The company also plans to establish four QSCs outside India, although specific locations, investment requirements, and commissioning timelines remain undisclosed.

Export Strategy

QpiAI will initially target the Middle East, Southeast Asia, and the US for exports. The company aims to leverage its quantum computing technology in regions with high demand for advanced computing solutions.

Conclusion

QpiAI's new quantum foundry in Bengaluru represents a significant leap towards achieving quantum supremacy. With advanced manufacturing capabilities and a robust research and development framework, QpiAI is well-positioned to lead the quantum computing revolution.

Call-to-Action

For more information on QpiAI's groundbreaking advancements in quantum computing, visit blogy.in.