QpiAI Opens Quantum Foundry in Karnataka to Accelerate Sovereign Superconducting Qubit Hardware

Bengaluru deep-tech pioneer QpiAI has inaugurated its state-of-the-art Quantum Foundry in Karnataka, establishing sovereign manufacturing for superconducting quantum processors and AI silicon.

In a landmark milestone for India's advanced computing architecture, Bengaluru-headquartered deep-tech company QpiAI has officially commissioned its Quantum Foundry in Karnataka. The facility represents India's first commercially integrated manufacturing and testing foundry dedicated to developing superconducting quantum processing units (QPUs), cryogenic semiconductor control circuits, and hybrid quantum-classical compute platforms.

The foundry aims to bridge the critical gap between theoretical quantum research and industrial-grade hardware synthesis, positioning India alongside a select cohort of nations capable of end-to-end quantum device fabrication. Aligned with India's National Quantum Mission (NQM), the foundry will manufacture quantum processors scaling from 8-qubit testbeds to 64-qubit fault-tolerant nodes over the next 24 months.

Strategic Capabilities of the Karnataka Quantum Foundry

Developing quantum hardware requires sub-millikelvin cryogenic environments, ultra-cleanroom lithography, and high-coherence material deposition. QpiAI's new Karnataka facility integrates cleanroom manufacturing with precision microwave synthesis to fabricate superconducting Josephson junction circuits directly on silicon and sapphire substrates.

| Foundry Dimension | Facility Specification | Operational Target | Strategic Impact | | :--- | :--- | :--- | :--- | | Cleanroom Class | ISO Class 5 / Class 100 Lithography | Micro-gap electron-beam lithography | High-yield Josephson junction fabrication | | Cryogenic Testing | Dilution refrigerators (< 10 mK) | Sub-15 millikelvin continuous testing | High-fidelity qubit coherence characterization | | Qubit Architecture | Superconducting Transmon Qubits | 8 to 64 Qubit Scalable Arrays | Sovereign hardware for defense & enterprise AI | | Control Electronics | Cryo-CMOS & RF FPGA stacks | Integrated cryogenic control ASICs | 90% reduction in thermal wiring overhead | | Software Co-Design | QpiAI-Explorer & Quantum LLM | Automated quantum circuit synthesis | Hybrid quantum-classical drug discovery & logistics |

Bridging Hybrid Quantum Computing and Enterprise AI

QpiAI is pioneering a full-stack hybrid computing model, coupling quantum processors directly with high-performance classical accelerators. In computational chemistry, molecular dynamics, and cryptographic analysis, pure classical clusters face exponential performance bottlenecks. By offloading combinatorial optimization problems to superconducting QPUs, enterprises can achieve polynomial speedups in simulation time.

Quantum computing is no longer a purely academic discipline—it is the strategic bedrock of 21st-century technological sovereignty,

remarked Dr. Nagendra Nagaraja, Founder and CEO of QpiAI. "With our Karnataka Quantum Foundry, India is establishing domestic capabilities in quantum silicon fabrication, ensuring that our AI infrastructure, materials science, and defense sectors are built on indigenous, secure platforms."

The facility will collaborate closely with premier research institutions, including the Indian Institute of Science (IISc), Indian Institutes of Technology (IITs), and global enterprise partners across pharmaceuticals, automotive battery design, and aerospace logistics.

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Priority Research & Application Vectors:

1. Materials Discovery & Solid-State Chemistry: Accelerating the discovery of high-energy-density battery electrolytes for electric vehicles without months of wet-lab trial and error. 2. Financial Optimization & Risk Simulation: Executing real-time portfolio optimization and Monte Carlo risk simulations across multi-asset trading desks. 3. Cryptographic Resilience & Post-Quantum Security: Designing quantum-resilient algorithms and quantum key distribution (QKD) hardware interfaces to secure critical national communications.

Catalyzing India's Deep-Tech Hardware Ecosystem

Historically, India's deep-tech sector has excelled primarily in software and algorithm design, while relying on overseas foundries for advanced physical semiconductors and cryogenic hardware. As detailed in our analysis of India's venture capital shifts toward capital-intensive hardware, institutional capital is increasingly backing vertically integrated deep-tech players.

Coupled with government capital allocations under the ₹6,000-crore National Quantum Mission and the surging momentum in India's AI infrastructure funding, QpiAI's Quantum Foundry establishes Karnataka as the premier quantum innovation cluster across South Asia.

The launch of the Karnataka foundry sets a concrete blueprint for sovereign computing infrastructure, ensuring India possesses the manufacturing capacity to shape the next era of quantum supremacy.