Swiss fabless semiconductor company Kandou AI has opened its India Chip Design Headquarters in Hyderabad, marking a significant deepening of the country's semiconductor design ecosystem. The facility, located at Krishe Emerald in Kondapur, will serve as Kandou AI's primary engineering hub in India, focusing on advanced chip design, high-speed connectivity technologies, and semiconductor solutions for AI infrastructure, data centres, and next-generation computing.

The inauguration was attended by BRS Working President and former Telangana IT Minister KT Rama Rao as chief guest, alongside Kandou AI CEO and Co-Founder Srujan Linga. The event featured a traditional diya-lighting ceremony, a fireside chat, and demonstrations of next-generation AI infrastructure technologies — underscoring the company's long-term commitment to building deep engineering capabilities in India.

Hyderabad's Growing Pull as a Semiconductor Design Destination

The Kandou AI announcement adds to Hyderabad's rising reputation as a serious contender in the global semiconductor design landscape. The city is already home to major semiconductor R&D centres operated by Qualcomm, Intel, AMD, Nvidia, and Micron, and the Telangana government has actively courted high-technology investments through successive administrations. KT Rama Rao's presence as chief guest signals the state's strategic push to position Hyderabad as a premier destination for chip design and AI infrastructure investment — a narrative reinforced by Union Minister Ashwini Vaishnaw's recent framing of Hyderabad as an AI, semiconductor, and emerging-technology hub under the Viksit Bharat 2047 vision.

Also read: Vaishnaw Positions Hyderabad as AI, Semiconductor, and Bullet Train Hub

Kandou AI's facility is positioned as the company's India Chip Design Headquarters, not a satellite office, indicating that India is a core engineering hub for its global roadmap. As a fabless semiconductor company with its own intellectual property — rather than a services or testing firm — Kandou AI is contributing proprietary chip-design work out of Hyderabad that feeds directly into its global product pipeline.

Addressing the AI Memory Bottleneck with Proprietary Silicon IP

Kandou AI specialises in high-speed chip-to-chip connectivity technologies, including its proprietary copper-MIMO (Multiple Input Multiple Output) and high-speed serial link solutions. These technologies address a critical infrastructure bottleneck in AI scaling: memory bandwidth. As large language models and AI workloads grow in size and complexity, the speed at which data moves between processors and memory has become a limiting factor for both performance and energy efficiency.

The company's technology has seen significant commercial traction — products incorporating Kandou AI's solutions have shipped in more than 28 million silicon units globally. This track record, combined with a major vote of confidence from institutional investors, positions Kandou AI as a meaningful player in the AI infrastructure supply chain. In March 2026, the company raised $225 million in strategic funding led by Maverick Silicon, with participation from SoftBank, Synopsys, and Cadence — three of the most influential names in semiconductor and AI infrastructure investing. The funding is directed at breaking memory bottlenecks in AI and redefining AI connectivity, making the Hyderabad centre's work on high-speed chip interconnects strategically central to the company's overall mission.

An Integrated Engineering Hub with a Skills Mandate

The India Chip Design Headquarters houses multidisciplinary teams spanning chip architecture and design, design verification, validation, firmware, software engineering, systems engineering, and customer-facing technical and support roles. This breadth of functions suggests the Hyderabad centre is designed as a largely self-sufficient engineering campus rather than a narrowly scoped offshore unit.

Beyond internal capability building, Kandou AI has outlined plans to engage with universities, industry organisations, and government stakeholders for semiconductor skill development. This aligns with India's broader semiconductor mission, which has emphasised workforce development as a key pillar alongside fabrication and design incentives. For Hyderabad — already a significant centre for engineering talent — the Kandou AI presence adds another high-value employer in the proprietary chip-design space, strengthening the argument that the city can compete with Bengaluru's established semiconductor R&D cluster.

Also read: Can Responsible AI Catalyse India's Semiconductor Self-Reliance?

A Fabless Deepening in India's Semiconductor Story

Kandou AI's investment is part of a broader wave of global semiconductor companies expanding their India design presence. Unlike fabrication plants — which require billions of dollars and years to build — chip design centres create high-value engineering jobs and intellectual property that can be developed on a shorter time horizon. India has long been home to deep VLSI and embedded systems talent, and the current cycle of investment from companies like Kandou AI, alongside the expansion of existing centres by Qualcomm, Intel, and Nvidia, reflects the country's growing strategic importance in the semiconductor design value chain.

For Telangana, the Kandou AI headquarters strengthens the argument that Hyderabad offers a viable alternative to Bengaluru for semiconductor R&D investment. The state's proactive approach — exemplified by KT Rama Rao's active courting of technology investments during his tenure as IT Minister — has created a template that continues to deliver visible results. As India pursues its semiconductor self-reliance goals under the broader Production Linked Incentive framework, the Kandou AI facility stands as a concrete example of the kind of high-value, IP-driven investment that strengthens the ecosystem at the design stage.

Sources