Azimuth AI Secures Major Funding with Jetha Global for Future Innovations

Azimuth AI Secures Major Funding with Jetha Global

In a significant milestone, Azimuth AI, a rapidly developing semiconductor company, has successfully closed a funding round led by Jetha Global, with contributions from existing partners such as Moneta Ventures and AUM Ventures. This achievement not only marks a robust beginning to 2026 for Azimuth AI but also emphasizes the rising investor confidence in its unique technology and strategic roadmap.

Azimuth AI, headquartered in Sacramento, California, alongside its team in Hyderabad, India, specializes in creating custom edge-AI System-on-Chips (SoCs) tailored for smart utilities and industrial infrastructures. As Praveen Yasarapu, Founder and CEO, stated, this funding is poised to propel the company into a phase characterized by production deployments and scale.

Building Momentum

The recent funding round signals strong investor belief in Azimuth AI's vision and execution capabilities. With a focus on their Software-Defined Silicon strategy, the company’s leadership and engineering team, which boasts extensive experience from industry giants like Intel, positions Azimuth AI as a contender in the global semiconductor market.

Karan Danthi, Founder and Chief Investment Officer of Jetha Global, highlighted the emergence of Indian semiconductor companies that possess world-class technology. He expressed confidence in Azimuth AI’s engineering team, noting their impressive track record of successful SoC developments.

A Landmark Achievement

This announcement follows a landmark moment on November 17, 2025, when India's first smart utility-focused silicon, the ARKA-GKT1, was launched in New Delhi. This event was officiated by Ashwini Vaishnaw, the Union Minister for Electronics, IT, Railways, and Communications. The launch reinforced Azimuth AI's pivotal role in advancing India's semiconductor self-reliance and enhancing its global competitiveness.

The ARKA-GKT1 chip showcases the company's cutting-edge technology in next-generation silicon, designed specifically for smart utilities. Currently, the chip is undergoing thorough qualification and customer testing, with plans to scale into production volumes later in 2026.

Revolutionary Technology

Built on Azimuth AI’s Software-Defined Silicon framework, the ARKA-GKT1 promises high integration, flexibility, and energy efficiency tailored for modern infrastructure needs. Notably, it offers a remarkable performance improvement of up to ten times over traditional general-purpose integrated chips while ensuring enhanced security and reliability.

This progress signifies a major operational and technical milestone for Azimuth AI, underscoring their capability to transform innovative designs into tangible products ready for market deployment.

Driving Change in Silicon Design

Azimuth AI's mission is centered around developing highly integrated and energy-efficient SoCs that can significantly reduce system costs and bolster performance, thereby enabling intelligent decision-making within industrial IoT and infrastructure systems.

Sridevi Badiga, Co-founder of Azimuth AI, expressed her conviction about the company’s impact, emphasizing the collective effort from the team, partners, and investors in building valuable semiconductor technologies.

With recent capital acquisition, acknowledgment at a national level, a reliable silicon framework, and burgeoning customer support, Azimuth AI positions itself for significant growth in 2026, anticipating a year full of production, scaling, and global market outreach.

What’s Next for Azimuth AI?

As Azimuth AI moves into this new chapter, the company aims to leverage its innovative technology to meet the demands of the evolving smart utility landscape. The successful funding round and the recognition of its unique ARKA-GKT1 silicon set a promising foundation for achieving growth and excellence in the semiconductor industry.

Overall, Azimuth AI seems geared up for a transformative year ahead, ready to make its mark in the competitive landscape of semiconductor solutions.