In a move set to redefine India’s position on the global technology map, Google has announced a landmark $15 billion investment to establish a gigawatt-scale AI data center campus in Visakhapatnam, Andhra Pradesh. This marks the company’s largest investment outside the United States and a significant boost to India’s digital and economic ambitions.
Developed in partnership with the Adani Group and the Government of Andhra Pradesh, the new AI hub will serve as a cornerstone for Google’s global compute and connectivity network. The facility will integrate cutting-edge Tensor Processing Units (TPUs), GPU-based AI compute clusters, and state-of-the-art subsea connectivity systems, enabling faster and more secure data flows across Asia and beyond.
The Visakhapatnam campus will also be powered by clean, renewable energy, aligning with Google’s global carbon-free operations target by 2030. With this, Andhra Pradesh will emerge as a model for sustainable tech infrastructure, combining economic growth with environmental responsibility.
“India’s digital momentum is unstoppable. With this investment, we aim to empower the next generation of AI innovation while supporting India’s data sovereignty and sustainability goals,” said a Google spokesperson.
The project will make Visakhapatnam Google’s third global connectivity gateway, after its hubs in the United States and Singapore. It will also play a crucial role in advancing India’s AI computing capacity, cloud infrastructure, and digital inclusion initiatives.
Here’s an interesting, media-friendly table highlighting the unique features and differentiators of Google’s new AI Hub in Visakhapatnam — perfect for inclusion in a press release, article, or infographic:
🌐 Unique Features of Google’s Visakhapatnam AI Hub
| Feature | What Makes It Unique | Impact / Significance |
|---|---|---|
| 🧠 Gigawatt-Scale AI Data Center | One of the world’s largest AI compute campuses, with next-gen Tensor Processing Units (TPUs) and GPU clusters. | Supercharges India’s AI research, language models, and digital innovation ecosystem. |
| ⚡ Clean Energy Infrastructure | Fully powered by renewable and hybrid clean energy systems. | Sets a new global benchmark for sustainable data centers; aligns with Google’s 2030 carbon-free goal. |
| 🌊 Subsea Connectivity Gateway | India’s first AI hub with direct subsea cable links to Asia-Pacific and the U.S. | Makes Visakhapatnam Google’s 3rd global connectivity hub, boosting India’s global internet capacity. |
| 🤝 Adani–Google–AP Government Partnership | Unique three-way collaboration between global tech, Indian enterprise, and state leadership. | Blends innovation, infrastructure, and governance for inclusive digital growth. |
| 🇮🇳 Focus on Data Sovereignty | Built to store and process data within India’s borders. | Strengthens national security and compliance with India’s data protection frameworks. |
| 🌆 Job Creation & Skill Development | Thousands of direct and indirect tech jobs; AI and data center training initiatives. | Fuels regional employment and builds India’s next-gen digital workforce. |
| 🏗️ 6 GW State Vision Alignment | Integrates with Andhra Pradesh’s 6 GW data center capacity plan by 2029. | Positions the state as India’s digital powerhouse. |
| 🔋 AI-Powered Energy Optimization | Uses machine learning for dynamic cooling, load management, and energy reuse. | Reduces energy waste and operational costs, boosting green efficiency. |
| 💻 Global R&D Collaboration Hub | Open platform for universities and startups to co-develop AI solutions. | Drives innovation from India for global markets. |
Andhra Pradesh Chief Minister [Name] welcomed the move, calling it a “transformational partnership” that will create thousands of high-skilled jobs, spur local innovation, and significantly boost the state’s GDP. The state government aims to develop 6 gigawatts of data center capacity by 2029, making Andhra Pradesh a national leader in next-generation digital infrastructure.
As India strengthens its role in the global AI ecosystem, Google’s Visakhapatnam hub stands as a testament to the nation’s growing technological prowess — where clean energy, connectivity, and computing power converge to shape the future.