Indian firm seeks $3 billion to buy Nvidia next-gen chips
AM Intelligence plans to fund a massive computing infrastructure project to provide high-powered AI services across India and Southeast Asia.
The short version
- AM Intelligence plans to raise up to $3 billion via bonds and bank loans for Nvidia Rubin GPUs.
- The company will invest $6 billion to build 100 MW of computing power in India and Malaysia.
- The firm aims to add 300 MW of capacity within 15 months with an investment exceeding $20 billion.
- AM Intelligence is owned by the founders of Greenko, a leading Indian renewable energy firm.
Why it matters
This move signals a shift toward 'computing-as-a-service' in India, where local firms provide the heavy lifting for AI. It shows how energy companies are pivoting to become 'neocloud' providers to support the next wave of AI agents.
A massive infrastructure push
AM Intelligence, a company based in Hyderabad, is moving to secure significant funding for its AI ambitions. According to a report from Bloomberg, the firm is looking to raise up to $3 billion through a combination of bank loans and bond issues. These funds are specifically earmarked for purchasing Nvidia's next-generation Rubin graphics processing units (GPUs).
The company describes itself as one of the largest committed buyers of these specific chips outside of North America. By securing these high-end components, the firm intends to build a robust foundation for large-scale AI operations. This strategy positions the company to provide essential hardware for the growing demand of artificial intelligence applications.
The financial plan also includes a projected $300 million in advance payments from potential offtakers. This suggests that there is already significant interest from clients who want to lease or use the computing power once it is online. The firm is leveraging these early commitments to bolster its debt-raising efforts in a competitive market.
Scaling across borders
The company's broader investment plan involves spending $6 billion to establish 100 MW of computing power. This capacity will be split across data centers located in both India and Malaysia. This geographic spread allows the firm to tap into different markets while building a diversified infrastructure network.
To reach this 100 MW goal, AM Intelligence plans to purchase a total of 29,000 Nvidia Rubin chips. These chips are specifically designed for agentic AI, which refers to systems capable of performing complex tasks autonomously. By focusing on these specific units, the firm aims to gain a first-mover advantage in the Indian market.
Beyond the immediate 100 MW goal, the company has even more ambitious targets for the near future. It plans to add another 300 MW of capacity to the market within the next 15 months. This expansion will require an investment of more than $20 billion, highlighting the massive scale of the current AI infrastructure build-out.
The rise of neoclouds
AM Intelligence is part of a broader trend where Indian energy companies are transforming into what experts call neocloud companies. These firms are setting up data centers with massive computing power that can be leased to hyperscalers, which are large-scale cloud service providers. This shift allows energy companies to diversify their business models by providing the backbone for the digital economy.
Several major Indian entities are already participating in this transition, including the Adani Group, Reliance, and Tata Power. These companies are leveraging their existing energy expertise to support the high electricity demands of AI data centers. By providing both the power and the computing hardware, they can offer a comprehensive service to tech giants.
This trend is supported by the growing need for localized infrastructure. As AI becomes more integrated into business operations, companies want to ensure that the underlying hardware is reliable and accessible. The move toward computing-as-a-service allows smaller enterprises to access high-end chips without having to own the physical hardware themselves.
From training to agents
The focus of the AI industry is expected to shift significantly in the coming year. While current efforts often center on training foundational models, the next phase will likely prioritize running production agents. These agents are designed to perform specific, low-latency tasks for businesses rather than just learning general information.
Nvidia's Rubin GPUs are particularly well-suited for these types of agentic workloads. Because they are optimized for speed and specific actions, they are becoming a primary target for infrastructure providers. AM Intelligence is positioning its hardware to meet this specific demand as enterprises move toward practical AI deployment.
The company is also developing a much larger long-term roadmap that includes 5 GW of AI data centers. This plan covers regions including India, the United States, and Europe. By expanding globally, AM Intelligence aims to become a major international provider of compute-as-a-service over the next several years.
What to watch
- Whether AM Intelligence successfully secures the $3 billion in debt.
- How other Indian energy giants like Adani and Tata Power scale their neocloud operations.
- The actual performance of Nvidia's Rubin chips compared to the current Blackwell models.
Try it
Look up 'computing-as-a-service' to see how companies are beginning to lease AI hardware instead of buying it outright.
Sources and links
- ReportingCNBC on MSN: the article we sourced
Liked it? Say why
Add a line for other readers.
No account needed. We never show your email. Comments with links, ads or abuse are held and not shown. Your comment shows after a quick check.
Listen to the AI Wire headlines
Listen to the AI WireListen to our daily AI shows every morning: on your commute, in the shower, wherever you are
Listen to the daily showsFirst reported by CNBC on MSN · Read the original. Written by the SI Agent News Desk from the reporting above.Written with AI from the source above. Every number is checked against the source. Spot a mistake? Corrections.
