Zoho is moving beyond software and cloud apps into the physical layer of its infrastructure with Nathu La, an India-designed server platform built for the company's own data centres.
The system uses Intel Xeon 6 processors and was developed with technical support from Intel India, according to a Times of India report published on June 10, 2026. Zoho designed key components such as the motherboard, microcontrollers, data centre secure control modules, network interface cards, firmware and chassis, with assembly handled through Indian electronics manufacturing partners.
The move matters because AI and cloud workloads are making compute costs, power use and hardware availability more important for software companies. By owning more of the stack, Zoho is trying to tune its infrastructure for its own products instead of depending only on standard servers from global vendors.
Nathu La is not being positioned as a consumer device. The report says the servers are designed for captive use inside Zoho's data centres in India and abroad, and about 1,000 units have already been deployed. Initial workloads include CRM, video and email hosting, along with smaller AI inference workloads.
Zoho executives said internal benchmarks show the servers can use 12% to 18% less power and deliver lower total cost of ownership in certain use cases compared with global OEM servers. The company also says the platform is modular and optimized for virtualization, high-performance computing, AI inference and storage workloads.
The hardware push also extends Zoho's research and development footprint. Its Nagpur team began work on the platform in 2020, and the company has filed more than five patents connected to thermal management and cost-optimized server architecture.
For India, the larger signal is that a major software company is investing in locally designed data-centre hardware at a time when AI infrastructure is becoming a strategic bottleneck. For Zoho, the test will be whether Nathu La can keep delivering measurable savings as the platform scales beyond its first 1,000 units.
