Agnikul Cosmos Plans ₹510 Crore Orbital Data Centre Manufacturing Facility in Andhra Pradesh

Chennai-based space technology company Agnikul Cosmos has announced plans to invest ₹510 crore in establishing a manufacturing facility for orbital data centre platforms in Andhra Pradesh’s Tirupati district. The proposed project will focus on developing space-based computing infrastructure that can be integrated with rocket upper stages, marking an expansion of the company’s technological activities beyond conventional satellite launch services.

Agnikul Cosmos signed a Memorandum of Understanding with the Government of Andhra Pradesh on November 13, 2026, during the 31st Confederation of Indian Industry Partnership Summit held in Visakhapatnam. The agreement covers the proposed development of orbital data centre manufacturing infrastructure and associated support for space launch operations.

The investment forms part of Agnikul’s efforts to develop a new category of orbital infrastructure in which the upper stage of a launch vehicle can be adapted to function as a platform for computing equipment after completing its primary launch mission.

₹510 Crore Investment Planned in Tirupati District

The proposed manufacturing facility will be established in Tirupati district, where Agnikul intends to develop infrastructure for producing orbital data centre platforms and associated space systems.

According to reports published following the agreement, the company has proposed an initial investment of approximately ₹510 crore. The project is associated with Andhra Pradesh’s efforts to develop an industrial ecosystem for aerospace manufacturing, launch vehicle technology and space-related infrastructure.

The planned facility will focus on manufacturing systems designed to accommodate computing hardware in orbit. These platforms are intended to support the integration of advanced processors, associated electronics and other equipment required for space-based data processing.

The agreement also covers support for equatorial and low-inclination launch operations, complementing Agnikul’s existing activities in Tamil Nadu.

The company has not announced a confirmed construction completion date or commencement of commercial production at the proposed facility.

Rocket Upper Stage to Function as an Orbital Computing Platform

A distinctive feature of Agnikul’s proposed orbital data centre programme is its approach to using the upper stage of a launch vehicle as a platform for additional operations after satellite deployment.

In a conventional orbital launch, the upper stage provides the propulsion required to place a payload into its intended orbit. After completing the launch mission, the stage generally has no further operational role unless it has been specifically designed for additional functions.

Agnikul is developing an alternative approach in which its extendable upper-stage architecture can remain operational and provide a platform for hosting equipment in space.

The company has described patented technology that allows the upper stage of its Agnibaan launch vehicle to serve as a satellite bus capable of accommodating computing infrastructure.

Under this concept, the rocket’s upper stage would support an orbital data centre module rather than functioning solely as a propulsion component.

The proposed approach combines launch vehicle engineering with orbital platform development, bringing two traditionally separate functions within a common technological architecture.

Integration of Advanced Computing Hardware

The proposed manufacturing facility will focus on orbital data centre units that can accommodate advanced computing hardware, including graphics processing units and associated electronic systems.

Graphics processing units, commonly known as GPUs, are used for computationally intensive operations, including artificial intelligence processing, scientific calculations and other parallel computing applications.

Srinath Ravichandran, co-founder and Chief Executive Officer of Agnikul Cosmos, explained that the proposed facility is intended to provide an integration platform for semiconductor companies developing computing hardware suitable for space applications.

Under the proposed arrangement, semiconductor manufacturers would develop the computing hardware, while Agnikul would provide the infrastructure required to integrate these systems with the upper stage of its launch vehicle.

Space-based computing hardware must operate under conditions substantially different from those experienced by conventional terrestrial data centres. These include exposure to radiation, vacuum conditions, temperature variations and restrictions on power availability.

The proposed orbital platforms will therefore require specialised engineering solutions for equipment integration, thermal management, electrical power and reliable operation in space.

Bengaluru-Based NeevCloud Identified as First Customer

Agnikul has also identified Bengaluru-based cloud computing company NeevCloud as its first customer for the proposed orbital data centre initiative.

According to the company’s announcement reported on November 13, Agnikul and NeevCloud have entered into an arrangement under which Agnikul will launch an orbital artificial intelligence data centre module developed using NeevCloud’s AI SuperCloud platform.

The collaboration connects Agnikul’s launch vehicle and orbital platform technologies with NeevCloud’s activities in artificial intelligence and cloud computing infrastructure.

The planned module is intended to support computing operations in orbit, using the infrastructure developed by the two companies.

The announcement establishes a commercial collaboration for the proposed system. It does not indicate that the orbital data centre module has already been launched or become operational.

Supporting Equatorial and Low-Inclination Launch Operations

The Andhra Pradesh agreement also includes provisions associated with supporting equatorial and low-inclination orbital launch operations.

Orbital inclination describes the angle between a satellite’s orbital plane and Earth’s equatorial plane. Different orbital inclinations are selected according to the requirements of satellite missions, including communications, Earth observation and other space applications.

Agnikul stated that its planned Andhra Pradesh activities would complement its existing infrastructure in Tamil Nadu, where the company intends to support launches to polar and Sun-synchronous orbits.

The proposed arrangement reflects Agnikul’s interest in developing infrastructure capable of supporting different orbital mission requirements.

The company has not announced the commissioning of a new operational launch site in Andhra Pradesh under the November 13 agreement.

Agnikul Expands Beyond Small Satellite Launch Vehicles

Agnikul Cosmos was established to develop configurable launch vehicles for transporting small satellites into orbit. The company emerged from the innovation ecosystem associated with the Indian Institute of Technology Madras and has undertaken research and development involving propulsion systems, launch vehicle structures and additive manufacturing.

Its Agnibaan launch vehicle programme incorporates modular design concepts and indigenous propulsion technologies intended to serve the small satellite launch market.

A significant technological achievement came in May 2024, when Agnikul conducted the suborbital Agnibaan SOrTeD demonstration mission from its private launchpad at Sriharikota.

The mission demonstrated the use of an indigenously developed single-piece, 3D-printed semi-cryogenic rocket engine.

The company’s proposed orbital data centre initiative represents an extension of its launch vehicle technology into the development of infrastructure intended to remain operational in space.

By adapting the upper stage to host computing equipment, Agnikul is pursuing an architecture that combines launch services with orbital platform capabilities.

Andhra Pradesh Develops Space Technology Manufacturing Ecosystem

The agreement with Agnikul was among several investment commitments announced during the CII Partnership Summit in Visakhapatnam on November 13, 2026.

The Andhra Pradesh government announced 12 agreements involving proposed investments of approximately ₹1.42 lakh crore across multiple sectors, including aerospace, electronics, renewable energy, industrial manufacturing and data centre infrastructure.

Agnikul’s proposed ₹510 crore investment was among the space technology projects announced during the event.

The project has been associated with the state’s proposed space technology industrial development activities in Tirupati district.

The planned facility would add orbital platform manufacturing to the range of space-related industrial activities being pursued in Andhra Pradesh.

The agreements announced at the summit represent investment commitments and proposed projects, with their implementation dependent on subsequent development activities.

India’s Private Space Sector Explores Orbital Computing

Agnikul’s proposed investment reflects the diversification of India’s private space industry into technologies extending beyond launch vehicles and conventional satellites.

Orbital computing involves placing processing equipment in space to perform data handling, artificial intelligence workloads and other computational functions.

The concept requires the integration of several technologies, including spacecraft structures, electronic systems, computing hardware, electrical power management and thermal control.

Agnikul’s proposed approach is distinctive because it seeks to use the extendable upper stage of its launch vehicle as the foundation for an orbital computing platform.

The planned collaboration with NeevCloud also connects India’s private launch vehicle industry with domestic artificial intelligence and cloud computing capabilities.

The November 13 agreement marks a new stage in Agnikul Cosmos’s development plans. Through its proposed ₹510 crore facility in Tirupati district, the company intends to establish manufacturing infrastructure for orbital data centre platforms while expanding its activities into a specialised segment of the emerging space technology industry.

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