Adani Enterprises and Jabil Plan Equal Joint Venture to Manufacture AI and Data-Centre Equipment in India

Adani Enterprises and US-based electronics manufacturing services company Jabil have signed a preliminary agreement to establish a 50:50 joint venture focused on manufacturing artificial intelligence (AI) and data-centre equipment in India.

The proposed partnership brings together Adani Enterprises' infrastructure development capabilities and Jabil's experience in electronics manufacturing, supply-chain management and advanced technology production.

The initiative is intended to strengthen domestic manufacturing capabilities for equipment used in AI computing and data-centre infrastructure as demand for digital services and high-performance computing expands.

Under the proposed arrangement, both companies would hold equal ownership in the joint venture, subject to final agreements, applicable approvals and completion of the necessary formalities.

The development represents a potential expansion of India's electronics manufacturing ecosystem into equipment supporting increasingly sophisticated computing infrastructure.

Proposed Joint Venture to Manufacture AI Servers, Racks and Data-Centre Hardware

The proposed joint venture will focus on manufacturing and assembling equipment required for high-performance computing and large-scale data-centre operations.

Its planned product portfolio includes AI computing racks, servers, storage systems and networking equipment.

These components form the physical foundation of modern data centres, enabling businesses to process large volumes of information, operate cloud applications and deploy advanced AI models.

The partnership will also cover critical infrastructure supporting computing equipment, including power distribution units, transformers and liquid-cooling systems.

Such equipment is increasingly important as AI workloads demand greater computing power, higher energy efficiency and more sophisticated thermal management.

The companies also intend to provide installation and commissioning services, allowing customers to obtain integrated hardware and infrastructure solutions.

The manufacturing platform is expected to support multi-gigawatt AI rack capacity, although detailed production schedules and facility-level investment commitments have not yet been disclosed.

Partnership Builds on June 2026 Strategic Alliance Announcement

The October agreement follows an earlier announcement in June 2026, when Adani Enterprises and Jabil outlined plans to develop an AI and data-centre infrastructure manufacturing ecosystem in India.

The initial collaboration focused on combining advanced manufacturing capabilities with large-scale infrastructure development.

The latest memorandum of understanding establishes a proposed equal-ownership structure for the venture.

However, the agreement is non-binding, meaning the joint venture has not yet been formally established.

Its implementation remains subject to definitive agreements, necessary approvals and customary closing conditions.

The companies have not announced a confirmed manufacturing location, initial investment amount or commercial production commencement date.

Adani Group Targets Expansion Across AI Infrastructure Value Chain

For Adani Enterprises, the proposed partnership represents an opportunity to expand beyond developing and operating digital infrastructure into manufacturing equipment used inside data centres.

The Adani Group has announced plans to invest approximately $100 billion in developing 5 gigawatts of green-energy-powered, hyperscale AI-ready data-centre capacity by 2035.

The proposed manufacturing venture is aligned with that broader infrastructure strategy.

By combining energy generation, infrastructure development and equipment manufacturing, the group aims to establish a more integrated position within the AI infrastructure ecosystem.

Data centres require dependable electricity supplies, advanced cooling technologies, reliable connectivity and high-performance computing hardware.

Adani's existing activities across energy, logistics and infrastructure could provide complementary capabilities for the proposed venture.

Nevertheless, the commercial success of the partnership will depend on manufacturing execution, customer demand, technology capabilities and competitive pricing.

Jabil Brings Global Electronics Manufacturing and Engineering Expertise

Jabil is a US-based engineering, supply-chain and manufacturing company with experience across electronics, computing infrastructure and industrial technology.

The company has approximately six decades of manufacturing and engineering experience and reported revenue of about $36 billion for fiscal 2026.

Its capabilities include complex electronics assembly, product engineering, supply-chain management and advanced manufacturing processes.

Jabil has also expanded its data-centre infrastructure capabilities through acquisitions.

Its acquisition of Hanley Energy Group strengthened its capabilities in critical power and energy management systems.

The acquisition of Mikros Technologies added expertise in liquid-cooling technologies used for high-performance computing applications.

These capabilities could support the proposed venture's development of integrated AI infrastructure equipment.

For Jabil, the partnership would also provide an opportunity to expand its manufacturing presence in India while serving domestic and international data-centre customers.

India's Data-Centre Capacity Could Reach 5–8 GW by 2030

The proposed venture comes as India prepares for significant expansion in data-centre infrastructure.

Industry projections cited by the companies indicate that India's installed data-centre capacity could reach approximately 5–8 gigawatts by 2030.

The expected growth reflects increasing adoption of cloud computing, artificial intelligence, enterprise digitalisation and data-intensive applications.

Major technology companies are investing in computing infrastructure to support AI training, inference, cloud services and digital platforms.

The companies also cited more than $50 billion in planned hyperscaler spending across India's data-centre, cloud and AI ecosystems.

These investments could generate demand for servers, AI racks, networking systems, power equipment and advanced cooling technologies.

Domestic manufacturing may help infrastructure developers diversify supply chains and reduce dependence on imported finished equipment.

However, India's ability to capture a larger share of AI hardware manufacturing will depend on access to components, technical expertise, supplier ecosystems and internationally competitive production costs.

Global AI Infrastructure Investment Creates Export Opportunities

Beyond serving India's domestic market, Adani Enterprises and Jabil intend to position the proposed joint venture as a manufacturing platform for international customers.

Potential customers include hyperscale cloud operators, specialised AI cloud providers, data-centre developers and large enterprises.

The companies estimate that global investment in AI computing infrastructure could create a market opportunity exceeding $3 trillion over the next seven years.

This estimate reflects anticipated spending across computing systems and supporting infrastructure rather than confirmed orders for the proposed venture.

As AI applications become more computationally demanding, infrastructure operators are deploying increasingly sophisticated server systems and cooling technologies.

Manufacturers capable of integrating these components at scale may benefit from growing demand for complete infrastructure solutions.

India could potentially become an additional manufacturing destination for such equipment, particularly as global technology companies seek diversified production networks.

The proposed partnership aims to participate in this opportunity through equipment manufactured in India for domestic consumption and exports.

Advanced Cooling and Power Systems Become Critical for AI Data Centres

One of the most significant changes in data-centre engineering is the increasing importance of energy management and thermal efficiency.

Traditional computing facilities have relied heavily on air-cooling systems.

However, high-density AI computing equipment can generate substantial heat, making advanced liquid-cooling solutions increasingly relevant.

The proposed venture plans to manufacture equipment supporting both computing operations and associated cooling requirements.

Its intended portfolio includes power distribution units, transformers and liquid-cooling systems.

These components help manage electricity delivery and operating temperatures within computing facilities.

Efficient power and cooling infrastructure can influence operating costs, equipment reliability and overall data-centre performance.

The inclusion of these technologies indicates that the partnership intends to address a broader portion of the AI infrastructure supply chain rather than focusing exclusively on server assembly.

Potential Impact on India's Electronics Manufacturing Ecosystem

The proposed joint venture could contribute to India's efforts to develop higher-value electronics manufacturing capabilities.

AI infrastructure equipment requires advanced engineering, precision assembly, quality assurance and sophisticated supply-chain coordination.

Developing these capabilities domestically could create opportunities for component suppliers, industrial service providers and specialised engineering companies.

Potential benefits include increased demand for electronics manufacturing services, thermal management equipment, electrical components and infrastructure integration.

The venture may also support the development of technical skills related to high-density computing systems.

However, the extent of domestic value addition will depend on which components are manufactured locally and which continue to be imported.

Manufacturing AI infrastructure equipment does not necessarily mean producing advanced semiconductor chips domestically.

The distinction is important because server assembly, systems integration and semiconductor fabrication involve different technologies, investment requirements and supply chains.

Regulatory and Commercial Milestones Remain Ahead

Despite the strategic significance of the announcement, the proposed joint venture remains at a preliminary stage.

The companies must complete definitive agreements and satisfy applicable regulatory and commercial requirements before establishing the business.

Important details still to be finalised or disclosed include the venture's capital investment, manufacturing location, implementation schedule and initial production capacity.

Future developments may also clarify customer commitments, procurement arrangements and export strategies.

For investors assessing the partnership, these milestones will provide a clearer indication of the venture's financial and operational significance.

The announcement establishes a proposed collaboration framework but should not be interpreted as confirmation that manufacturing operations have commenced.

Conclusion

The proposed 50:50 joint venture between Adani Enterprises and Jabil represents a significant step toward expanding India's capabilities in AI and data-centre equipment manufacturing.

By combining Adani's infrastructure and energy businesses with Jabil's advanced engineering and manufacturing expertise, the companies aim to develop a large-scale platform producing servers, AI racks, networking equipment and critical power and cooling systems.

The initiative is aligned with rising demand for AI computing infrastructure in India and international markets.

However, the partnership remains subject to definitive agreements and necessary approvals, with important investment and implementation details yet to be announced.

If successfully established and scaled, the venture could strengthen India's role in global AI infrastructure supply chains while supporting the country's expanding data-centre industry.