PETERSBURG & AHMEDABAD | 20 June 2026: As global investment in AI infrastructure accelerates, India is increasingly positioning itself beyond data center operations and into the manufacturing of the critical hardware that powers the digital economy. Against this backdrop, Adani Enterprises and manufacturing solutions provider Jabil Inc. have announced a strategic alliance to establish an integrated AI & Data Center Infrastructure Manufacturing Platform in India. , explicitly designed to service a global structural investment cycle estimated to exceed $3 trillion over the next seven years driven by increasing investments in artificial intelligence infrastructure.

The collaboration combines Jabil’s expertise in precision manufacturing and digital infrastructure systems with the Adani Group’s capabilities across energy, logistics, industrial infrastructure, and data centers. Together, the partners aim to strengthen India’s role in the global supply chain for AI and hyperscale data center infrastructure at a time when demand for compute capacity, power systems, cooling technologies, and advanced networking equipment continues to grow rapidly.

Functioning as the primary incubation engine for the Adani Group, Adani Enterprises has built a diversified portfolio spanning ports, airports, logistics, utilities, renewable energy, and digital infrastructure. In recent years, the Group has expanded its focus toward data centers, clean energy, and emerging technology infrastructure, positioning itself at the intersection of industrial and digital growth.

Headquartered in St. Petersburg, Florida, Jabil Inc. is a global manufacturing and supply chain solutions provider. Reporting approximately $29.8 billion in revenue in fiscal year 2025, the company engineers and manufactures complex hardware solutions across industries including healthcare, automotive, telecommunications, cloud infrastructure, and industrial systems. Jabil has also strengthened its presence in the digital infrastructure market through investments and acquisitions focused on power management, cooling technologies, and data center engineering capabilities.

The Engineering Blueprint: Building the Hardware Layer of the AI Economy

Moving beyond conventional electronics assembly, the alliance is focused on creating large-scale manufacturing capabilities for the physical infrastructure required to support AI and hyperscale computing environments.

The proposed platform is expected to address two critical domains within the digital infrastructure ecosystem:

  1. Next-Generation Compute Infrastructure: Utilizing advanced Surface Mount Technology (SMT) and precision manufacturing processes to support the production of high-density AI racks, servers, storage systems, and networking infrastructure required by hyperscalers and enterprise data centers.
  2. Power and Thermal Infrastructure: Manufacturing essential infrastructure components including Power Distribution Units (PDUs), Coolant Distribution Units (CDUs), transformers, switchgear systems, and bus bars that enable reliable and energy-efficient operation of large-scale AI facilities.

Commenting on the significance of the partnership, Adani Group Chairman Gautam Adani stated:

“

The world is entering an Intelligence Revolution more profound than any previous Industrial Revolution. Nations that master the symmetry between energy and compute will shape the next decade. India is uniquely positioned to lead. Our alliance with Jabil represents a decisive step in building India’s complete AI infrastructure stack… Together, we will ensure India is not merely a consumer in the AI age, but a creator, builder, and exporter of intelligence.

– Gautam Adani, Chairman, Adani Group

The Power and Infrastructure Advantage

Unlike traditional electronics manufacturing, AI infrastructure production is closely linked to power availability, cooling efficiency, and supply chain integration. The partnership seeks to leverage Jabil’s expertise in thermal and power management systems alongside Adani’s investments in renewable energy, industrial infrastructure, and data center development.

This combination reflects an emerging trend in the AI economy, where the ability to manufacture, power, and operate compute infrastructure is becoming increasingly interconnected. As AI workloads continue to increase in scale and complexity, the supporting infrastructure required to run these systems efficiently is becoming just as important as the compute hardware itself.

The collaboration also aligns with broader industry momentum around digital infrastructure expansion. Global investments in hyperscale data centers, AI clusters, cloud infrastructure, and associated power systems are expected to remain a major area of capital deployment over the coming decade, creating significant opportunities across the manufacturing value chain.

Strategic Ramifications: Strengthening the AI Infrastructure Supply Chain

One of the most significant constraints facing global AI expansion today is not simply semiconductor availability, but the supporting infrastructure required to deploy and operate AI workloads at scale. Power distribution systems, cooling technologies, server integration, and network infrastructure are increasingly becoming critical components of the broader AI value chain.

Against this backdrop, the Adani-Jabil platform creates an additional manufacturing and supply chain diversification option for global technology companies seeking resilient infrastructure sourcing models. By bringing together compute infrastructure, power systems, thermal engineering, and manufacturing capabilities within a single ecosystem, the partnership seeks to support both domestic and international demand for digital infrastructure.

The initiative also reflects a growing trend among global enterprises to diversify manufacturing footprints and build greater resilience into technology supply chains. As demand for AI infrastructure accelerates, access to reliable manufacturing capacity for critical components is becoming a strategic priority.

Confirming the company’s ability to support these complex infrastructure deployments globally, Jabil CEO Mike Dastoor emphasized:

“

This strategic collaboration with Adani Group is another step forward in our efforts to create long-term value for customers throughout the AI ecosystem by offering scalable solutions across the product lifecycle. By combining Jabil’s more than sixty years of engineering expertise and advanced manufacturing capabilities with Adani’s formidable infrastructure and energy platform, we can expect to execute down to the rack level for hyperscalers and enterprises here in India and across the globe.

– Mike Dastoor, CEO, Jabil

Key Insights

  1. AI Infrastructure Is Becoming the New Strategic Manufacturing Opportunity: The next phase of the AI economy will be shaped not only by software and algorithms, but by the ability to manufacture and deploy the physical infrastructure that supports large-scale computing. Infrastructure manufacturing is emerging as a strategic layer of the AI value chain.
  2. The Value Chain Is Expanding Beyond Data Centers: India’s digital infrastructure story is evolving from hosting compute workloads to manufacturing the servers, cooling systems, power equipment, and networking infrastructure required to run them. This represents a meaningful move up the technology value chain.
  3. Supply Chain Diversification Is Creating New Opportunities: Global technology companies are increasingly seeking diversified manufacturing locations for critical digital infrastructure. This shift is creating opportunities for India to strengthen its position within global technology and infrastructure supply chains.
  4. Infrastructure, Energy, and Manufacturing Are Converging: The AI era is driving closer integration between power generation, industrial manufacturing, digital infrastructure, and technology ecosystems. Competitive advantage will increasingly depend on the ability to coordinate these capabilities at scale.

Outlook

The significance of the Adani-Jabil alliance extends beyond a single manufacturing partnership. It reflects a broader structural shift underway in the global technology industry, where competitive advantage is increasingly tied to the ability to build, power, cool, and operate AI infrastructure at scale.

For India, this represents an important evolution in its digital economy journey. While the country has already established itself as a leading destination for technology talent, digital services, and Global Capability Centres (GCCs), the next frontier lies in capturing a larger share of the infrastructure layer that underpins the AI economy.

This shift also mirrors a broader trend highlighted across the GCC ecosystem, where engineering, manufacturing, digital infrastructure, and innovation capabilities are becoming increasingly interconnected. The future will not be defined solely by where technology is developed, but also by where the physical systems that power technology are designed, engineered, and manufactured.

As global demand for compute capacity continues to expand, the opportunity will extend beyond data centers into manufacturing, engineering, energy systems, cooling technologies, supply chains, and advanced industrial capabilities. Partnerships such as Adani-Jabil illustrate how India is increasingly positioning itself not only as a consumer and operator of digital infrastructure, but also as a contributor to the global ecosystem that makes AI possible.

Curated by SSF Global

Tracking the shifts shaping GCCs, enterprise ecosystems, and the future of global business.

Share on      

SSF Global is a Global Community for Enterprise Function Leaders and serves as a research & advisory platform focused on Global Business Services (GBS), Global Capability Centres (GCCs), and the evolution of enterprise innovation in India and beyond. We track, publish, and partner in narratives that shape how capability centres transform into hubs of trust, intelligence, and sustainable growth. We also evaluate, assess and benchmark the GCCs for their performance, maturity and other parameters using our proprietary tools built from the knowledge gained from direct interaction with our members (GCCs & GBS).