L&T Vyoma Launches 40 MW AI‑Ready Green Data Centre in Navi Mumbai

Larsen & Toubro’s digital infrastructure arm, L&T Vyoma, has broken ground on a 40 MW AI‑ready green data centre in Mahape, Navi Mumbai (January 21, 2026). This marks the first phase of a planned 100 MW campus, part of a broader roadmap to scale over 200 MW of data centre capacity across India.

Key Highlights of the Launch

• Location: Mahape, Navi Mumbai
• Capacity: 40 MW (Phase 1 of a 100 MW campus)
• Technology: Direct-to-chip liquid cooling for high-density AI workloads
• Sustainability: Designed as a green facility with renewable energy integration
• Strategic Role: Supports hyperscale cloud providers, sovereign cloud requirements, and enterprise workloads

National Expansion Roadmap

• Target: Over 200 MW of data centre capacity across India
• Cities in focus: Mumbai, Chennai, Bengaluru, Hyderabad
• Investment: Around ₹10,000 crore earmarked for Vyoma’s data centre business

Strategic Importance

• AI-Ready Infrastructure: Built to handle AI-centric computing, including large-scale training and inference workloads
• Hyperscale-Ready: Tailored for global cloud providers requiring massive scalability
• Colocation & BTS (Build-to-Suit): Offers flexibility for enterprises needing custom infrastructure
• Edge & Disaster Recovery: Complements India’s growing need for resilient digital infrastructure

Comparison Table: L&T Vyoma’s Data Centre Strategy

Feature	Navi Mumbai (Mahape)	National Roadmap
Capacity	40 MW (Phase 1)	200+ MW planned
Campus Size	100 MW	Multi-city rollout
Cooling Technology	Direct-to-chip liquid cooling	Advanced cooling & energy-efficient systems
Sustainability	Green, renewable energy	Green campuses nationwide
Target Clients	AI workloads, hyperscale cloud, enterprises	Cloud providers, enterprises, sovereign cloud
Investment	Part of ₹10,000 crore	Total ₹10,000 crore+

Risks & Challenges

• Energy Demand: AI workloads require massive power consumption; renewable integration is critical
• Regulatory Approvals: Expansion depends on clearances from the Ministry of Environment, Forest and Climate Change
• Competition: Reliance, Adani, and global players are also scaling data centres in India
• Execution Timeline: No official completion date announced yet, which may affect rollout speed

Bottom Line: L&T Vyoma’s Navi Mumbai launch signals India’s push toward AI‑centric, sustainable digital infrastructure, positioning the country as a major hub for hyperscale and sovereign cloud ecosystems.

Infosys Expands Into Switzerland to Drive AI-Led Enterprise Growth

Infosys has officially expanded its European presence by opening a new office in Zurich, Switzerland, aimed at accelerating enterprise adoption of AI and digital transformation solutions. This move strengthens Infosys’ footprint in the region and supports Swiss businesses in their AI-driven growth journeys.

Key Highlights of Infosys’ Zurich Expansion

• New Zurich Office: Positioned to serve as a hub for enterprise AI journeys and digital innovation.
• Strategic Goal: Accelerate adoption of Infosys Topaz, the company’s AI-first suite leveraging generative AI technologies.
• Local Impact: Supports Swiss enterprises in sectors like banking, telecom, and manufacturing.
• European Growth: Part of Infosys’ broader strategy to deepen its presence across Europe.

Why Zurich?

• Financial & Tech Hub: Zurich is Switzerland’s largest financial center and a growing technology hub.
• Talent Pool: Access to highly skilled professionals in AI, data science, and enterprise IT.
• Client Proximity: Close to major Swiss corporations, including banks, insurers, and telecom providers.

Partnerships & Collaborations

• Infosys has expanded collaboration with Sunrise, Switzerland’s second-largest telecom operator, to integrate AI and analytics solutions.
• The Zurich office will likely serve as a base for such partnerships, enabling co-innovation with Swiss enterprises.

Strategic Importance

Factor	Impact
AI Adoption	Helps Swiss companies accelerate digital transformation with Infosys Topaz.
European Expansion	Strengthens Infosys’ footprint in continental Europe.
Client Engagement	Provides closer proximity to Swiss and EU clients.
Innovation Hub	Supports co-creation of AI-driven solutions with local partners.

Risks & Considerations

• Competition: Zurich hosts many global IT consultancies, so Infosys must differentiate with AI-first offerings.
• Regulatory Landscape: Switzerland’s strict data privacy and compliance standards require Infosys to adapt its AI solutions carefully.
• Talent Retention: High demand for AI talent in Zurich may pose recruitment challenges.

Bottom Line: Infosys’ new Zurich office is a strategic move to cement its role as a leader in AI-driven enterprise transformation in Europe. It positions Infosys to compete strongly in Switzerland’s digital economy while expanding its global innovation network.

Andhra Pradesh to Host South Asia’s Most Powerful Quantum Computer by July 2026

Andhra Pradesh has confirmed that by July 2026, Amaravati will host South Asia’s most powerful quantum computer—an IBM Quantum System Two equipped with a 133‑qubit Heron processor. This project, announced by IT and HRD Minister Nara Lokesh at the World Economic Forum, will anchor India’s first dedicated Quantum Valley Tech Park.

Nara Lokesh confirmed that an IBM Quantum System Two with a 133‑qubit Heron processor will be commissioned in Amaravati in partnership with IBM and Tata Consultancy Services (TCS).

Key Highlights of the Quantum Computer Project

• Delivery Timeline: July 2026
• System Details: IBM Quantum System Two with a 133‑qubit Heron processor
• Location: Amaravati, Andhra Pradesh
• Partners: IBM and Tata Consultancy Services (TCS)
• Scale: Largest quantum computing installation in South Asia

Quantum Valley Tech Park

• Size: 50 acres in Amaravati’s capital region
• Purpose: India’s first dedicated quantum technology hub
• Facilities: Industry‑embedded research centers, global quantum labs, joint PhD and post‑doctoral programs
• Focus: Accelerating real‑world deployment of quantum solutions

Execution Milestones

• January 2026: Testing of 100 quantum algorithms
• August 15, 2026: Delivery of 100 quantum use cases across enterprise, public services, and deep‑tech applications

Strategic Impact

• Regional Leadership: Positions Andhra Pradesh as South Asia’s quantum hub
• Economic Growth: Market projected to grow from $3.77B (2025) to $20B (2030)
• Global Collaboration: Partnerships with universities and tech firms to build a quantum talent pipeline

Challenges & Considerations

• Talent Gap: Requires rapid upskilling of engineers and researchers
• Infrastructure Readiness: Ensuring Amaravati’s ecosystem can support advanced hardware
• Global Competition: Must maintain momentum against US, EU, China

Comparison Snapshot

Region	Quantum System Planned/Active	Qubit Count	Timeline
Andhra Pradesh	IBM Quantum System Two (Heron)	133	July 2026
US (IBM, Google)	IBM Eagle, Google Sycamore	127–133+	Active
China	Origin Quantum prototypes	24–60+	Expanding
Europe (France, Germany)	Atos, IQM collaborations	50–100+	Ongoing

Bottom Line: Andhra Pradesh’s July 2026 quantum computer launch is a landmark move that will make Amaravati the epicenter of quantum innovation in South Asia, with direct implications for enterprise, public services, and global tech competitiveness.

Motivair by Schneider Electric Introduces Scalable 2.5MW Cooling Solution for GPUs & AI Workloads

Motivair by Schneider Electric, a leading innovator in liquid cooling technology for digital infrastructure, today introduced a new, industry-leading 2.5MW Coolant Distribution Unit (CDU) designed to cool high-density data centers reliably, at scale.

The MCDU-70 is the highest-capacity CDU available from Motivair, and presents a breakthrough flexible and scalable solution for meeting the rigorous demands of next-generation GPUs (Graphics Processing Unit) and gigawatt-scale AI Factories.

Utilizing Schneider Electric’s EcoStruxure software, Motivair’s CDUs operate as a centralized system—meeting today’s cooling requirements with the ability to scale to 10MW+ for next-gen HPC, AI and accelerated computing workloads.

Compact and efficient, the MCDU-70 is the newest addition to Motivair’s CDU line, providing cooling power without compromise by preserving full flow performance and facility pressure at gigawatt scale. Its capacity aligns perfectly with the needs of large-scale facilities, such as NVIDIA Omniverse DSX Blueprint, where deployments target 10MW to reach gigawatt scale. At 2.5 MW each, six MCDU-70s can provide a 4+2 redundancy for these designs, and the unit’s capacity is fit to service NVIDIA’s GPU roadmap for the foreseeable future.

AI isn’t slowing down. Our solutions are designed to keep pace with chip and silicon evolution—delivering next-gen performance when it matters most,” said Rich Whitmore, CEO & President of Motivair by Schneider Electric. “Data center success now hinges on delivering scalable, reliable, efficient infrastructure solutions that match the next generation of AI Factory deployments. We’re meeting that moment with proven liquid cooling solutions that scale with our customers’ needs.

Commenting on the broader impact of next-generation cooling infrastructure, Mr. Venkataraman Swaminathan, Vice President – Secure Power, Greater India, Schneider Electric, said, “As AI-driven digital infrastructure continues to scale in both capacity and complexity, resilient and energy-efficient power and cooling solutions are becoming foundational to data center design. Schneider Electric is focused on enabling future-ready digital infrastructure that delivers reliability and performance at scale, while supporting global sustainability and efficiency goals.”

With the addition of the MCDU-70, Schneider Electric’s end-to-end liquid cooling portfolio, now offers CDUs ranging from 105kW to 2.5MW, meeting current and future performance requirements. Each CDU is scalable and integrates seamlessly with other units and Schneider Electric’s software to deliver precise and reliable cooling capacity for data center operators. The MCDU-70 is now available to order globally via Schneider Electric’s advanced manufacturing hubs in North America, Europe and Asia. For more information, visit the website.

India Launches Military Quantum Mission Policy Framework to Drive Defense Tech Innovation

Chief of Defence Staff (CDS) General Anil Chauhan has released the Military Quantum Mission Policy Framework on January 22, 2026, in New Delhi. This landmark document sets a roadmap for integrating quantum technologies into India’s armed forces, aiming to prepare the Army, Navy, and Air Force for technology-centric future warfare.

Key Highlights of the Policy Framework

• Released by: General Anil Chauhan, Chief of Defence Staff
• Date: January 22, 2026
• Event Attendees: Army Chief General Upendra Dwivedi, Navy Chief Admiral Dinesh K Tripathi, Air Chief Marshal A P Singh, and Air Marshal Ashutosh Dixit (Chief of Integrated Defence Staff)

Strategic Objectives

• Technological Supremacy: Ensure India’s armed forces achieve dominance in rapidly evolving battlefields.
• Jointness & Integration: Promote synergy across the tri-services for seamless adoption of quantum technologies.

The 4 Pillars of Quantum Integration

• Quantum Communication – Secure, hack-proof military communication networks.
• Quantum Computing – Advanced simulations, cryptography, and decision-making support.
• Quantum Sensing & Metrology – Precision navigation, detection, and measurement systems.
• Quantum Materials & Devices – Cutting-edge hardware for defense applications.

Alignment with National Quantum Mission

• The framework is aligned with India’s National Quantum Mission, ensuring defense forces remain an integral part of the country’s broader quantum technology ecosystem.
• It defines a vision document for synergy between military and civilian quantum research, fostering innovation and dual-use applications.

Why It Matters

Aspect	Impact on Armed Forces
Security	Quantum communication will make military networks virtually unbreakable.
Operational Efficiency	Quantum computing enables faster battlefield simulations and logistics planning.
Precision Warfare	Quantum sensing improves detection of stealth aircraft, submarines, and missiles.
Innovation	Quantum materials drive next-gen defense devices and sensors.

Challenges & Risks

• Implementation Complexity: Requires massive investment in infrastructure and training.
• Global Race: Other nations (US, China) are advancing rapidly in military quantum tech.
• Cybersecurity Risks: Transition phase may expose vulnerabilities before full quantum adoption.
• Resource Allocation: Balancing civilian and military quantum research priorities.

Actionable Takeaway

India’s Military Quantum Mission Policy Framework is a strategic leap toward future-proofing its defense forces. For professionals in defense, tech, or policy, the key is to monitor how quickly the tri-services operationalize these quantum pillars and how India positions itself in the global quantum race.