Once known primarily as a bustling port city on India’s eastern coast, Visakhapatnam(Vizag) is rapidly transforming into a strategic hub for hyperscale data centers and AI infrastructure. Google’s landmark $15 billion (approximately ₹1.27 lakh crore) investment, announced in October 2025 and with groundbreaking in April 2026,has catapulted the city into the national spotlight.
The project, developed in partnership with AdaniConneX and Nxtra by Airtel, envisions India’s first gigawatt-scale AI hub across multiple campuses (including sites in Tarluvada, Adavivaram, and Rambilli-Achyutapuram). It includes purpose-built data centers, a new international subsea cable landing station for enhanced global connectivity, and supporting fiber infrastructure. This positions Vizag as a potential ‘Submarine Cable Gateway’ for South Asia, rivaling established hubs like Singapore.
Andhra Pradesh’s broader ambitions are even larger.
The state targets up to 6 GW of data center capacity by 2030, with Vizag at the core. Additional players, including investments from Reliance-Brookfield-backed entities and Sify, are contributing to a projected multi-gigawatt cluster that could surpass Mumbai’s current operational capacity and place Vizag among Asia’s notable data center markets.
Economic promise and strategic edge
The momentum is undeniable.
Vizag’s coastal location offers advantages for subsea connectivity, cooling (leveraging ambient conditions), and logistics. Proponents highlight job creation in construction, operations, and ancillary tech services, alongside the boost to local manufacturing, semiconductors, and skills development. The Google project alone is expected to drive significant economic activity, aligning with national goals for digital self-reliance and ‘Viksit Bharat.’
State officials and industry voices see this as a chance to elevate Vizag from a regional center to a global tech node, attracting further FDI and positioning eastern India as a counterbalance to southern and western data center concentrations.
Sustainability questions loom large
Despite the optimism, serious concerns persist about long-term viability in a resource-constrained region.
Data centers, especially AI-optimized ones with high-density GPU/TPU racks, are notoriously power- and water-intensive. A single gigawatt-scale hub can demand electricity equivalent to powering a large city, while evaporative cooling systems consume millions of liters of water daily.
Vizag and the surrounding areas already face acute water stress, classified as ‘extremely high’ by global benchmarks. Residents in parts of the city receive tap water for less than an hour a day, and local reservoirs like Mudasarlova are critical for drinking supplies.
Some protests have erupted, with citizens, farmers, and activists highlighting risks to water security, potential displacement from land acquisition, and inadequate environmental clearances.
Power reliability adds another layer. While Google and partners pledge renewable energy integration, the intermittent nature of solar and wind poses challenges for 24/7 AI workloads that require an uninterrupted supply. Critics question whether the grid and new renewable capacity can scale fast enough without straining local resources or relying heavily on subsidies.
Environmental groups have raised alarms over construction near sensitive catchment areas, noise pollution, and the broader ecological footprint. Limited public consultation has fueled distrust, with some petitions demanding greater transparency and alternatives like inland or less water-stressed sites.
Balancing growth and resilience
- Resource Allocation: Securing sustainable water sources (possibly through advanced recycling, seawater desalination, or dry cooling innovations) and dedicated power infrastructure without diverting from agriculture or municipal needs.
- Infrastructure Readiness: Rapid upgrades to roads, transmission lines, and skills training to support the influx of high-tech operations and talent.
- Regulatory and Social Buy-in: Streamlining clearances while ensuring genuine stakeholder engagement to avoid prolonged disputes.
- Technological Adaptation: Adopting water-efficient and energy-optimized designs tailored to tropical conditions, potentially through local R&D collaborations.
While India’s data center market is booming, driven by digitalization, AI, and cloud adoption, clusters like Vizag must pioneer sustainable models to avoid the pitfalls seen in water-stressed regions elsewhere. Success will depend on public-private innovation in green technologies, robust policy frameworks, and adaptive urban planning.
Vizag stands at a pivotal crossroads. If challenges around water, power, and community impact are addressed proactively through transparent planning, cutting-edge efficiency measures, and equitable benefits, the city could indeed anchor India’s eastern digital economy for decades. Failure to do so risks environmental backlash and strained resources that could undermine the very growth it seeks.