By Satyasri Akula, IEEE Climate Change Ambassador focusing on Sustainable Development
Visakhapatnam, or Vizag as it is warmly known, has long been admired for its rare blend of coastal charm and mountainous terrain. Where the Eastern Ghats gently meet the Bay of Bengal, the city has evolved into one of India’s most treasured coastal destinations, known for its serene beaches, hilltop temples, the mist-covered coffee estates of Araku Valley, and waterfalls such as Katiki. Its pleasant climate and distinctive cultural and culinary identity have made Vizag a place where nature and community coexist harmoniously.
The recent move by the Andhra Pradesh government to facilitate a major AI data centre by Google in Vizag has sparked widespread public interest. The project is being projected as a landmark investment intended to place the city firmly on India’s technology map. Incentives, dedicated land allocation and infrastructure commitments have been announced with confidence. However, beyond the celebratory press releases, several long-term concerns demand closer scrutiny. According to Satyasri Akula, IEEE Climate Change Ambassador focusing on Sustainable Development, the merits of the project need to be assessed through a wider socio-environmental lens rather than solely as an economic trophy.
A central point of contention is the disproportionate return on public investment. Despite the scale of government support, the data center is estimated to generate only around 200 direct jobs. For a city of nearly two million residents, this raises an important question: who truly benefits from this model of development? “While being celebrated as a technological milestone, the public benefit appears minimal when compared to the resources being committed,” Akula observes. The perception among many is that the move may serve as a political showpiece rather than a transformative economic opportunity for the region
Globally, several technologically advanced nations are revisiting the environmental and infrastructural costs of data centres. The Netherlands temporarily halted new data centre approvals in Amsterdam due to concerns over their excessive resource consumption. Ireland is battling the reality of data centres accounting for nearly 20% of its national electricity usage, forcing the government to re-evaluate future proposals in light of climate commitments. Germany and Denmark have witnessed public pushback against projects viewed as environmentally burdensome. When countries with strong infrastructure and regulatory capacity are exercising caution, it is reasonable for developing regions to ask thoughtful questions before embracing similar ventures.
The environmental implications for Vizag are significant. Data centres require vast quantities of water for cooling. While Vizag lies along the coast, freshwater availability remains uneven, particularly during summer months when several neighbors experience supply stress. Concern among environmental advocates is that corporate water requirements could take precedence over residential needs during scarcity. Energy consumption is another serious issue, as such facilities run continuously and can strain existing power infrastructure. If this additional demand is met through non-renewable sources, it risks undermining broader climate objectives.
Heat generation is an often-overlooked consequence. Large data centres act as heat islands, contributing to localized temperature rise. For a coastal city that prides itself on its livable climate, this may alter environmental comfort over time. Electronic waste is another dimension rarely highlighted during project announcements. The frequent hardware upgrades required in data centres come with significant e-waste, posing disposal and sustainability challenges.
Past experiences in India reflect the consequences of prioritizing short-term development over ecological sensitivity. The tragedy in Wayanad stands as a reminder of how years of warnings regarding unregulated development in ecologically fragile zones went unheeded. While the circumstances differ, the underlying lesson remains relevant: decisions taken without long-term environmental foresight often prove costly for both nature and communities.
There is also the matter of land suitability. Vizag’s geography leaves limited land for expansion without affecting environmental buffers. Hill slopes, green covers, and natural drainage zones play a vital role in the city’s resilience, especially during monsoons. If the project displaces these safeguards, the city may face unintended consequences in the future. Existing challenges such as traffic congestion, waste management and water availability already require systemic solutions. Adding a resource-intensive facility without strengthening foundational infrastructure could compound these issues.
This does not imply that Vizag should reject technological investments. Rather, the city must seek development that aligns sustainability, community welfare, and long-term resilience. Akula emphasizes that, “True progress lies not in merely hosting global tech brands, but in ensuring that their presence contributes meaningfully to local well-being and environmental balance.” For many residents, Vizag is not just a commercial hub, it is a space of identity, heritage and emotional belonging. The prospect of environmental degradation threatens the very elements that define its character.
Before moving ahead, transparent environmental impact assessments, firm commitments on renewable energy usage, wastewater recycling, limits on groundwater extraction, and clear community benefit frameworks are essential. Development must not come at the cost of diminishing the natural and social fabric that gives Vizag its unique charm.
Progress must be inclusive, sustainable and responsible. Vizag’s place on the global technology map should not come at the expense of its ecological integrity or the quality of life of its citizens. The choice before policymakers is not one of development versus stagnation, but of what kind of development this city deserves.
