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India faces a significant threat from climate related events, with the Asian Development Bank estimating that floods represent over 50% of the country’s most destructive disasters. According to data from the Central Water Commission (CWC), India has lost roughly INR 4.69 trillion over the last 65 years due to damage to homes, crops, and infrastructure. […]

The Growing Challenge of Urban Flooding in India Indian cities are growing fast; new roads, buildings, metros, and flyovers are coming up every year. But while cities are growing upward and outward, one thing often gets ignored – where will the rainwater go? Every monsoon, we see the same scenes. Roads turn into rivers, underpasses

The global coastline is under a level of pressure we have not seen in modern history. As sea levels rise and storm surges become more frequent and intense, traditional methods of defending our shores are being pushed to their limits. For decades, the go-to solution for coastal erosion control solutions involved “hard” engineering: massive concrete

For decades, the standard response to erosion, slope instability, or canal leakage has been the same: pour more concrete. While traditional concrete is undoubtedly strong, it comes with a heavy logistical burden. It requires massive amounts of water, heavy machinery, specialized formwork, and significant time for curing. In remote or environmentally sensitive areas, these requirements

India’s coastline is one of its most defining features. It’s a vibrant zone of trade, culture, and life for millions, and yet, this frontier is shrinking. Coastal erosion in India has rapidly accelerated, becoming a national crisis that threatens not just beaches, but entire ways of life. As per a study by the National Centre

India constantly deals with a water problem that swings between two extremes. During the monsoon season, there is too much water, leading to destructive floods. This creates huge flood control challenges. Then, in the long dry months, there’s too little water, which results in serious shortages. This highlights the need for effective water scarcity solutions

A sunpipe is an innovative, high-performance passive lighting device designed to channel natural daylight from the rooftop directly into the interior of a building. Also known as sunpipe tubular skylights, it provides a brilliant, glare-free source of light that significantly reduces the need for electrical illumination during the day. This simple yet revolutionary technology transforms

In the global drive toward sustainable architecture and green building practices, the strategic utilization of natural light is paramount. Maximizing natural light transmission technology is critical not only for reducing massive electrical footprints but also for enhancing well-being. The challenge lies in illuminating deep interior spaces that traditional windows and skylights simply cannot reach, often

The global energy crisis isn’t slowing down. Buildings, which account for almost 40% of total energy consumption worldwide, are under the spotlight. Energy costs are soaring, cities are growing, and people are looking for spaces that feel healthier and more natural to live and work in. From architects to developers to facility managers, everyone is

India’s water problem is a mystery within a mystery. We have massive rivers and an annual surface water flow that’s around 1,869 billion cubic meters. And even then, a huge chunk of that water, over 1,100 billion cubic meters, simply rushes away, which causes devastating floods during the monsoon and leaves us bone-dry in the