The intersection of artificial intelligence (AI) with biotechnology has ushered in a period of innovation in healthcare. The interdisciplinary nature of AI enables it to analyse and interpret large data sets from multiple domains. In the case of the life sciences, AI-biotech convergence holds the potential to alter the landscape of diagnostics, monitoring of disease progression, precision medicine, and prediction of public health threats.

Traffic congestion in Bengaluru is every man’s woe. To address this issue, the Bengaluru Science and Technology Cluster (BeST) promotes solutions centred around sustainable commuting alternatives. This approach not only tackles the traffic problem but also emphasises improving public health, offering a holistic strategy to make the city more liveable.

The Net Zero Water vision for Bengaluru, led by the Bengaluru Science and Technology Cluster (BeST), aims to address the city’s water crisis by developing scientifically sound, economically feasible, and practical solutions for water conservation.

The Biotechnology for Economy, Environment, and Employment (BioE3) policy marks a pivotal moment for India's life sciences sector. By prioritising bio-manufacturing, it aims to drive economic growth, environmental sustainability, and job creation. However, its success will depend on sustained funding, regulatory reforms, and the creation of interdisciplinary skill hubs.

India's agritech sector shows significant promise, with initiatives like the BeST (Bengaluru Science and Technology) cluster's agritech program leading the way. As new technologies and sustainable practices emerge, the landscape offers vast potential for improving farm productivity, resource efficiency, and farmer incomes.