The popularity of water sports and swimming necessitates implementingefficient monitoring systems to guarantee water safety and purity. The current techniques used for water quality assessments need helpdelivering instantaneous, precise information for prompt decision-making within water sports. This requires the use of creative strategies that make use of cutting-edge technology. The researchsuggestsusing the Nanotechnology and Biotechnology-based Water Sports Monitoring System (NTBT-WSMS) to address these difficulties. This method combines the advanced disciplines of nanotechnology and biotechnology to improve water quality monitoringin areas specifically designated for water sports and swimming. The NTBT-WSMS incorporates nanosensors for immediate identification of pollutants, biotechnological techniques for evaluating microorganisms, and an intelligent data integration system for thorough surveillance. The proposed NTBT-WSMS yields remarkable average values for criticalcriteria, such as Flexibility (88.71%), Accuracy (94.55%), Processing Speed (502.56 fps), Integration Efficiency (88.1%), and Reliability (93.87%).
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