Detecting fraud in e-commerce transactions is a critical challenge as online shopping continues to grow. With the increasing volume of online purchases, the risk of fraudulent activities also rises, posing a significant threat to both businesses and consumers. The main problem is identifying and preventing these fraudulent transactions efficiently without disrupting genuine transactions and customer experience. The challenge involves developing a technological solution that can analyze transaction data in real time to spot suspicious patterns or behaviors indicative of fraud. This tool must be sophisticated enough to differentiate between legitimate and fraudulent activities, considering the diverse nature of online shopping behaviors. It should utilize advanced algorithms, machine learning, or artificial intelligence to learn from past transactions, improving its detection accuracy over time. Moreover, the solution needs to be adaptable to various e-commerce platforms and capable of handling large volumes of transactions without slowing down the process. It must also ensure the privacy and security of user data, complying with data protection laws. In summary, the task is to create a technological tool that can effectively detect and prevent fraud in e-commerce transactions, enhancing the security of online shopping for businesses and consumers alike. This tool should offer real-time analysis, high accuracy, adaptability, and strict data protection to tackle the evolving challenge of e-commerce fraud.