Fresh produce present unique challenges as they can get contaminated with human pathogens at any point from farm to table. They are mostly consumed raw, without a “killing step” like cooking. To reduce the risk, a comprehensive understanding of potential microbial contamination sources, implementation of Good Agricultural Practices (GAPs) and effective mitigation strategies throughout the production and supply chain are needed. GAPs focus on ensuring the safety of water sources, managing manure and fertilizers, and promoting hygiene among workers. Agricultural water quality, particularly irrigation, is identified as a key factor in microbial risk, requiring collaboration across farming communities, regulators, and researchers to develop sustainable strategies. Effective testing protocols for monitoring water quality, especially for microbial contaminants like E. coli, are crucial in reducing associated risk factors. Risk assessment tools help growers identify factors that elevate the likelihood of microbial contamination, facilitating the implementation of mitigation strategies such as UV-C light treatment and chlorine dioxide. Post-harvest handling is another critical area, where contamination can occur during transportation, storage, or processing. The use of clean equipment, sanitary containers, and controlled cold-chain logistics are essential to preventing the growth and spread of pathogens. It is important to consider that once fresh produce is contaminated, washing and disinfecting methods are often inadequate in eliminating microbial threats. Therefore, risk assessment tailored to the production context is necessary for effective risk mitigation. In recent years, advances in post-process treatments have shown promising results. These include the use of bacteriophages, bacteriocin-producing cultures, and other biological control methods to combat pathogens like L. monocytogenes. Bacteriophages are especially noted for their potential to serve as biopreservatives, while endolysins and essential oils offer alternative strategies, though they have yet to be widely adopted by the food industry. The role of environmental monitoring (EM) in identifying contamination sources within processing facilities is critical. By sampling surfaces and identifying harborage sites, EM programs help operators detect and address contamination risks early, ensuring that corrective actions are taken to prevent further spread. Last but not least, consumer awareness has been identified as a vital component in reducing foodborne illnesses. Educating consumers on the proper handling, storage, and preparation of fresh produce can significantly decrease contamination risks. Public health campaigns and clearer labeling can improve consumer knowledge and safety practices. Ensuring the microbial safety of fresh produce is a complex challenge requiring a multifaceted approach. From GAPs to post-process treatments and consumer education, each element is essential to protect public health. Continuous research and adaptation of best practices are necessary to address emerging threats and evolving consumer habits.