Consumers’ health is at risk from foodborne diseases, which are a global public health concern that need strict adherence to food safety laws. G+ve bacteria are amazing because they can produce toxins and thrive in a variety of environments. Staphylococcus aureus, Bacillus cereus, and Listeria monocytogenes are a few of these microorganisms. Sensitivity, instruction, and strict adherence to guidelines are necessary for preventative treatments to be effective. Dairy products and milk include the common bacteria S. aureus, which has developed resistance to several standard drugs and is connected to outbreaks of foodborne diseases. The public’s safety is seriously threatened by this. The production of enterotoxins by S. aureus, including sea-ser, seu, and sev, might be challenging to eradicate due to their great heat tolerance. Many S. aureus strains are commonly found in raw milk, which highlights the need for reliable detection techniques to stop outbreaks of staphylococcal food poisoning. When it comes to quickly recognizing S. aureus colonies that produce enterotoxins in food samples, chromogenic media are a useful tool, particularly in settings where food is processed. By using bacterial enzymes to cause noticeable color changes, these substrates make it easier to quickly and precisely identify S. aureus colonies. Verification of species identification may be required even when chromogenic mediums improve detection performance. Nonetheless, their widespread adoption underscores their importance in food safety management, particularly in ensuring timely detection of pathogenic bacteria.