Maintaining stringent infection control in delivery rooms is critical to ensure the safety of both mothers and newborns. Studies from various countries have highlighted persistent challenges, including the detection of SARS-CoV-2 on surfaces even among mothers who tested negative or were asymptomatic. This suggests that viral contamination can occur despite standard precautions, emphasizing the need for enhanced environmental cleaning protocols and air quality monitoring. In addition to viral risks, high levels of airborne bacteria and fungi have been reported in maternity hospitals. Common pathogens such as Staphylococcus and Micrococcus bacteria, along with fungal species like Aspergillus, are known to cause severe infections in vulnerable patients. These airborne organisms can persist in poorly ventilated spaces, posing threats during and shortly after delivery. Furthermore, observational studies indicate gaps in hospital staff practices, including inadequate hand hygiene, inconsistent glove use, and suboptimal cleaning routines. These lapses contribute to increased transmission of hospital-acquired infections in maternity wards. Addressing these behavioral factors through rigorous training and compliance monitoring can significantly reduce infection rates. Drug-resistant bacteria, including MRSA and VRE, have been identified on frequently touched surfaces such as bed rails, door handles, and medical equipment in delivery environments. Their presence requires targeted disinfection strategies utilizing effective antimicrobial agents to prevent outbreaks of difficult-to-treat infections. Hospitals should consider adopting advanced infection control measures such as frequent surface decontamination, improved air filtration systems, and regular microbial surveillance in birthing rooms. Implementing evidence-based protocols tailored to maternity settings will protect patients and staff, ensuring safer childbirth experiences worldwide.