Fire protection refers to the measures, systems, and strategies implemented to prevent, control, and mitigate the effects of fire in buildings, industrial facilities, or other environments where fire hazards exist. The primary aim of fire protection is to safeguard human life, protect property, and ensure the continuity of operations by minimizing damage caused by fire incidents. It encompasses both passive and active methods, integrating structural designs, fire prevention policies, detection systems, suppression technologies, and emergency response plans to create a comprehensive safety framework. A well-structured fire protection program considers the potential sources of ignition, the nature of combustible materials, the layout of facilities, and the presence of occupants to determine the most effective combination of preventive and protective measures. An effective fire protection program begins with fire prevention, which involves identifying potential fire hazards and implementing measures to eliminate or control them. Prevention strategies include proper storage and handling of flammable materials, adherence to electrical safety norms, installation of fire-resistant building materials, regular maintenance of machinery, and employee training on fire hazards. Fire prevention emphasizes reducing the likelihood of fire occurrence and minimizing conditions that may accelerate fire spread. This proactive approach forms the first line of defense in any fire protection program and is critical to maintaining safe facility operations. The next critical element of fire protection is fire detection and alarm systems. Detection systems are designed to identify the presence of fire at the earliest possible stage, providing timely warning to occupants and emergency response teams. Common detection devices include smoke detectors, heat detectors, flame detectors, and gas detectors. These devices are often connected to an integrated fire alarm system that can trigger audible and visual alerts, automatically notify fire control centers, and initiate emergency procedures. Modern fire detection systems may also include addressable panels capable of pinpointing the exact location of a fire, enabling quicker intervention. The speed and reliability of fire detection significantly influence the effectiveness of subsequent suppression and evacuation actions. Fire suppression systems constitute another essential component of a fire protection program. These systems are designed to control or extinguish fires once detected, limiting damage and preventing the fire from spreading. Fire suppression can be achieved through manual