An incident that involves ease of spreading and difficulty in detection is typically a cyberattack, such as a malware infection or a ransomware outbreak. These incidents can propagate rapidly across networks, often without immediate detection due to their stealthy nature. Advanced persistent threats (APTs) exemplify this, as they can infiltrate systems and remain dormant while they gather sensitive information or prepare for a larger attack. Additionally, social engineering attacks, such as phishing, can easily spread as they exploit human vulnerabilities, making detection challenging.
Pseudology is an applied discipline that involves the spreading of falsehood or telling lies. Pseudo; from greek meaning lying, false. Logos; translated as "study of" or "research".
The three I's of investigation refer to Identification, Investigation, and Interpretation. Identification involves recognizing and defining the problem or incident that requires examination. Investigation encompasses the process of gathering evidence and analyzing data related to the identified issue. Finally, interpretation involves drawing conclusions from the evidence and analysis to understand the implications or to inform decision-making.
Basic fire control measures include prevention, detection, and suppression strategies. Prevention involves reducing fire risks through proper maintenance, safe storage of flammable materials, and adherence to fire codes. Detection systems like smoke alarms and fire alarms help identify fires early, while suppression methods such as fire extinguishers, sprinklers, and fire hoses are essential for controlling and extinguishing fires. Regular training and drills are also crucial to ensure preparedness in case of a fire emergency.
Surface swabbing is a method used to collect samples from surfaces to test for the presence of contaminants, such as pathogens, chemicals, or allergens. This technique involves using a sterile swab to wipe a specific area, which is then analyzed in a laboratory for microbial growth or chemical detection. It is commonly employed in various fields, including food safety, healthcare, and environmental monitoring, to ensure cleanliness and compliance with safety standards.
Cellophane is used in the Kato-Katz technique as a means to prepare and manipulate stool samples for the diagnosis of intestinal parasites. It serves as a transparent medium that allows for easy visualization of the sample when spread on a microscope slide. The technique involves placing a thin layer of stool on the cellophane, which is then covered with a cover slip for microscopic examination. This method enhances the detection of ova and cysts in the sample, contributing to accurate parasitological diagnosis.
Security encompasses four basic activities: prevention, detection, response, and recovery. Prevention involves measures to deter threats and reduce vulnerabilities, while detection focuses on identifying potential security breaches or incidents as they occur. Response includes the actions taken to address and mitigate the impact of a security incident, and recovery involves restoring systems and operations to normal after an incident has occurred. Together, these activities create a comprehensive approach to managing security risks.
The three procedures for screening explosive residues are swabbing, vapor detection, and bulk detection. Swabbing involves collecting trace samples from surfaces, vapor detection involves sampling air for explosive residues, and bulk detection involves analyzing bulk solids or liquids for explosives.
Long term
Area command involves multiple incident commanders.
primarily involves creating automated systems that allow for the sharing of sensitive incident information
provides the ground truth awareness and understanding of an incident
provides the ground truth awareness and understanding of an incident
provides the ground truth awareness and understanding of the incident
Intraoperability
biological
Biological
Risk Assessment