This InfoGram will be distributed weekly to provide members of the Emergency Services Sector with information concerning the protection of their critical infrastructures. For further information, contact the Emergency Management and Response - Information Sharing and Analysis Center (EMR-ISAC) at (301) 447-1325 or by email at emr-isac@fema.dhs.gov.
Urgent Communications magazine has a series of articles on system security and vulnerability assessment for the most common types of networks and computer systems used by dispatching and call centers. Security is more of an issue as 9-1-1 and dispatching systems become more networked and therefore vulnerable to cyber attacks.
The first article talks about the elaborate programs used in dispatching and the three main types of systems PSAPs utilize: networks, automated systems (for example CAD, mapping), and radio/wireless communications. All are becoming more interconnected, dependent on one another, and therefore more vulnerable as a whole.
The ways viruses or malware can be introduced into systems include obvious methods of attack like hacking into systems or jamming signals, but also by devices attached to USB ports or introduction of viruses via email. The second article discusses the consequences of such attacks can bring systems down or make critical or personal information public.
The authors strongly suggest performing an assessment of the system’s unique vulnerabilities to help develop a security plan. Documenting the finished assessment and using it to implement a prioritized security structure should be supplemented with mandatory and regular training of all employees and a reevaluation of the plan annually.
Training is based on the recently published Handbook for EMS Medical Directors. The program includes an "Introduction" covering the general role of a medical director and required qualifications. Other chapters in the training program include "The EMS Agency and Its Stakeholders," "Becoming a Medical Director," "Agency Oversight," "Agency Dynamics," and "Moving Forward as a Medical Director."
The press release says the training supports EMS medical directors in their role of "providing medical oversight and direction, training, protocol development, and resource deployment advice." The program is part of a series of partnerships with the Department of Homeland Security’s Office of Health Affairs.
(Source: U.S. Fire Administration)
Labs: Maintain a "Warm Base" for Pandemics
Decisions made throughout the different stages of a possible or existing pandemic are often based on the outcome of thousands of laboratory tests. Laboratory capabilities during a crisis must be expected to respond quickly to keep up with the demand of increasing numbers of tests. The ability of labs to meet the demand depends on maintaining a "warm base."
A "warm base" includes keeping a staff of trained laboratory technicians, availability of up-to-date equipment, and the ability to do diagnostic analysis able to identify different viruses, sometimes previously unknown strains. Keeping these three criteria in mind enables labs to make rapid adjustments during fluid conditions.
The Centers for Disease Control and Prevention (CDC) and the Association of Public Health Laboratories (APHL) are working to guarantee the "warm base" already developed is maintained through participation in training, communication, and proper funding.
A Domestic Preparedness Journal podcast offers a 15-minute interview involving the Influenza Division of the CDC and the Wisconsin State Laboratory of Hygiene. The interviewees discuss how the program helped with H1N1 response in 2009, and how it differed from the response to the Anthrax letters in 2001.
The use of alternative fuels is growing as the price of gasoline and diesel go up. Alternative fuels are uncommon and not all fire departments have had to deal with them yet. FireRescue1.com highlights the session at FRI detailing alternative fuels:
Hydrogen - burns with an invisible flame (though it is visible at night when using a thermal imaging camera) and is 14 times lighter than air. Currently it is being used to fuel forklifts and backup generators for cell towers, though hydrogen-powered vehicles are being tested for mass production.
Ethanol - can be diluted substantially and still have enough vapor to catch fire. Burns with a light blue flame and without perceptible smoke. Currently being mixed with gasoline in varying amounts, making placarding difficult.
Biodiesel - made by converting used cooking oil to fuel, so colors vary depending on what type of oil was used. It has a low flashpoint and is light enough to float on water. The growing market of homemade biodiesel makes it something to plan for in residential fire response.
The International Association of Fire Chiefs and the Hazmat Fusion Center have developed online training programs for first responders on all three fuels, and is developing a fourth program on methanol.