BY ORDER OF THE AIR FORCE PAMPHLET 91-215 SECRETARY ...

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A2.B.5.6. RESOURCES. Interface analyses are best accomplished when personnel from all of the involved activities participate in the process. In this way hazards and interfaces in both directions can be effectively and knowledgeably addressed. A safety office representative can also be useful in advising on the types and characteristics of energy transfers that are possible. A2.B.5.7. COMMENTS. The lessons of the past indicate that we should give serious attention to use of the interface analysis. Virtually anyone who has been involved in military operations for any length of time can relate stories of overlooked interfaces that have had serious adverse mission consequences. A2.B.5.8. EXAMPLES. An interface analysis using the general outline is shown below. Figure A2.25. Example Interface Analysis. Situation: Construction of a major heavy equipment maintenance facility is planned for the periphery of the main base complex at a major air base. This is a major complex costing over $20,000,000 and requiring about eight months to complete. The objective is to detect interface issues in both directions. Notice that the analysis reveals a variety of interface issues that need to be thought through carefully. Energy Interface Movement of heavy construction equipment Movement of heavy building supplies Movement of heavy equipment for repair Possible hazmat storage/use at the facility Personnel Interface Movement of construction personnel (vehicle or pedestrian) through base area Movement of repair facility personnel through base area Possible movement of base personnel (vehicular or pedestrian) near or through the facility Equipment Interface: Movement of equipment as indicated above Supply Interface Possible movement of hazmat through base area Possible movement of fuels and gases Supply flow for maintenance area through base area Product Interface Movement of equipment for repair by tow truck or heavy equipment transport through the base area Information Interface Damage to buried or overhead wires during construction or movement of equipment Possible electro-magnetic interference due to maintenance testing, arcing, etc. Bio-material Interface: None 64
A2.B.6. <strong>THE</strong> MISSION PROTECTION TOOL A2.B.6.1. FORMAL NAME. The mission protection tool A2.B.6.2. ALTERNATIVE NAMES. None A2.B.6.3. PURPOSE. The mission protection tool is designed to focus explicitly on protection of the mission rather than on protection of personnel or things. The tool recognizes the fact that the mission can be stopped partially or completely by events that may injure no one and cause very little damage. Since there is little injury or damage risk, these hazards could easily be categorized as low risk under traditional criteria. The mission protection tool ignores injury or damage issues and instead concentrates on the mission. What are the key components of mission continuity and success and what could interrupt them? A special characteristic of the mission protection analysis is its consideration of any source of mission interruption, not just those arising from traditional mishap sources. For example, a mission protection analysis is as concerned about the interruption of mission critical spare parts due to a transportation strike as it would be as a result of an interruption caused by a vehicle mishap. A2.B.6.4. APPLICATION. As time and resources permit, mission protection analyses should be completed on all the major missions of an organization. The most important missions should be analyzed first with other missions following in the appropriate order. A2.B.6.5. METHOD. The mission protection analysis has no particular method. This tool is characterized by its focus rather than its method. When the decision is made to complete a mission protection application, the responsible person examines the nature of the mission and then chooses from the full range of available hazard ID tools those that will prove most effective. The most likely tools to be used are the primary hazard ID tools, but many of the specialty hazard ID tools will also be useful. Mission protection analyses can be extended to any level of detail, but for important missions, the in-depth analysis is appropriate. A2.B.6.6. RESOURCES. A clear and detailed statement of the mission is an important resource for the mission protection tool. Also, diagrams of the key processes used to accomplish the mission are important. Because this tool lacks any fixed process and there are no job aids. A representative of the safety office will be an important asset who will be particularly useful in selecting the best combination of hazard ID tools to use. A2.B.6.7. COMMENTS. The idea of mission is at the heart of the risk management process. What is risk management all about? Optimizing the mission! The mission protection tool is central to fully effective ORM. A2.B.6.8. EXAMPLES. An example of the process that might be used to select a set of tools for the mission protection analysis of a mission critical computer facility is illustrated in Figure A2.26. 65
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BY ORDER OF THE AIR FORCE PAMPHLET
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Figure 14. Levels of Command Involv
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BY ORDER OF THE AIR FORCE PAMPHLET 91-215 SECRETARY ...

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