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force protection manualsIt may not be available at this time, the URL may have changed, or we may be experiencing technical problems locating it. If possible, include the resource’s title and the URL that is no longer working. The intent of this appendix isIt highlights passive measures forThis appendix alsoSecurity Engineering Manual, published by the Omaha District. United States Army Corps of Engineer (USACE), provides more detailedEngineers will be involvedForce-protection plans or policies must be developed in line withThe engineer must be involved inUsing the same analysis process as theThe plan must balance the attack probability, the consequencesThe threat has three components:UnsophisticatedTheir targets are those that meet theirSophisticatedThey target high-value assets andOrganized criminal groups areEngineers must be concerned with allTheir primaryVandals and activistsThey generallyExtremist groups are moderatelyTheir actions are frequentlyThey are categorized as nonstate-supported,Chapter 1 contains a detailedChapter 5 lists specific terroristThey are very sophisticated and highly skilled and employ meticulousTheir objectives include death and destruction. They often target mission-critical personnel, equipment, or operations. Spies are highly skilled and very sophisticated.http://chevronhotels.com/uploads/fj-cruiser-manual-transmission-review.xml
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They are generallyThey target militaryIn some cases, theyThese strategies have been categorizedThese include kidnapping,Used when an aggressor'sThe moving-vehicle bombUsed when an aggressor'sThis attack has three versions: This attack is at close rangeUsing clubs, rocks, improvisedUsed when an aggressor'sThese attacks are executed usingUsing small armsThe aggressorThe aggressor uses an insider (one who has legitimate access toUsed by an aggressorThis eavesdropping is normally done fromUsed by an aggressorUsed by aggressors employingSmall bombs or incendiary devicesBombs or incendiaryUsed when the aggressor'sUsed when an aggressor'sThe aggressor uses chemical, biological,Weapons range from clubsExplosives are commonly used to destroyTools are primarilyThese include hand-held torchesThese include pistols, rifles, shotguns,Weapons capabilitiesUsed in standoffFor example, the direct-fire antitank weaponsThese weaponsMortars are indirect-fire weaponsVery powerful chemical agents can be manufactured with relativeBiological agents canRadiological agentsThese include common military antipersonnelThe more sophisticated,For example,In addition to theIn additionA predetonationPreferably it will damage theFor specific information on how to designIn addition to theIn addition toIn addition to the minimum-level measures, consider the followingIn addition to the minimum-level measures, consider the followingIn addition toIn addition to theIn addition toSite maintained by: John Pike. It is intended to raise the level of awareness among commanders, planners, designers, engineers, security personnel, and facility users to the issues of force protection that must be considered to minimize loss of personnel and property by planning for force protection and implementing physical security measures as the threat increases. This document contains guidelines intended to be applied when and if installation or higher headquarters commanders determine the need exists.https://80ada.com/uploads/fj-cruiser-manual-transmission.xml These measures are aimed at minimizing loss of life and other critical assets.The goal of 'Whole Building' Design is to create a successful high-performance building by applying an integrated design and team approach to the project during the planning and programming phases. Disclaimer. To prevent brute force attacks, the Application Security Manager tracks the number of failed attempts to reach the configuredIf you do, theYou can have the system detect and create login pages automatically, or you can create themThen you can either use the default brute force configuration or create aThe system detects brute force attacks based on failed login rates.Your existingIf a policy's enforcement mode is set toOn the Main tab, click Security Application Security Policy Building Learning and Blocking Settings. The Learning and Blocking SettingsIn the Policy Building Settings area, expandIn the Policy Building Process area, expand Options andClick Save to save your settings. In the editing context area, click Apply Policy to put the changes intoBecause the suggestion is learned from responses andIn your security policy, you can create a login page manually to specify a loginThe Login Pages List screenClick Create.http://schlammatlas.de/en/node/25172 The New Login Page screenSelect either HTTP or HTTPS based on the type of trafficType an explicit URL or wildcard expression in theOr, you can typeThis table lists the wildcard characters that you can use so thatFrom the Authentication Type list, select the method the web server uses toThis is the defaultIf using this option, you also need to type theIf you define more than one validation criteria,You can use the internal parameterThe new login page is added to theYou can use the login pages you created for login enforcement, brute forceTo prevent hackers from gaining access to a webThe Default brute force configurationOn the Main tab, click Security ApplicationThe system includes a defaultTo protect all login pages that are included inTo verify the configuration, click the Default login page. The default Brute ForceSelect the Brute Force Protection checkHowever, using theIf you made changes, click Save to save them. To put the security policy changes into effect immediately, click ApplyThe system protects all defined loginIf you create a custom configuration, the systemFor brute force protectionTo prevent hackers from gainingBrute force attacks may originate from a singleThere are On the Main tab, click Security Application Security Anomaly Detection Brute Force Attack Prevention. The Brute Force Attack Prevention screen opens where you can view a listIn the Current edited security policy list near the top of theTo create a custom configuration for a particular login URL, click theFor the Login Page setting, select a previously createdIf you need to manually create aFor the IP Address Whitelist setting, click the arrow toThe system adds any whitelist IP addresses to theThe exceptions list is common toSet the Maximum Prevention Duration. The default value is 10 minutes. Set a threshold trigger for a Username and the action toThe default action is Alarm andThe default action is Alarm andThe default action is Alarm andIf you have a really largeSet the threshold trigger for Client Side Integrity BypassThe default action is Alarm andMitigation responses are configured in Security Application Security Policy Response Pages In the Distributed Brute Force Protection area, set the DetectionSet the Maximum Prevention Duration. The default detection period is 60 minutes. Set the number of failed login attempts to trigger a DetectedThis includes actions configured for Username, DeviceFor example, a distributed brute force attack hasA single brute force attack can have hundreds ofOn the Main tab, click Security Reporting Application Brute Force Attacks. The Brute Force Attacks reporting screen opens. From the Time Period list, select the time period forTo focus in on the specific details you want more information about, point toThe system displays information about the item. If you want to export the report to a file or send it by email, clickTo send reports by email, you need to specify an SMTP configuration ( System Configuration Device SMTP ). You can continue to review the details about brute force attacks on the reportOn the Main tab, click Security Event Logs Application Brute Force Attacks. The Brute Force Attacks event log opens. If the log is long, use the Attack Start Time,Review the list of brute force attacks to see which security policy detected. The system considers it to be an attack if the failed logon rate increased at a very high rate or if failed logins reached a certain number. If you do, the policy simply needs to know for which login pages to enforce brute force protection. The system creates a default brute force configuration that applies to all defined login URLs that are not associated with any other brute force configuration. But at least one login URL must be defined in the security policy to protect against brute force attacks. Then you can either use the default brute force configuration or create a new configuration. When the number of login attempts during a session exceeds the number specified, the system triggers the Brute Force: Maximum login attempts are exceeded violation, and applies the blocking policy. If the violation is set to block and too many login attempts are made, the client is blocked for a number of seconds. Dynamic mitigation Detects and mitigates brute force attacks based on statistical analysis of the traffic. You configure dynamic mitigation to determine when the system should consider the login URL to be under attack, and how to react to an attack. The system mitigates attacks when the volume of unsuccessful login attempts is significantly greater than the typical number of failed logins. You activate this method by setting the operation mode to either alarm or alarm and block. The system detects brute force attacks based on failed login rates. Therefore, the security policy needs to have login pages for the web applications you want to protect. ASM can create login pages automatically by observing traffic, or you can create them yourself. Your existing security policy can detect and create login pages automatically if you use certain options. Note: If you are creating a security policy automatically, and selected Enhanced or Comprehensive as the policy type, the default options are already set to create login pages automatically.The system examines the traffic to the web application, and after processing sufficient legitimate traffic, the system builds the security policy automatically by adding and enforcing elements with minimal manual intervention. A few learning suggestions require your review before they are added. This setting must be selected if you want to automatically detect login pages. When a login page is found, the Policy Builder suggests adding the login form to the security policy. Because the suggestion is learned from responses and responses are considered trusted, if the Learning Mode is Automatic, the login page is typically added to the policy right away. If the Learning Mode is Manual, the login page is added to the learning suggestions on the Traffic Learning screen where you can add it to the policy. The login pages in the security policy are included in the Login Pages List. The login URL commonly leads to the login page of the web application. Note: You can also have the system create login pages automatically by selecting Detect login pages on the Learning and Blocking Settings screen. This table lists the wildcard characters that you can use so that the entity name can match multiple objects. This is the default setting. If using this option, you also need to type the user name and password parameters written in the code of the HTML form. For this option, you also need to type the name of the JSON element containing the user name and password. If you define more than one validation criteria, the response must meet all the criteria before the system allows the user to access the application login URL. The new login page is added to the login pages list. They are included in the Login Pages List. You can define login URLs, or you can let the system detect them automatically (see the sections on creating login pages). You can use a default configuration that is easy to set up, as explained here, or create a custom configuration. The Default brute force configuration implements automatic brute force protection. The system includes a default configuration that protects all login pages except those which have custom configurations. Click the Login URL to enable the login URL named Default. The default Brute Force Protection Configuration screen opens. However, using the default values is recommended. The system protects all defined login pages in the security policy. If you create a custom configuration, the system protects that particular login URL as specified in the configuration. All other login URLs use the default configuration unless you disable it. You can define login URLs, or you can let the system detect them automatically (see the sections on creating login pages). To use session-based protection settings, the Brute Force: Maximum login attempts are exceeded violation must be set to block on the Learning and Blocking Settings screen. You can create a custom configuration for specific URLs and use the system-provided default configuration for the rest. The system includes a default configuration that protects all login pages except those which have custom configurations. Note: Custom configuration of explicit logins for brute force protection is recommended only in cases where your application requires different thresholds for each login URL. If you need to manually create a login page in the security policy, click the Create button. The login page specifies the URL that you want to protect against brute force attacks using a configuration different from the default. Important: The system adds any whitelist IP addresses to the centralized IP address exceptions list. The exceptions list is common to both brute force prevention and web scraping detection configurations. The default value is 5. The default value is 600 seconds. Note: To use device ID for tracking, client browsers accessing your web site must be able to accept JavaScript. If you want the system to block brute force attacks, in the note, click the Learning and Blocking Settings link to go to that screen. This setting blocks all requests that cause violations, which are set to block. For example, define a brute force attack as 8 login attempts in 5 seconds, type 5 as the Measurement Period and in the Detection Criteria, for Failed Login Attempts Rate reached, type 8. Also, all traffic from suspicious IP addresses is blocked. This setting prevents false positive attack detection. The default value is 20 login attempts per second. The default value is 500 . The default value is 100 login attempts per second. If at least one of the criteria is met, the system treats the IP address as an attacker, and prevents the attacker from trying to guess the password. The system also limits the number of login attempts to the normal level. An individual IP address is suspicious if the number of login attempts has increased by this percentage over the normal number of failed logins. The default setting is 500 percent. An individual IP address is suspicious if the number of login attempts per second from that IP address is equal to or greater than this number. The default setting is 20 login attempts per second. Note: If you enable more than one option, the system uses the options in the order in which they are listed. Legal browsers can process JavaScript and respond properly, whereas illegal scripts cannot. The default is disabled. Legal browsers can process JavaScript and respond properly, whereas illegal scripts cannot. The default is disabled. The system limits the rate of requests to the average rate prior to the attack, or lower than the absolute threshold specified by the IP detection TPS reached setting. The default is enabled. The default is enabled. The screen refreshes, and you see the protected login URL in the list. The system protects that particular login URL as specified in the custom configuration. All other login URLs associated with the security policy are protected using the default configuration unless you disable it. The charts provide visibility into what applications are being attacked, the login URL, and start and end times of an attack. The system displays information about the item. As a result, you become more familiar with what caused the attacks and what applications are most vulnerable, and you see the mitigation methods that are in place. The Creative Commons Public Domain Dedication waiver ( ) applies to the data made available in this article, unless otherwise stated. Abstract Background The department of defense’s FM 3-11 is among the military’s field manuals for preparing for, reacting to and recovering from chemical, biological, radiological and nuclear attacks. Since post 9-11, U.S. military service members have been deployed in the global war on terrorism. This study attempted to determine the effectiveness of the FM 3-11 in detecting, deterring or preventing a human-borne with bioagent (HBBA) terrorist breach at an entry control point (ECP). The return rate was greater than 75.0 ; however, many of the respondents failed to meet the inclusion criteria. Consequently, only 26 questionnaires were included in the sample. Results The results revealed that while over 60.0 of the respondents either strongly agreed or agreed that biointelligence, the deployment of biodetectors and the use of biowarning systems could be effective in preventing an ECP breach by a terrorist with a bioagent, the use of protective equipment and immunization to decontaminate service members or other TTPs would never prevent a breach. A large percentage of respondents claimed that soldiers at the ECP lacked the devices or the knowledge to detect an HBBA at an ECP, and 72.0 suggested modifying current ECP TTPs to include education, training and equipment for security personnel at military base ECPs. Conclusion If obtained from appropriate sources and communicated to the personnel at the ECP in an effective or timely manner, the possible effectiveness of certain TTPs in the FM 3-11, specifically FM 3-11.86 (intelligence), might increase. Field manuals, FM 3-11 The U.S. military has compiled and published many sets of procedures as manuals for practically every operation and for those employed in the field. Of these manuals, the FM 3-11 series is the most specific to biological agent preparation and reactions; thus, it is a focus for critique in this study. This multi-service tactics, techniques and procedure (TTP) manual focus on chemical, biological, radiological and nuclear (CBRN) agents. Immediately, questions from members of press reflected fears about the possibilities of these military men and women becoming infected with the virus and becoming “vectors” of transmission back to the USA. The lack of such an attack does not rule out the future use of such an insidiously deadly form of terrorism to threaten the U.S. security and its forces stationed abroad. Should a terrorist group attempt this route of attack, what measures are in place to check or prevent a breach of an FOB’s ECP. The purpose of this study was to determine whether the current DoD FM 3-11 field manual series, which is specifically designed to prepare for and respond to a biological agent attack, would be effective for detecting, deterring and degrading a terrorist with a BA at a military base ECP. Method Respondents The target populations selected for this pretest were U.S. military personnel (primarily) and other individuals in the security profession (secondarily) with combat experience. The questionnaire was distributed to respondents in the selected organizations, and a single-blind approach was used to ensure that no direct contact occurred between the respondents and investigator. However, in some situations, there was direct contact between prospective respondents (those willing to participate) and the investigator, who later offered these respondents hard copies of the questionnaires, along with consent forms. Electronic copies were also sent to respondents who requested the questionnaire and consent forms in an electronic format. Data collection Data from the target population was collected with the validated survey tool. Only those questionnaires that were fully completed or had no more than four missing items and in which the respondents demonstrated knowledge or training on antiterrorism ECP TTPs were accepted for analysis. Data analysis Data collected were analyzed using the Statistical Product and Service Solution (SPSS) statistical software (Base Grad Pack shrink wrap version 21.0) for both descriptive and scale reliability—Cronbach’s alpha analysis. Delimitations of study This research study focused primarily on military combat settings. It did not reveal or expose details about classified military TTPs, analyze or review specifics of the military TTPs that focus on reaction and recovery from terrorist attacks on combat bases, or reveal exact names of combat bases and their coordinates or the specifics of their activities. The study was limited to the periods witnessed by one of the investigators while on tour of duty in Afghanistan as a force protection vulnerability assessor for the U.S. Army Central Command. The respondents’ privacy was protected and no identifying personal information was collected. Results Only questionnaires that were at least 95.0 complete and respondents who demonstrated personal knowledge of or training in any anti-terrorism (AT) tactics, techniques and procedures (TTP) were included in the analyses. The return rate from those who were willing to participate and signed the consent form was 75.0 . After eliminating those who did not fit the required criteria, 26 questionnaires that could be subjected to analysis remained. This reluctance ultimately affected the response rate, the number of respondents, and eventually the sample size of this pretest study. This small sample size made it impossible for the researchers to make a broad generalization or inference from the findings of the study. However, it is important to emphasize that the results tend to show that the ECPs of combat FOBs are vulnerable to breach by a terrorist carrying biological agents. Additionally, these perceptions come from people who have generally been recently deployed and have ECP TTP experiences in a combat environment. Field experience is an important factor in these positions, as individuals who have not been deployed lack the necessary readiness. Over 92 of the respondents in this study whose questionnaires were completed, returned and analyzed were combat veterans with a minimum of two tours of deployment and with ECP TTP personal experience. Descriptive data of respondents More than eighty percent (80.8 ) of respondents whose questionnaires were selected and analyzed were in the military; 15.4 were retired military, and 3.8 were from Homeland Security. All of the respondents claimed to have had personal knowledge of or training in anti-terrorism. Respondents’ perceptions of the effectiveness of CBRN TTP Slightly more than forty-six percent (46.1 ) of respondents strongly disagreed or disagreed with the notion that immunizing every resident of a combat post will assist in the detection of a terrorist with a BA at the ECP. Additionally, 53.8 strongly disagreed or disagreed that immunization would prevent the breach of a combat ECP by a terrorist with a BA (Fig. 1 ). Open in a separate window Fig. 1 The respondents’ perceptions regarding the effectiveness of immunization protocols against a BA breach at an ECP Biosurveillance TTP as detailed in FM 3-11.86 Slightly more than eighty percent (80.7 ) of the respondents agreed or strongly agreed that biological intelligence would facilitate the effective identification of a terrorist with a bioagent at the ECP. More than seventy-six percent (76.9 ) agreed or strongly agreed that the deployment of biological agent collectors or detectors in the area of operation (AO) would prevent an ECP breach by a terrorist with a bioagent. Finally, 61.5 agreed or strongly agreed that a biological warfare attack warning system would prevent the breach of an ECP by an HBBA terrorist (Fig. 2 ). Open in a separate window Fig. 2 The respondents’ perceptions regarding the effectiveness of biointelligence protocols against a BA breach at an ECP Protective equipment and the breaching of ECPs by an HBBA terrorist (FM 3-11.4) The responses regarding how effective the current CBRN TTP (FM 3-11.4) would be in the detection, deterrence or mitigation of a successful breach of the ECP by an HBBA terrorist were analyzed. Approximately fifty-five percent (53.8 ) of the respondents strongly disagreed or disagreed with the notion that current individual protective equipment would prevent the breach of a combat ECP by a terrorist carrying a bioagent. Fifty-seven percent (57.6 ) strongly disagreed or disagreed with the statement that wearing protective gear would prevent the breach of a combat ECP by a terrorist carrying a bioagent (Fig. 3 ). Open in a separate window Fig. 3 The respondent’s perceptions regarding the effectiveness of personal protective equipment protocols against a BA breach at an ECP Respondents suggestion for the modification of current FOB ECP TTPs In response to the item asking whether there is a need for any modification of current ECP TTPs to enhance security against a human terrorist with a BA at an ECP, 72.0 of the respondents responded “yes”. Over 70.0 of those who answered “yes” recommended the need for training and education on bioagents and bioterrorism for every personnel manning the ECP. Over 60.0 recommended that in addition to training, effective equipment for bioagent detection should be provided for personnel at the ECP. Responses regarding BA devices at ECPs Fifty percent of the respondents strongly disagreed or disagreed with the statement that soldiers at the ECP had devices, such as the explosive trace detector spray kits employed for improvised explosive devices (IEDs) that could effectively detect traces of BAs on a person at the ECP. Similarly, 53.8 either strongly disagreed or disagreed that every soldier at the ECP is adequately knowledgeable about how to look for BAs or what to look for. Discussion This preresult indicated that 61.5 of the respondents, the majority of whom were combat veterans, think it is either possible or very possible for a terrorist carrying a biological agent to successfully breach a combat ECP undetected. The fact that the analysis indicated that over 60.0 of the respondents either agreed or strongly agreed that biological intelligence, the deployment of biological collectors or detectors and biowarning signals would be effective in preventing the breach of a combat ECP by an HBBA terrorist tends to indicate limited knowledge. Regarding the use of personal protective equipment (PPE) and immunization as currently practiced under the CBRN TTPs, over 50 and 45 of respondents, respectively, strongly disagreed or disagreed that these methods would effectively prevent an HBBA terrorist from breaching an ECP. Usually, PPEs are donned after intelligence has indicated a possible threat, generally in war theater and not necessarily at the ECP, while immunization is performed to prevent infections based on the threat of a specific agent that intelligence has identified. It is striking to note that the respondents claimed that soldiers are not educated regarding searching for BAs at the ECP, nor are they equipped with the necessary devices to detect a BA on a person or a vehicle, such as the equipment employed for IED searches.