JFIIT -- Joint Fires Integration & Interoperability Team.Combining the Joint Close Air Support (JCAS JCAS Joint Close Air Support JCAS Joint Command and Control Attack Simulator JCAS Journal for Critical Animal Studies ) Test Team and the Joint Combat Identification Evaluation Team (JCIET JCIET Joint Combat Identification Evaluation Team ), JFIIT JFIIT Joint Fires Integration and Interoperability Team was formed 24 February at Eglin AFB AFB abbr. acid-fast bacillus AFB Acid-fast bacillus, also 1. Aflatoxin B 2. Aorto-femoral bypass , Florida. It is a joint subordinate command A command consisting of the commander and all those individuals, units, detachments, organizations, or installations that have been placed under the command by the authority establishing the subordinate command. reporting to the Joint Forces Command (JFCOM JFCOM Joint Forces Command (formerly ACOM change effective 1 Oct 99) ) at Norfolk, Virginia Norfolk is an independent city in the Commonwealth of Virginia, in the United States of America. With a population of 234,403 as of the 2000 census, Norfolk is Virginia's second-largest incorporated city. . JFIIT investigates, assesses and improves the integration, interoperability and operational effectiveness of joint fires Fires produced during the employment of forces from two or more components in coordinated action toward a common objective. See also fires. and combat identification. JFIIT's purpose, structure and mission focus on creating success for the warfighter. It works to improve joint fires integration across service and joint doctrine, organization, training, materiel ma·te·ri·el or ma·té·ri·el n. The equipment, apparatus, and supplies of a military force or other organization. See Synonyms at equipment. , leadership, personnel and facilities (DOTMLPF DOTMLPF Doctrine, Organization, Training, Materiel, Leadership and Education, Personnel and Facilities (US DoD) ). As new and maturing technologies emerge on diverse battlefields, the dominant task has become the need for a joint team to coordinate, integrate and train joint forces for maximum joint fires interoperability. This includes developing and fielding joint tactics, techniques and procedures (JTTPs) and joint equipment. JFIIT helps the warfighter assess and isolate problems, identify solutions and, together, deliver them. JFIIT also enhances training in varied exercises and collects data supporting its analyses and assessments--ultimately to fuel improvements on the battlefield. See Figure 1 for the specific joint task areas JFIIT focuses on. JFIIT Organization. JFIIT is organized to deliver products to the combatant commands (COCOMs) and services through an innovative and collaborative approach. It is based on the J1 through J6 model with the J3 directorate chartered as the operational production lead. The J3 coordinates projects that are managed and fielded by project leads using expertise from throughout the organization. Projects and taskers come from many sources, including the COCOMs, services, warfighters or higher headquarters. The J3 is the tasking authority in JFIIT. With coordination from the division chiefs, he assigns a project lead to study, assess and improve multi-level combat effectiveness. The J3 division coordinates with and supports higher headquarters and the relevant service battlelabs, doctrine commands, weapons and tactics schools and joint staff working groups. The Advanced Concepts and Strategic Development Directorate (J5) staff develops advanced concepts in joint fires, maintains strategic plans and recommends changes to these plans as requirements and opportunities arise. The J5 staff determines key organizations in the Department of Defense (DoD) and collaborates with them to identify shortfalls and implement improvements in operational-level joint fires tasks. The instrumentation backbone of JFIIT is the responsibility of the Technical Solutions Directorate (J6). The J6 plans, develops and executes instrumentation for collecting and debriefing de·brief·ing n. 1. The act or process of debriefing or of being debriefed. 2. The information imparted during the process of being debriefed. Noun 1. data, voice and electronic assessments. JFIIT Projects. Selected JFIIT projects stem from three primary sources: Joint Training (JFCOM J7), Joint Battle Management Command and Control (JBMC[.sup.2]) (JFCOM J8) and warfighter concerns and issues input through the services and COCOMs. Three examples of JFIIT projects include the DoD Joint National Training Capability (JNTC JNTC Joint National Training Capability JNTC Joint National Training Center JNTC Joint Network Transport Capability ) Implementation Plan, Training Transformation Implementation Plan and JCAS Joint Mission Thread. JNTC Capability. The JNTC aligns selected service training programs to best perform both service and joint training tasks during scheduled training operations, significantly improving joint training opportunities. For example, the Air Force's Air Combat Command (ACC See adaptive cruise control. ), Langley, AFB, Virginia, Air Warrior exercises and the Army's National Training Center (NTC NTC Notice NTC National Training Center NTC National Telecommunications Commission NTC National Transport Commission (Australia) NTC Negative Temperature Coefficient NTC Naval Training Center ). Fort Irwin, California, rotations are aligned to provide optimal JCAS integration and joint fires for maneuver brigades. This provides aircrews and ground commanders' realistic joint fires training. The DoD Training Transformation Implementation Plan (9 June 2004, Paragraph 3.4.1.10) tasks the JFCOM Joint Force Trainer Capabilities Group to be the lead for joint force training implemented through the JNTC. As part of that effort, JFCOM tasked JFIIT to develop and deliver a comprehensive JNTC analysis capability. JFIIT designs and implements joint fires data collection plans for the JNTC exercises. For example, JFIIT will test one data collection plan that incorporates NTC observer/controllers during the JNTC-designated rotation in September. Services' Joint Transformation. Chartered to support joint and service training transformation and capture valuable lessons learned, JFIIT pursues curricula enhancements to service schools, such as the Field Artillery School at Fort Sill, Oklahoma, and the Air Force Air-Ground Operations School (AGOS) at Nellis AFB, Nevada. JFIIT also facilitates integrating key issues and lessons with Fort Sill's Joint and Combined Integration Directorate (JACI JACI Journal of Allergy and Clinical Immunology ) and the Army's Combat Training Centers (CTCs). JFIIT's charter is to work joint fires lessons learned with all the services' relevant schoolhouses and training centers. Having been established only seven months ago, JFIIT is still developing some service relationships. JCAS Mission Assessment. JFIIT spearheaded the creation of JCAS Joint Mission Thread (JMT JMT John Muir Trail (Yosemite National Park, California) JMT John Muir Trust (UK wild land charity) JMT Jugendmedientage JMT Johnson, Mirmiran, & Thompson (Sparks, Maryland) ) Assessment Campaign Plan to improve the efficiency and timeliness of digital information exchange between joint terminal attack controllers (JTACs) and CAS platforms. This plan identifies COCOMs, services and agencies and their subordinate activities and organizations that produce and implement materiel and other DOTMLPF solutions for JCAS. JFIIT conducts JBMC[.sup.2] testing in concert with training assessments, such as the September 4th Infantry Division JNTC rotation at the NTC. Direct Support for Warfighters. JFIIT directly supports warfighters who require urgent resolution of issues. Recently, JFIIT conducted the Laser Range Finder (LRF LRF luteinizing hormone releasing factor. ) Reference Point Method/Quick-Look Operational Study (RPM/QLOS) at the NTC. The RPM compensates for changes in the earth's magnetic field Earth's magnetic field (and the surface magnetic field) is approximately a magnetic dipole, with one pole near the north pole (see Magnetic North Pole) and the other near the geographic south pole (see Magnetic South Pole). , LRF azimuth azimuth (ăz`əməth), in astronomy, one coordinate in the altazimuth coordinate system. It is the angular distance of a body measured westward along the celestial horizon from the observer's south point. error and external magnetic interference. This new precision technique is employed today by warfighters in Iraq and Afghanistan. [ILLUSTRATION OMITTED] Observations during recent tests and in interviews with current JTACs indicated that the way Soldiers were employing the LRF on their vehicles or with their personal equipment might be affecting the LRF's azimuth accuracy when using the RPM. So JFIIT analyzed the effects the vehicles and personal equipment have on the LRF's azimuth accuracy and evaluated the test participants' ability to use the RPM technique. The analysis was conducted at the NTC and was based on more than 3,850 LRF shots using surveyed four-by-eight foot targets at a nominal observer-to-target distance of 1,000 meters. As a result of JFIIT's analysis, JFCOM sent a safety message to operators in the deployed theater, providing safety warnings and highlighting the findings. The turn-around time from the Soldiers' in theater identifying the problem with the LRF equipment and RPM technique to implementation of the safety warning (the solution) was less than 90 days. The Way Ahead. JFIIT is working to create a joint perspective, foster inventive and adaptive leadership, and ensure responsible stewardship of joint fires issues. JFIIT was organized to provide overlapping and continuous root-cause joint fires analyses and solutions to the services, the warfighter and the joint training centers. As the Joint Force's Executive Secretariat for Joint Fires and Effects, Fort Sill is a primary customer of JFIIT. During the 2005 Fires and Effects Symposium at Fort Sill, several issues were identified as opportunities for synergy between the FA School, JACI and JFIIT. (See Figure 2.) As is true with all JFIIT's projects, JFIIT will help tackle these issues to provide the leadership, vision and wherewithal to transform the joint fires community from integrated to interdependent operations. Major (Retired) K. Daniel "Crash" Jones, USAF, is a Senior Analyst in the J5 of the Joint Fires Integration and Interoperability Team (JFIIT) at Eglin AFB, Florida. He was an A/OA-10 Thunderbolt pilot for 20 years. Major (Retired) Donald W. Perry, USAF, is a Senior Analyst for command and control and airspace management in the JFIIT J3. He served as the Airspace Manager for the Joint Combat Identification Evaluation Team (JCIET) for the past five years. Lieutenant Colonel Dale S. Ringler, USA, is the Assistant J3 in JFIIT. Previously, he was the S3 for the 3d Brigade, 1st Armored Division (1st AD), during Operation Iraqi Freedom (OIF OIF Operation Iraqi Freedom OIF Organisation Internationale de la Francophonie (French: International Organization of Francophonie) OIF Office for Intellectual Freedom (American Library Association) ) II. Lieutenant Colonel (Retired) Mark L. Jenner, USAF, is an Operations Analyst and Exercise Planner in the J3 of JFIIT. He is a Command Pilot with more than 2,600 hours flying the T-38 Talon, A-10 Thunderbolt and F-117A Nighthawk nighthawk: see goatsucker. nighthawk Any of several species of North and South American birds in the whippoorwill family (Caprimulgidae) that are buff, reddish, or grayish brown, usually with light spots or patches, and 6–14 in. . Senior Master Sergeant senior master sergeant n. 1. Abbr. SMSgt A noncommissioned rank in the U.S. Air Force that is above master sergeant and below chief master sergeant. 2. One who holds this rank. Noun 1. (Retired) Dennis L. Wise, USAF, is a Senior Analyst for JCAS in the J3 of JFIIT. He was an Enlisted Terminal Attack Controller Tactical air party member who assists in mission planning and provides final control of close air support aircraft in support of ground forces. Also called ETAC. See also close air support; mission; terminal. (ETAC ETAC Ethyl Acetate ETAC Early Treatment of the Atopic Child (UCB Pharma) ETAC Environmental Technical Applications Center ETAC Enlisted Terminal Attack Controller ETAC Everyday Technologies for Alzheimer's Care ) while in the Air Force. By Major (Retired) K. Daniel Jones, USAF; Major (Retired) Donald W. Perry, USAF; Lieutenant Colonel Dale S. Ringler, USA; Lieutenant Colonel (Retired) Mark L. Jenner, USAF; and Senior Master Sergeant (Retired) Dennis L. Wise, USAF * Joint Targeting * Joint Interdiction * Joint Close Air Support (JCAS) * Naval Surface Fire Support (NSFS) * Surface-to-Surface Fire Support * Joint Suppression of Enemy Air Defenses (J-SEAD) * Non-Kinetic Means/Nonlethal Effects * Command and Control ([C.sup.2]) * Intelligence, Surveillance and Reconnaissance (ISR) * Joint Theater Air and Missile Defense (JTAMD) * Offensive Counter Air (OCA) * Combat Identification (CID) Figure 1: Joint Tasks of the Joint Fires Integration and Interoperability Team (JFIIT), Eglin AFB, Florida * Army Battlefield Coordination Detachments (BCDs) and the USAF Falconer Air and Space Operations Centers * Fires Knowledge Network (FKN) * Joint Information Operations (IO) * Effects-Based Operations (EBO) * Simulated Type I Close Air Support (CAS) Controls in the Joint Fires and Effects Trainer System (JFETS) * Joint Fires Observer (JFO) Concept * JFO Training Capability at Fort Sill * Restricted Military Airspace Initiative (Fort Sill) * Fort Sill as the Army Center of Excellence for Joint Fires and Effects * Joint Fires Center of Excellence Concept of Operations (Fort Sill as the Executive Secretariat) * Service and Joint Fires Center of Excellence Integration Figure 2: Issues JFIIT is working with Fort Sill, Oklahoma |
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