F-35 Joint Strike Fighter (JSF)

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JITC assessed GCSS-J version 7.1.1 Secret Internet Protocol Router Network (SIPRNet) based on participation in the developmental test conducted from February 22 to April 22, 2010. JITC conducted a separate operational test at the primary hosting site in Montgomery, Alabama, March 8 - 19, 2010, to assess operational survivability against cyber attacks, JITC assessed (GCSS-J version 7.1.2 using the results from the developmental tests conducted by the program manager in accordance with the risk assessment recommendations. The SIPRNet GCSS-J version 7,1.2 developmental test was from July 26 through August 3, 2010, and Unclassified but Sensitive Internet protocol Router Network (NIPRNet) version 7,1.2 developmental test was September 3 - 7. 2010. Assessment • GCSS-J version 7.l,0 was operationally effective. It incorporates an improved Query Tool. The Joint Logistics Management functional areas incorporated tools providing improved user visibility into the status of ammunition inventories and allowed easier interface with query tools and the Watchboard. Maintenance, Supply and Services, Movement, Personnel Management, and Health Services functional areas were operationally effective. However, the Joint Engineering Planning and Execution System had critical problems. making that function not operationally effective. • GCSS-J version 7. 1.0 was operationally suitable, with good training and good system reliability and availability. 20 GCSS-J The performance of the help desk showed improvement. Evaluation of IA was limited. IA controls associated with protect. detect, react, and restore at the application level were satisfactory, but IA controls at the server level could not be assessed, DOTE agreed to de fer a vulnerability assessment of the DISA host server suite to the 7.1.1 operational test. • (GCSS-J version 7.1.1 corrected errors discovered in operational testing of GCSS-J version 7.1.0, and the system was assessed to be operationally effective and suitable. A separate vulnerability assessment of the DISA host server suite revealed that GCSS-J version 7.1.1 did not add significant vulnerability against cyber attacks, but that the primary host site in Montgomery, Alabama, could not detect the cyber attacks to the required level, • Both the SIPRNet and NIPRNet version 7.1.2 are operationally effective and operationally suitable. Like version 7.1.1, version 7,J.2 does not cause an unacceptable increase in vulnerability of the DISA network. I However, the primary host site must make additional improvements toward meeting the required level of cyber attack detection measures. Recommendations • Status of Previous Recommendations. DISA has taken appropriate action on the previous recommendations. • F1'10 Recommendation. 1. DISA should improve the security posture of the server hosting sites and perform penetration tests on an annual basis.
Joint Chemical Agent De ector Executive Summary • In April 2009. the Joint Project Manager chose Smiths Detection's Lightweight Chemical Detector 3.3 to replace the M4 to improve chemical warfare agent detection sensitivity, reduce false alarm rate, increase battery life (to 25 hOurs from 12), and reduce acquisition and lifecycle costs, • The program office conducted M4E I developmental testing from May to October 2010- • Integrated developmental and operational test and evaluation events included Chemical Warfare Agent Detection and Identification, Toxic Industrial Chemical Detection and Identification, Chemical Warfare Agent Detector Clear Down, and Chemical, Biological, and RadiologicaJ Contamination Survivability. • The Army 'Pest and Evaluation Command led a multi-service operational test at Dugway Proving Ground, Utah from July to August 2010- System • JCAD is a hand-held device that automatically detects, identifies, and alerts warfighters to the presence of nerve and blister vapors, as well as one blood chemical agent vapor and one toxic industrial chemical vapor. • JCAD is a non-developmental item modified from a commercially available device- It operates as a stand-alone detector. It is carried by personnel and placed onto various platforms, including ground vehicles, at fixed-site installations, and at collective protection shelters. It supplements or replaces existing fielded chemical agent vapor detectors. • The total Acquisition Objective for JCAD, M4 and M4E1, is 109,705 units. The JCAD will be issued to: Army squads Marine platoons Air Force base reconnaissance, and ground-service personnel Navy shore installations, and riverine or land-based units Mission • Units use JCAD to provide hazard level indication of chemical warfare agent and toxic industrial chemical vapors. This alerts Activity • In April 2009, the Joint. Project Manager chose Smiths Detection's Lightweight Chemical Detector 3.3 to replace the M4 to improve chemical warfare agent detection sensitivity, reduce false alarm rate, increase battery life (to 25 hours from 12), and reduce acquisition and lifecycle costs. The Joint Project Manager intends to procure 49,705 of the enhanced personnel to take personal protection measures. including masking and unit force protection measures (contamination avoidance and increase in mission-level protective posture). JCAD is used for the following purposes: Personal chemical vapor detector Monitor in and around a vehicle or shelter's interior and exterior, or aircraft interior Fixed installation Monitor or array of monitors to provide remote alarming Major Contractor Smiths Detection - Edgewood. Maryland detector, designated the M4E1- The Joint Project Manager plans to begin production of the M4EI in March 2011- • DOT&E approved the JCAD Test and Evaluation Master Plan (TEMP) on July 22. 2010. It provides for side-by-side testing in both developmental and operational testing of the M4 and M4E1. JCAD 21
Page 1 and 2: F-35 Joint Strike Fighter (JSF) Exe
Page 3 and 4: • The government-contractor test
Page 5 and 6: Air System-Ship Integration and Shi
Page 7: Global Combat Support System — o
Page 11 and 12: Joint Tactical Radio System (JTRS)
Page 13 and 14: Joint Tactical Radio System (JTRS)
Page 15: Joint Warning and Reporting Network
Page 18 and 19: BAE RG-33L CAT Ii and Ambulance var
Page 20 and 21: Assessment • The M-ATV is operati
Page 22 and 23: Activity Ml DS-LVT (B-1 B Integrati
Page 24 and 25: Mission Joint Force Commandersill w
Page 27 and 28: Public Key Infrastructure (PKI) Inc
Page 29 and 30: Suite of Integrated Radio Frequency
Page 31 and 32: Executive Summary • A November 20

F-35 Joint Strike Fighter (JSF)

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