| | Joint Service Imagery Processing System (JSIPS) |
| | Primary Purpose | The term JSIPS is utilized for programmatic |
| | purposes only and the actual system has been |
| | replaced by the national system known as the |
| | National-Deployable Transit-cased System (N-DTS) |
| | and the tactical system know as the Tactical |
| | Exploitation Group. The purpose of these |
| | systems/equipment is to receive, process or |
| | decompress raw image data, provide a means for |
| | exploitation and finally allow connection to |
| | communication source for transmission of the |
| | finished imagery product to the end user. |
| | Sub-Functions | These systems/equipment provide a user |
| | environment to accomplish all phases of imagery |
| | exploitation and creation of reports and |
| | associated imagery products. There are three |
| | types of report associated with both the N-DTS |
| | and TEG. Although each system can utilize all |
| | and/or any imagery report format, the primary |
| | formats for the N-DTS is the Immediate Photo |
| | Interpretation Report (IPIR) and the Supplemental |
| | Photo Interpretation Report (SUPIR). The |
| | Reconnaissance Exploitation Report (RECCEXREP) is |
| | the primary report format utilized in TEG |
| | operations and provides a quick format, which is |
| | better suited to report time sensitivities and/or |
| | perishable targets. |
| | Equipment Requirements | In garrison, the N-DTS at MCISU possesses it's |
| | own organic communication equipment and is |
| | connected to a national facility via a dedicated |
| | terrestrial commercial, simplex, data line |
| | operating at 1.544 mega bytes per-second (T-1). |
| | There is also a dedicated 9.6 bytes per-second, |
| | full duplex data line use to transmit text data |
| | used to order imagery and receive conformation |
| | data from the distant end. The MCISU possesses |
| | no organic, deployable communications |
| | transmission capability or electrical support |
| | equipment. Therefore, the unit would require the |
| | communication requirements listed above and |
| | adequate power to support operations. The TEG in |
| | garrison can operate in the same manner as the |
| | N-DTS, connecting to and receiving/disseminating |
| | raw or secondary imagery as necessary, utilizing |
| | bandwidth authorized by the local commander. The |
| | present design of the TEG facilitates the |
| | processing of only the Advance Tactical Airborne |
| | Reconnaissance System (ATARS) raw image data. |
| | This data can be transmitted directly to the TEG |
| | from the aircraft via the Tactical Interoperable |
| | Ground Data Link (TIGDL) antenna or extracted |
| | from the mission tape after the aircraft lands. |
| | The TEG does not have organic communication |
| | transmission equipment, which must be provided by |
| | the supporting command. It does have an |
| | auxiliary power source to support initial set-up |
| | and emergency operations but long-term operations |
| | will require connection to an external primary |
| | power source. |
| | Connectivity Requirements |
| | Crypto Requirements | The MCISU/N-DTS utilized two KIV-7HS's for low and medium rate data, and two KIV-19's for high rate image data transfer. The TEG has five KIV-7HS's organic to the system/suite of equipment. |
| Normal Locations |
| Information Managed | Imagery (raw and processed). |
| Products Created | The products created within the MCISU or TEG is |
| limited only by the imagination the personnel |
| assigned. Each system has the capability to |
| create all phases and types of reports, and a |
| multitude of imagery products. At the MCISU, |
| these products are disseminated via magnetic tape |
| (numerous sizes), compact disk, hardcopy and are |
| hosted on either an SCI or GENSER, Image Product |
| Library (IPL) or the Demand-Driven Direct |
| Digital Dissemination (5D) servers. All of these |
| servers are accessible via the MCISU home page |
| on both the JWICS or SIPRNET circuits. |
| The TEG possesses only the IPL and at present |
| hosts no imagery archive. However, this will |
| change with the solidifying of both garrison and |
| deployment concept of operations and the system |
| reaching full operation capability (FOC). |
| Lead Service/Contractor | Previously the lead service on the |
| JSIPS/TEG/N-DTS was the Air Force with Marine |
| Corps representation from MARCORSYSCOM. With the |
| final delivery of the N-DTS and conditional |
| delivery of the TEG, MARCORSYSCOM decided to |
| accept all aspects associated with the operations |
| and maintenance of each system. The primary |
| contractor for these systems is Raytheon |
| (formerly E-Systems) and Lockheed Martin. |
| Current Fielding Status | There is only one N-DTS in the Marine Corps and |
| it is located with the Marine Corps Imagery |
| Support Unit (MCISU) at Camp Pendleton, |
| California. There are three TEGs presently in |
| the USMC inventory, one with 1st Intelligence |
| Battalion at Camp Pendleton, one assigned to 2nd |
| Intelligence Battalion but located at Cherry |
| Point, and the final delivery during January |
| 2001, to 3rd Intelligence Battalion, Okinawa, |
| Japan. There are no additional systems scheduled |
| for delivery. However, there is an effort |
| underway to develop a TEG-Expeditionary to |
| provide a smaller, lightweight exploitation |
| capability to the MEUs, MAWs and/or other |
| isolated imagery analysts as necessary. |
| Known Problems | The primary problems of these systems and imagery |
| support in the Marine Corps as a whole are, 1) |
| communication bandwidth robust enough for |
| transmission of products to the lowest user, and |
| 2) the user having the ability to clearly |
| articulate the required/desired outcome of their |
| imagery or intelligence requirements. All |
| organic system issues can be resolved primarily |
| with personnel and system management techniques. |
| DIICOE Compliance Rating | The N-DTS and it's components have been certified |
| as compliant with Joint/DOD standards by the |
| Joint Interoperability Test Command, Fort |
| Huachuca, AZ, and certain components certified |
| for use by a national agency. |
| The TEG has not received the official |
| authorization from MARCORSYSCOM for fielding and |
| is undergoing evaluation and will be scheduled |
| for final compliance and acceptance testing this |
| year. |
| Point of Contact | N-DTS: Marine Corps Imagery Support Unit, Camp |
| Pendleton |
| Comm: 760-725-6023 or DSN: 365-6023 |
| FAX: 760-725-6137 or DSN: 365-6137 |
| TEG: 1st Intelligence Battalion |
| At the direction of the Bn Co, the CO MCISU |
| manages TEG operations. Numbers listed above are |
| valid. |
| TEG:2nd Intelligence Battalion |
| This TEG is located with the 2nd Force Imagery |
| Interpretation Unit (AKA Imagery Interpretation |
| Platoon) at Cherry Point. |
| DSN: 582-2516 |
| TEG:3rd Intelligence Battalion |
| This TEG is operated by the Imagery |
| Interpretation Platoon co-located with the |
| battalion at Camp Hanson, Okinawa, Japan. |
| DSN: 315-623-4059 |
| Updated by | Captain Thomas Jarman, USMC, CCSC-01 |
|
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