ISR evolution in the Iraqi theater.
The setting is Iraq, 2008. Picture the following: A vehicle-borne improvised explosive device Noun 1. improvised explosive device - an explosive device that is improvised
explosive device - device that bursts with sudden violence from internal energy (VBIED VBIED Vehicle-Borne Improvised Explosive Device ) network has been responsible for several high-casualty attacks on coalition forces and local civilians. But now a cordon is in place, and unmanned aerial vehicles
tr.v. ter·ror·ized, ter·ror·iz·ing, ter·ror·iz·es
1. To fill or overpower with terror; terrify.
2. To coerce by intimidation or fear. See Synonyms at frighten. the community, and leads on other extremists have been developed.
If the reader thinks this was a special operations forces Those Active and Reserve Component forces of the Military Services designated by the Secretary of Defense and specifically organized, trained, and equipped to conduct and support special operations. Also called SOF. (SOF SOF
sound on film ) maneuver, he would be wrong. Such operations are happening daily with armor, artillery, and infantry units executing the mission. What enables this SOF-like capability with conventional units is the sudden increase in intelligence, surveillance, and reconnaissance An activity that synchronizes and integrates the planning and operation of sensors, assets, and processing, exploitation, and dissemination systems in direct support of current and future operations. This is an integrated intelligence and operations function. Also called ISR. (ISR (Interrupt Service Routine) Software routine that is executed in response to an interrupt. ), analysis, and exploitation assets delegated down to the brigade combat teams (BCTs).
We have seen a significant metamorphosis of intelligence operations The variety of intelligence and counterintelligence tasks that are carried out by various intelligence organizations and activities within the intelligence process. Intelligence operations include planning and direction, collection, processing and exploitation, analysis and production, in Iraq. Indeed, we still have much to learn, but we are on the right track. The capacity and capability of our intelligence systems have improved greatly in just 3 years. The successes enjoyed by Multi-National Corps-Iraq (MNC-I MNC-I Multi-National Corps - Iraq ) are clearly demonstrated in the ability to leverage the sophistication so·phis·ti·cate
v. so·phis·ti·cat·ed, so·phis·ti·cat·ing, so·phis·ti·cates
1. To cause to become less natural, especially to make less naive and more worldly.
2. of intelligence operations ongoing in Iraq today whad up ==External links== *[http://www.iraq-today.com/ official website] Category:Newspapers published in Iraq at the lowest levels of command.
Employment of ISR, according to according to
1. As stated or indicated by; on the authority of: according to historians.
2. In keeping with: according to instructions.
3. the current counterinsurgency coun·ter·in·sur·gen·cy
Political and military strategy or action intended to oppose and forcefully suppress insurgency.
coun (COIN) doctrine, sets the conditions for the initial success of the surge in Iraq. Decentralization de·cen·tral·ize
v. de·cen·tral·ized, de·cen·tral·iz·ing, de·cen·tral·iz·es
1. To distribute the administrative functions or powers of (a central authority) among several local authorities. of ISR assets allowed BCT BCT Brigade Combat Team
BCT Basic Combat Training
BCT Best Conventional Pollutant Control Technology (EPA)
BCT Business Cards Tomorrow
BCT Banque Centrale de Tunisie (Central Bank of Tunisia) and regimental combat team A regimental combat team was a provisional major infantry unit of the United States Army during the Second World War and Korean War. The regimental combat team, or "R.C.T.", was formed by augmenting a regular infantry regiment with smaller tank, artillery, combat engineer, (RCT RCT Randomized Controlled Trial
RCT Regimental Combat Team (infantry regiment with their own artillery, engineers, medical and tanks)
RCT Rollercoaster Tycoon
RCT Randomized Clinical Trial
RCT Rhondda Cynon Taff ) commanders (faced with vastly different problem sets) to gain and maintain contact with the enemy. ISR evolved along with the fight. The robust ISR currently available at the brigade level provides commanders with an unprecedented level of situational awareness. Commanders now have the flexibility to push ISR assets to the lowest tactical echelon, which is one of the most powerful enablers on the battlefield today.
Paradigm Shift A dramatic change in methodology or practice. It often refers to a major change in thinking and planning, which ultimately changes the way projects are implemented. For example, accessing applications and data from the Web instead of from local servers is a paradigm shift. See paradigm.
The current environment in Iraq is complex and consists of four interacting conflicts: counteroccupation, terrorism, insurgency, and a communal struggle for power and survival. All are occurring in the context of a fragile state. This situation is further complicated by external influences. Each of these four conflicts is in a different stage, depending on which part of Iraq is being considered, and solving only one of these problems in isolation tends to make the others worse. Hence, there is no silver bullet No Silver Bullet - essence and accidents of software engineering is a well-known paper on software engineering written by Fred Brooks in 1986. Brooks argues that there will be no more technologies or practices that will serve as "silver bullets" and create a twofold solution; instead, solutions are as complex as the problem set. To confuse matters further, these conflicts cross unit, provincial, and international boundaries.
As the corps manages simultaneous, multidivision operations fighting a full-spectrum, decentralized de·cen·tral·ize
v. de·cen·tral·ized, de·cen·tral·iz·ing, de·cen·tral·iz·es
1. To distribute the administrative functions or powers of (a central authority) among several local authorities. counterinsurgency across multiple, disparate operating environments, ISR does not always lend itself to "streamlining." The nature of the conflict makes it apparent that no single approach to ISR management will apply effectively. To gain understanding and provide the battle-space owners at all echelons situational awareness, ISR must be robust and dynamic and controlled at the right headquarters in order to get commanders the information and intelligence needed to make decisions on a decentralized COIN battlefield.
Comprehensive coordination between operations and intelligence from the inception of major operations ensures that critical collection requirements are as well forecast and resourced as possible. However, it is important to note that deliberate planning for ISR support of COIN warfare does not alter the fact that more immediate and critical requirements emerge and continually evolve. In fact, the ability to retask assets quickly is an important aspect of exploiting operational and strategic opportunities that present themselves and are in line with the commander's intent and standing ISR priorities.
The Iraqi threat environment contains insurgents Insurgents, in U.S. history, the Republican Senators and Representatives who in 1909–10 rose against the Republican standpatters controlling Congress, to oppose the Payne-Aldrich tariff and the dictatorial power of House speaker Joseph G. Cannon. and militias who at any time might be working with or against each other. Moreover, most are consistently working against coalition forces. The COIN environment's decentralized nature makes it imperative that ISR asset control, from tactical through theater level, be pushed to the lowest possible echelon, while it is simultaneously managed by the corps to maintain flexibility.
Decentralized control of intelligence assets, including aerial collectors regardless of Service, is a key tenet of COIN doctrine. As stated in Field Manual 3-24, Counterinsurgency, "effective COIN operations are decentralized, and higher commanders owe it to their subordinates to push as many capabilities as possible down to their level." Every BCT and RCT has a different operating environment, and only the commander knows how to best integrate ISR. In a transformed military in which BCTs, by doctrine, fight autonomously, the concept of decentralizing de·cen·tral·ize
v. de·cen·tral·ized, de·cen·tral·iz·ing, de·cen·tral·iz·es
1. To distribute the administrative functions or powers of (a central authority) among several local authorities. control of ISR to the lowest possible level applies across the full spectrum of operations. In today's environment, a commander must plan operations based on specific ISR systems available, and they are often the sole determining factor in what the unit can or cannot do operationally.
Our commanders must be able to seamlessly and immediately retask the best available asset if it is not actively engaged on a higher priority target to take advantage of often fleeting opportunities. Real-time coordination to facilitate command decisionmaking is crucial. The BCT is the nexus for ISR operations, and success can be directly attributed to the agility possessed by the empowered commanders at the lowest level. MNC-I controls its own ISR assets and those apportioned ap·por·tion
tr.v. ap·por·tioned, ap·por·tion·ing, ap·por·tions
To divide and assign according to a plan; allot: "The tendency persists to apportion blame as suits the circumstances" from higher. The assets are then decentralized, either apportioned or allocated down to the lowest level to support operations. This decentralization of additional ISR enablers at the BCT/RCT levels allows for mission execution across the spectrum of tasks associated with the counterinsurgency fight. The capabilities and ability of conventional forces to conduct sophisticated and other complex operations have improved significantly and now complement, but do not replicate, SOF capabilities. Corps ISR operations run the gamut regarding counter-high value individual targets at differing tiers. The conventional force mission set is broad and must be managed accordingly.
New ISR Model
The current ISR strategy breaks assets into two categories: allocated and apportioned. This provides needed predictability to the major subordinate command (MSC (1) (MSC.Software Corporation, Santa Ana, CA, www.mscsoftware.com) Founded in 1963 by Richard H. MacNeal and Robert G. Schwendler, MSC is the world's largest provider of mechanical computer aided engineering (MCAE) strategies, simulation software and services. ) while ensuring flexibility. Allocated assets are used by the corps to fill emerging high priority requirements in a similar manner to that described above. Apportioned assets, however, are controlled by the MSCs. The divisions write their own target decks and can count on their apportioned assets day after day.
The current ISR strategy is possible because of a recent surge of both theater- and corps-level full motion video (FMV FMV - full-motion video ) assets and the commander's empowerment to division and brigade, along with the division or brigade's ability to manage them effectively. Previously, ground commanders could not plan operations around ISR availability; instead, they submitted requirements and then waited to find out if they would get echelons above division (EAD EAD Ensino A Distancia (Brazil)
EAD Encoded Archival Description (DTD for SGML)
EAD Employment Authorization Document (US INS)
EAD Exposure At Default ) coverage. At best, they would know 72 hours out if they had been allocated an FMV asset; at worst, they would find their asset pulled at the last minute to support a higher priority corps requirement.
Situations routinely arise requiring sustained FMV coverage beyond a given division's ability to support; the corps provides allocated assets first, leaving the MSCs with their apportioned platforms. This gives the corps commander flexibility to provide FMV coverage for his main effort while still providing predictable ISR support to subordinate commands. This model is firmly governed by the commander's priorities, from the initial apportionment The process by which legislative seats are distributed among units entitled to representation; determination of the number of representatives that a state, county, or other subdivision may send to a legislative body. The U.S. of the assets to the creation of the allocated asset targets. Additionally, by using a mix of organic, apportioned, and allocated assets, the MSCs can conduct ISR "soaks," generate cross-cueing opportunities, and achieve tactical successes on par with unconventional forces.
Evolution of ISR
Today's division and BCT commanders are benefiting from the decision to balance ISR assets. Spinoffs of early Future Combat System technology and the recognition of the importance of manned and unmanned teaming in the COIN environment, where precision and timeliness are essential, show that one tactical UAV UAV Unmanned Aerial Vehicle
UAV Unmanned Air Vehicle
UAV Unmanned Aerospace Vehicle
UAV Unmanned Airborne Vehicle
UAV Uninhabited Air Vehicle
UAV Urban Assault Vehicle
UAV Unpiloted Aerial Vehicle (less common) platoon per BCT will not be enough to provide the "unblinking eye" required for success. Therefore, BCTs depend on the allocation of corps- and theater-level systems to help them accomplish their missions.
While still insufficient to meet the demand of the COIN environment, significantly more ISR assets are available to commanders in Iraq today than were available in the early stages of Operation Iraqi Freedom. Since 2003-2004, FMV within the corps has increased tenfold. However, it is not just about numbers; it is also about improved capability. For example, during 2003-2004, the corps/ combined joint task force (CJTF CJTF combined joint task force (NATO)
CJTF Commander, Joint Task Force
CJTF Coalition Joint Task Force ) could count on at most only two UAV systems to meet all corps/CJTF-and-below FMV requirements. Most divisions and BCTs had no capability at all. Today, the corps can count on daily support from at least 12 FMV systems while each BCT has its own organic FMV support.
This increase in ISR capability is most visible at the BCT level. The BCTs of 2003 had little to no ISR capability, no top secret/ sensitive compartmented information All information and materials bearing special community controls indicating restricted handling within present and future community intelligence collection programs and their end products for which community systems of compartmentation have been or will be formally established. communications channel, inadequate intelligence analysis capability, limited human intelligence capabilities, and no properly equipped signals intelligence (SIGINT Noun 1. SIGINT - intelligence information gathered from communications intelligence or electronics intelligence or telemetry intelligence
signals intelligence ) platoons. Furthermore, the available digital bandwidth was insufficient to synchronize intelligence databases within the BCT and did not meet requirements for reachback to intelligence architectures at echelons above division. In fact, couriers were often sent with Flash drives to various command posts to synchronize intelligence databases. Commanders were rarely allocated more than an hour of FMV a week in the early stages of the war, and this allocation was often underutilized since BCT commanders did not know in advance when they would control the asset. Even when the BCT received FMV coverage, the ground control station or the picture remained at division level.
Today's BCT has three times the original analytic capability and twice the human intelligence capability of a 2003 legacy BCT. Additionally, each BCT has an organic tactical UAV platoon that provides 18 hours of FMV coverage a day and can often count on and plan for additional FMV support from a corps asset allocated to support division operations. The BCT SIGINT platoon is equipped to meet today's battlefield requirement, and Theater has resourced most BCTs with a cryptologic cryp·tol·o·gy
The study of cryptanalysis or cryptography.
crypto·log support team and SIGINT terminal guidance teams to augment their organic SIGINT analytic and collection capability, providing the ability to tap into vast national resources.
Most importantly, the BCT has ample bandwidth available to handle internal communications and to provide reachback to division and EAD intelligence architectures. BCT commanders can now truly prosecute a multidisciplined intelligence fight and use tipping and cueing from all collectors to focus FMV ISR assets better, thereby improving agility and ability to gain and maintain contact with the enemy.
Our biggest challenge today is to synchronize the effectiveness and capabilities of these systems for the mission. The first time that BCT commanders experience the windfall of these assets is often when they assume responsibility over battlespace in Iraq. We must develop appropriate simulations and training scenarios to replicate these assets. This is truly commanders' business, and they must be trained and focused on these enablers.
The current system in U.S. Central Command is serving us well in support of Operation Iraqi Freedom. The combatant commander apportions ISR to subordinate units, including MNF-I MNF-I Multi-National Force-Iraq and Multi-National Corps-Iraq (MNC-I), based on his priorities. MNC-I can then weight the battlefield with a mix of theater- and corps-level systems by allocating ISR assets to subordinate divisions, combined joint special operations task forces, and BCTs/RCTs based on the commander's priorities. Corps, as the operational headquarters for coalition forces, is really the highest level at which this can be done with a true feel for what is going on at all levels, and MNC-I receives virtually all ISR for conventional forces in Iraq. Manned by a mix of highly qualified personnel from all Services, the collection management team works to achieve careful coordination with higher, adjacent, and lower headquarters, with an emphasis on focusing down by recommending the allocation of ISR assets, executing the commander's guidance, and monitoring ISR operations. But these assets are now as important as any combat asset in the corps, and they must be managed by commanders.
Armed with timely and accurate information, commanders have the ability to strike with surprise and mass at the right time and place. ISR assets are allocated largely from bottom-up input from BCTs, RCTs, and divisions and are influenced by the corps commander's understanding of the environment, established priorities, and the combined efforts of the C3 (operations) and C2 (intelligence) in managing the execution of those priorities. Division commanders task allocated assets in accordance with priorities and forward any unaddressed requirements back to the corps commander for additional support.
Corps ISR allocation in support of these unaddressed requirements is determined based on corps commander priorities, desired effect, location, and time of the requirement, as well as other collection parameters. Furthermore, ad hoc For this purpose. Meaning "to this" in Latin, it refers to dealing with special situations as they occur rather than functions that are repeated on a regular basis. See ad hoc query and ad hoc mode. or dynamic retasking of ISR assets is adjudicated by the corps C3 in accordance with the corps commander's stated priorities. Again, corps level is where these decisions are best made because a higher or more distant command and control node cannot act quickly enough or with sufficient insight into the implications of its decisionmaking process.
ISR Impact on the BCT
Commanders always want to arrange capabilities in terms of time, space, and purpose to achieve decisive effect. On any given day, a conventional BCT commander might be simultaneously focused on targeting a cell leader in an IED Noun 1. IED - an explosive device that is improvised
I.E.D., improvised explosive device
explosive device - device that bursts with sudden violence from internal energy network, providing security for a very important person convoy, monitoring a potentially violent demonstration, or responding to troops in contact--to name only a few potential operations. All of these missions require ISR coverage, and only a commander on the ground can make the appropriate decision about how to allocate assets.
Because of the diverse and complex needs of commanders in a COIN environment, our BCT commanders need to "own" not only their organic ISR assets but also theater- and corps-level systems for given periods based on the corps commander's priorities. External agencies do not have the perspective, agility, or grasp of the full range of ISR systems in theater to responsively integrate ISR assets into COIN operations.
A recent combat action in Iraq supported by a variety of ISR systems enabled the successful engagement of a mortar team. A counterfire radar acquired an indirect fire point of origin and cross-cued a persistent surveillance platform to maintain contact with the threat mortar system. Close air support (CAS) arrived on station rapidly and gained positive identification in conjunction with a nearby air weapons team (AWT (Abstract Windowing Toolkit) A class library from Sun that provides an application framework and graphical user interface (GUI) routines for Java programmers. AWT was the first user interface development system included in the Java Foundation Classes (JFC). ). The BCT Tactical Operations Center A physical groupment of those elements of a general and special staff concerned with the current tactical operations and the tactical support thereof. Also called TOC. See also command post. diverted a UAV to further refine the target; this UAV provided clear evidence of mortar tubes being transferred to a second truck. The AWT engaged and destroyed the target with CAS lasing. The UAV facilitated immediate battle damage assessment The timely and accurate estimate of damage resulting from the application of military force, either lethal or nonlethal, against a predetermined objective. Battle damage assessment can be applied to the employment of all types of weapon systems (air, ground, naval, and special forces by verifying target destruction. Control of ISR, especially the UAV, at the lowest possible level was the key.
This successful intelligence operation is directly attributed to the enhanced agility possessed by commanders at the lowest level, enabled with corps assets, to orchestrate FMV assets based on rapid feedback from intelligence analysts supporting the commander and tipping and cueing from multidiscipline intelligence sensors.
The Way Ahead
One initiative that has helped tactical commanders in Iraq integrate theater ISR assets into their operations is the presence of Combined Air Operations Center See: tactical air control center. (CAOC CAOC Combined Air Operations Center
CAOC Chief Acquisition Officers Council
CAOC Combined Aerospace Operations Center
CAOC combat air operations center (US DoD)
CaOC Cathodal Opening Contraction
CAOC Constant Axial Offset Control )/Combined Forces Air Component Command (CFACC CFACC Combined Forces Air Component Commander (US DoD)
CFACC Combined Force Air Component Commander
CFACC Combined Forces Air Component Command ) ISR liaison officers at division headquarters. Providing these Air Force subject matter experts as advisors to division staff sections and as key members of the intelligence-operations team has been a combat multiplier. It would also be extremely helpful to have these experts at BCT level to provide the CAOC and related organizations with insight into the operations they support.
Tactics are continuously being refined, and it is not uncommon to have ISR assets guide CAS on station and on target to engage the enemy. It is incredibly difficult for commanders to predict when and where units will be decisively engaged. The ability to acquire additional UAV support and CAS is an invaluable capability that brings large amounts of firepower to the fight in short order. That said, there certainly is no shortage of lethal systems in the air over today's battlefield. What we need is more ISR for ground commanders to employ, not more air support. Although armed UAVs are a bonus, systems such as the MQ-9 Reaper should not be designated as primarily attack platforms until the larger ISR void is filled.
ISR is working in Iraq because tactical leaders are maximizing the effectiveness of a limited resource. The optimal use of ISR is enabled through decentralized control that provides the greatest flexibility at the lowest levels within the command.
The Army and Marine Corps need to develop up-to-date and relevant training simulations and scenarios that expose commanders and their units to the vast complexity of ISR operations as part of predeployment training. Commanders and their staffs must know how to fight using all the ISR assets that will be available to them before arriving in theater.
B.H. Liddell Hart argued in his book Strategy that the guerrilla's most important capabilities in surviving and acting on the battlefield were concealment and mobility. Full-spectrum intelligence, surveillance, and reconnaissance assets in the hands of commanders closest to the enemy have the best chance of revealing where to look for and where to interdict interdict (ĭn`tərdĭkt), ecclesiastical censure notably used in the Roman Catholic Church, especially in the Middle Ages. When a parish, state, or nation is placed under the interdict no public church ceremony may take place, only certain the enemy. On a decentralized battlefield, commanders charged with responsibilities to achieve successful outcomes to complex problems should be given all available means to enable success. Great commanders have traditionally used reconnaissance to disperse the fog of war to gain a view of the enemy for timely decisionmaking and actions. Intelligence, surveillance, and reconnaissance are some of the best tools our ground commanders have in breaking through that fog.
Lieutenant General Raymond T. Odierno Lieutenant General Raymond T. Odierno assumed duties as the Commanding General of U.S. III Corps and Fort Hood on 15 May 2006. As III Corps uncased its colors at Camp Victory in Baghdad, Odierno also assumed responsibility as the Commanding General of the Multi-National corps in , USA, is the Commander of U.S. Army III Corps. Lieutenant Colonel Nichoel E. Brooks, USA, is Chief, Analysis and Control Element, III Corps. Lieutenant Colonel Francesco P. Mastracchio, USA, is Deputy G2 (Intelligence), III Corps.