Analyze how geospatial intelligence affects and is affected by Network Centric Warfare. Comment on possible implications for NGA

Geospatial Intelligence

Revolution Military Affairs

The Revolution in military affairs refers to the theory in the military system that is used to predict future warfare while connecting organizational recommendations and technology. In the last decade, the military world has experienced considerable change through international security due to geospatial intelligence adoption (Singer, 2009). In most cases, military operations require space, time, and the nature of matters within the confines of space and time. This aspect of geography defines nature, places, and military operations (Palka et al., 2005). The authors have agreed that the transition towards international security is highly linked to the various broad articulations of the geographical assessments adopted in military affairs.

Technological changes have been some of the most notable revolutions in the 21st century. Most military destinations from different countries have emerged, with the most basic and innovative operations adopted with higher military effectiveness (Hurlburt et al., 2005). Revolutionary military affairs are part of the evolved series of Middle Ages affairs to the current state; the Revolution military affairs marked the demassification of soldiers from different locations of the world.

Network Centric Warfare

In the Department of Defense, Network Centric Warfare is one of the fundamental components that define planning and transformation in the military. NCW is one of the significant upcoming issues that define the revolution military affairs in the armed forces. NCW mainly focuses on the information technologies, thus affecting the speed and accuracy of geospatial intelligence (Hurlburt et al. 2005). Geospatial intelligence concerns the information from different locations that impact the military, a form of Network Centric Warfare (Palka et al., 2005). Most military affairs consider the general positioning of the information system that affects others while ensuring its efficiency. NCW directly connects to the national geospatial intelligence agency, as it articulates all the necessary information for military professionals. Geospatial intelligence affects NCW by requiring specific information, which necessitates the correct method of data collection. NGA can use NCW to deliver world-class geospatial intelligence while benefiting the process of policymaking and intelligence professionals.

The Future of Geospatial Intelligence

The national security services have a wide range of geospatial intelligence possibilities for their future to protect people. One of the best ways that the military can use GEOINT in the future is through the extraction of imagery and data to inform sensor-to-shooter mechanisms, facilitate troop movements, make mission command decisions, and enhance data security in the degraded environment while developing a different reality regarding the synthetic and equipment training environment (Hurlburt et al., 2005). Geospatial intelligence can extract new data that can be used to create real-time pictures. It will aid in decision-making while reducing the sensor timeline. In the current world, the tactical network forms a more significant part of the evolving information system in the contested environment (Hurlburt et al., 2005). Embracing the current technology is one way to use GEOINT tools with soldiers’ minimal training that ensures familiarity with information and commitment to future goals. It is essential to understand that the future intelligence service relies on geospatial intelligence to elevate their activities and gather information in a more specific and coherent fashion.

GEOINT and Terrorism

The acceleration of geospatial intelligence globally has opportunities and challenges that define the relations with terrorist organizations. With the existence of advanced technology, terrorists can also have the chance to obtain related information that is presented to the military department, which might be compromising. Some countries are challenged and threatened by certain technology advancements, resulting in the transfer of false information and compromise of different missions and commands (Martin, 2011). As much as the sensor networks can be used to change and supplement the systems by mapping and imaging, terrorists can have access to this information, which can damage the mission of curbing terrorism.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

References

Hurlburt, P., Anderson, G., Cooke, T., Klumb, M., Fugate, A., Johnson, L., Park, A., Gordon, M., Cubarney, L., & Rener, M. (2005). Going to war with GEOINT. Pathfinder, 3(2).

Martin, M. (2011). Rapid geospatial assessment utilizing GIS to assess theories and hypotheses associated with patterns of global terrorism. The Pennsylvania State University.

Palka, E. J., Galgano, F. A., & Corson, M. W. (2005). Operation Iraqi Freedom: A military geographical perspective. Geographical Review, 95(3), 373-399.

Singer, P. (2009). The big cebrowski and the real RMA: Thinking about revolutionary technologies. In Wired for war (pp.179-204). Penguin Press.

 

  • Lesson 06 GRADED Discussion: Topic 1 (Required)

The authors contend that the so called Revolution in Military Affairs as articulated by Schneider is based fundamentally on geospatial technologies and techniques. In two short paragraphs challenge and then defend this contention

 

  • Lesson 06 GRADED Discussion: Topic 2a (Required: Select 2a OR 2b)

Analyze how geospatial intelligence affects and is affected by Network Centric Warfare. Comment on possible implications for NGA

 

  • Lesson 06 GRADED Discussion: Topic 3 (Required)

Do some minimal research and suggest a future application for geospatial intelligence in support of national security. This could be a completely new application or an improvement in a current application.