In addition to using GEOINT for U.S. military and intelligence efforts, NGA provides assistance during natural and artificial disasters, aids in security planning for major events such as the Olympic Games, disseminates maritime safety information, and gathers data on climate change.
U.S. mapping and charting efforts remained relatively unchanged until World War I, when aerial photography became a major contributor to battlefield intelligence. Using stereo viewers, photo-interpreters reviewed thousands of images. Many of these were of the same target at different angles and times, giving rise to what became modern imagery analysis and mapmaking.
Engineer Reproduction Plant (ERP)
The Engineer Reproduction Plant was the Army Corps of Engineers's first attempt to centralize mapping production, printing, and distribution. It was located on the grounds of the Army War College in Washington, D.C. Previously, topographic mapping had largely been a function of individual field engineer units using field surveying techniques or copying existing or captured products. In addition, ERP assumed the "supervision and maintenance" of the War Department Map Collection, effective April 1, 1939.
Army Map Service (AMS) / U.S. Army Topographic Command (USATC)
With the advent of the Second World War aviation, field surveys began giving way to photogrammetry, photo interpretation, and geodesy. During wartime, it became increasingly possible to compile maps with minimal field work. Out of this emerged AMS, which absorbed the existing ERP in May 1942. It was located at the Dalecarlia Site (including buildings now named for John C. Frémont and Charles H. Ruth) on MacArthur Blvd., just outside Washington, D.C., in Montgomery County, Maryland, and adjacent to the Dalecarlia Reservoir. AMS was designated as an Engineer field activity, effective July 1, 1942, by General Order 22, OCE, June 19, 1942. The Army Map Service also combined many of the Army's remaining geographic intelligence organizations and the Engineer Technical Intelligence Division. AMS was redesignated the U.S. Army Topographic Command (USATC) on September 1, 1968, and continued as an independent organization until 1972, when it was merged into the new Defense Mapping Agency (DMA) and redesignated as the DMA Topographic Center (DMATC) (see below).
Aeronautical Chart Plant (ACP)
This article is missing information about the (1381st) Geodetic Survey Squadron, the Air Photographic and Charting Service, and the Aerospace Cartographic and Geodetic Service. Please expand the article to include this information. Further details may exist on the talk page.(November 2021)
After the war, as airplane capacity and range improved, the need for charts grew. The Army Air Corps established its map unit, which was renamed ACP in 1943 and was located in St. Louis, Missouri. ACP was known as the U.S. Air Force Aeronautical Chart and Information Center (ACIC) from 1952 to 1972 (See DMAAC below).
National Photographic Interpretation Center (NPIC)
Shortly before leaving office in January 1961, PresidentDwight D. Eisenhower authorized the creation of the National Photographic Interpretation Center (NPIC), a joint project of the CIA and DIA. NPIC was a component of the CIA's Directorate of Science and Technology (DDS&T) and its primary function was imagery analysis. NPIC became part of the National Imagery and Mapping Agency (now NGA) in 1996.
This article is missing information about the erroneous and corrected geolocation of Cuba. Please expand the article to include this information. Further details may exist on the talk page.(November 2021)
NPIC first identified the Soviet Union's basing of missiles in Cuba in 1962. By exploiting images from U-2 overflights and film from canisters ejected by orbiting Corona satellites, NPIC analysts developed the information necessary to inform U.S. policymakers and influence operations during the Cuban Missile Crisis. Their analysis garnered worldwide attention when the Kennedy Administration declassified and made public a portion of the images depicting the Soviet missiles on Cuban soil; Adlai Stevenson presented the images to the United Nations Security Council on October 25, 1962.
Defense Mapping Agency (DMA)
The Defense Mapping Agency was created on January 1, 1972, to consolidate all U.S. military mapping activities. DMA's "birth certificate", DoD Directive 5105.40, resulted from a formerly classified Presidential directive, "Organization and Management of the U.S. Foreign Intelligence Community" (November 5, 1971), which directed the consolidation of mapping functions previously dispersed among the military services. DMA became operational on July 1, 1972, pursuant to General Order 3, DMA (June 16, 1972). On October 1, 1996, DMA was folded into the National Imagery and Mapping Agency – which later became NGA.
DMAHC was formed in 1972 when the Navy's Hydrographic Office split its two components: The charting component was attached to DMAHC, and the survey component moved to the Naval Oceanographic Office, Bay St. Louis, Mississippi, on the grounds of what is now the Stennis Space Center. DMAHC was responsible for creating terrestrial maps of coastal areas worldwide and hydrographic charts for DoD. DMAHC was initially located in Suitland, Maryland, but later relocated to Brookmont (Bethesda), Maryland.
DMA Topographic Center (DMATC)
DMATC was located in Brookmont (Bethesda), Maryland. It was responsible for creating topographic maps worldwide for DoD. DMATC's location in Bethesda, Maryland is the former site of NGA's headquarters.
DMA Hydrographic/Topographic Center (DMAHTC)
DMAHC and DMATC eventually merged to form DMAHTC, with offices in Brookmont (Bethesda), Maryland.
DMA Aerospace Center (DMAAC)
DMAAC originated with the U.S. Air Force's Aeronautical Chart and Information Center (ACIC) and was located in St. Louis, Missouri.
National Imagery and Mapping Agency (NIMA)
NIMA was established on October 1, 1996, by the National Defense Authorization Act for Fiscal Year 1997. The creation of NIMA followed more than a year of study, debate, and planning by the defense, intelligence, and policy-making communities (as well as the Congress) and continuing consultations with customer organizations. The creation of NIMA centralized responsibility for imagery and mapping.
NIMA's creation was clouded by the natural reluctance of cultures to merge and the fear that their respective missions—mapping in support of defense activities versus intelligence production, principally in support of national policymakers—would be subordinated, each to the other.
NGA
With the enactment of the National Defense Authorization Act for Fiscal Year 2004 on November 24, 2003, NIMA was renamed NGA to better reflect its primary mission in the area of GEOINT.
2005 BRAC and Impact on NGA
As a part of the 2005 Base Realignment and Closure (BRAC) process, all major Washington, D.C.–area NGA facilities, including those in Bethesda, Maryland; Reston, Virginia; and Washington, D.C., would be consolidated at a new facility at the Fort Belvoir proving grounds. This new facility, later known as NCE, houses several thousand people and is situated on the former Engineer Proving Ground site near Fort Belvoir. NGA facilities in St. Louis were not affected by the 2005 BRAC process.
The cost of the new center, as of March 2009, was expected to be $2.4 billion. The center's campus is approximately 2,400,000 square feet (220,000 m) and was completed in September 2011.
Next NGA St. Louis
NGA is currently constructing a new facility in St. Louis, Missouri, Next NGA St. Louis, at a cost of $1.7 billion. The facility is expected to hold 3,000 employees and open by 2025. St. Louis' city legislature is currently reconsidering legislation to surround Next NGA St. Louis with a protection zone that would bar certain businesses, such as gas stations, hazardous material companies, and foreign government-supported enterprises, from building around the site for security purposes.
Organization
Agency structure
Executive Leadership Team
NGA is headed by a director, currently Navy Vice Adm. Frank D. Whitworth; the director is followed in precedence by the deputy director and chief of staff, currently Brett Markham. The holders of these three offices comprise NGA's executive leadership team.
Chief of Staff
While NGA's director and deputy director oversee the agency as a whole, the Chief of Staff is tasked with overseeing NGA's executive support staff, administrative services, logistics, personnel security, human resources, employee training and development, corporate communications, and congressional engagement.
Directorates and directorate leaders
NGA is split into various directorates led by directors (D/XX) and associate deputy directors (ADD/XX) with "XX" standing in for each directorate's two-letter designation. Known directorates and leadership figures include but are not limited to the:
Analysis Directorate, containing the Director of Analytic Operations (D/AO) and Associate Deputy Director for Operational Engagement (ADD/AE) and led by a director, currently Director of Analysis Susan "Sue" Kalweit
Source Operations & Management Directorate (S or "Source" Directorate), led by the Director of the Source Operations & Management Directorate or Director of Source Operations
Enterprise Operations Directorate (E or "Enterprise" Directorate), led by the Director of the Enterprise Operations Directorate
Security and Installation Operations Directorate (SI)
Human Development Directorate (HD)
Financial Management Directorate (FM)
Unnamed "NGA contracting directorate"
Acquisitions Directorate
Unnamed "A Directorate" (possibly Acquisitions or Analysis)
Unnamed "P Directorate" (possibly Plans and Programs or former Analysis and Production Directorate (see below))
An Analysis and Production Directorate (P or "Production" Directorate) existed in 2011, although NGA presently has a Directorate for Analysis which may be a replacement or separated portion of the Analysis and Production Directorate.
The deputy associate director of operations directly oversees NGA Operations Center (itself led by a director and deputy director) the Office of NGA Defense, the Office of Expeditionary Operations, and NGA leadership at the three National Reconnaissance Office Aerospace Data facilities.
Other internal groups and leaders
NGA contains NGA Support Teams (NST), which work with directorates, are detailed internationally, deploy with warfighters, or liaise with service branches. Multiple NGA Command NSTs also exist. NGA's western operations, such as the construction of Next NGA St. Louis campus in St. Louis, Missouri, are headed by the NGA St. Louis executive (who can concurrently serve in other leadership roles). There is also an NGA Equality Executive. Other organizations present in NGA, which may or may not be components of directorates, include:
Additionally, military Service GEOINT Offices (SGOs) liaise with NGA, but belong to their respective military service branches and represent their geospatial intelligence needs. The Canadian Armed Forces deploys a liaison team to NGA; that team's operations officer also acts as NGA's Commonwealth liaison.
NGA is a member of the National System for Geospatial Intelligence (NSG) and the larger Allied System for Geospatial Intelligence (ASG), which includes close alliesCanada, the United Kingdom, Australia, and New Zealand. The U.S. and those four nations also form the Five Eyes intelligence alliance.
This table lists all Directors of the NIMA and NGA and their term of office. The agency transitioned from NIMA to NGA during Lieutenant General King's directorship.
† - Although General Clapper preferred the use of his military rank, he was in fact a member of the Defense Intelligence Senior Executive Service (DISES) during his term as Director of NGA, as he had retired from active duty as the director of Defense Intelligence Agency in 1995. Clapper was the first civilian to head NIMA / NGA.
Civilian, Department of Defense, and Intelligence Community activities
Osama bin Laden compound raid: NGA was integral in helping the Department of Defense and the U.S. Intelligence Community pinpoint the compound in Abbottabad, Pakistan where Osama bin Laden hid for several years and to plan the raid that killed him.
Keyhole investment: NGA contributed approximately 25% of In-Q-Tel's funding of Keyhole Inc, whose Earth-viewing software became Google Earth.
Hurricane Katrina: NGA supported Hurricane Katrina relief efforts by "providing geospatial information about the affected areas based on imagery from commercial and U.S. government satellites, and from airborne platforms, to the Federal Emergency Management Agency (FEMA) and other government agencies. NGA's Earth website is a central source of these efforts.
Microsoft partnership: Microsoft Corp. and NGA have signed a letter of understanding to advance the design and delivery of geospatial information applications to customers. NGA will continue to use the Microsoft Virtual Earth platform (as it did for Katrina relief) to provide geospatial support for humanitarian, peacekeeping, and national-security efforts. Virtual Earth is a set of online mapping and search services that deliver imagery through an API.
Open source software on GitHub: April 2014 NGA became the first intelligence agency to open-source software on GitHub. NGA Director Letitia Long talks about NGA's GitHub initiative and the first offering, GeoQ, at the GEOINT Symposium. Her comments start at 40 minutes and 40 seconds from her GEOINT 2014 conference speech. NGA open sources software packages under their GitHub organizational account.
After the 2019 creation of the United States Space Force, NGA began working with the USSF "to provide geospatial intelligence to support and identify future needs of the service," establishing a new support team (NST) embedded at USSF headquarters.
In 2022, NGA aided rescue and recovery from Hurricane Ian in Florida.
NIMA / NGA has been involved in several controversies.
India tested a nuclear weapon in 1998 that reportedly took the United States by surprise. Due to budget cuts in defense spending after the end of the Cold War (see Peace dividend), the intelligence community was forced to reevaluate the allocation of its limited resources.
In 1999, NIMA reportedly provided NATO war-planners with incorrect maps which did not reflect that the Chinese Embassy in Belgrade had moved locations, which some have argued was the cause of the accidental NATO bombing of the Chinese embassy in Belgrade. The Central Intelligence Agency countered this criticism by saying this overstates the importance of the map itself in the analytic process. Maps of urban areas will be out-of-date the day after they are published, but what is important is having accurate databases.
On Jan. 17, 2013, USS Guardian, a mine countermeasures ship, was grounded on the Tubbataha Reef in the southern Philippines. While it was determined that the NGA had provided an inaccurate chart that was off by as much as 8 nautical miles (15 km; 9.2 mi), the Navy primarily faulted the ship's crew, specifically the commanding officer, the executive officer and two junior officers that were standing watch at the time of the grounding, as they had failed to adhere to prudent, safe, and sound navigation principles. The crew relied solely on the inaccurate Digital Nautical Chart (DNC) during the planning and execution of the navigation plan and failed to appropriately cross-reference additional charts and utilize visual cues.
From 2013 to 2018, NGA designated the latitude and longitude coordinates of a private residence as a default location for Pretoria, South Africa, causing the digital-mapping website MaxMind to set it as the location of over one million IP addresses, which in turn caused people searching for missing phones and other electronics (as well as other people trying to track down IP addresses in Pretoria and police officers attempting to track criminals) to show up at the residence. The issue was eventually resolved following a private investigation and a request to both NGA and MaxMind that the default location be changed.
GEOnet Names Server (GNS) – Database of foreign geographic feature names. Worldwide coverage excluding the United States and Antarctica, containing approximately 3.93 million features with 5.45 million names, and their coordinates