Attachment 1_DRAFT_CGAP_Requirements_Document_04.06.2023.pdf

UNCLASSIFIED//FOUO

NATIONAL GEOSPATIAL-INTELLIGENCE AGENCY

Attachment 1

DRAFT

COMMERCIAL GEOINT ACCESS PORTAL (CGAP)

REQUIREMENTS DOCUMENT

April 6, 2023

(U) Table of Contents

1.0 (U) Commercial GEOINT Access Portal (CGAP) Data Requirements

2.0 (U) Production Services

2.1. (U) General

2.2. (U) Orthorectified Imagery Production Requirements

2.3. (U) Orthomosaic Production

3.0 (U) Offline Data Production

3.1. (U) General

4.0 (U) Content Management

4.1. (U) General

5.0 (U) Content Delivery

5.1. (U) General

5.2. (U) File Transfer Protocol (FTP)

5.3. (U) Downloads

5.4. (U) Orthomosaic Products

6.0 (U) User Experience

6.1. (U) Number of Users

6.2. (U) User-Facing Web Service Production

6.3. (U) Notifications / Alerts

6.4. (U) Organizational User Access

6.5. (U) Geographic Information System (GIS) Integration

6.6. (U) Search and Discovery

7.0 (U) Web Services Requirements

8.0 (U) System Performance

8.1. (U) General Performance Requirements

8.2. (U) Timelines

9.0 (U) Security

10.0 (U) Systems Engineering Support

11.0 (U) Training

12.0 (U) Program Management

12.1. (U) General

12.2. (U) Account Management

1.0 (U) Commercial GEOINT Access Portal (CGAP) Data Requirements

(U) The CGAP Contractor will be responsible for providing (natively or via partnerships with other providers) all the Commercial Imagery (CI) to meet the minimum CGAP production and web service requirements. Data must meet specific conditions for use in generating orthorectified imagery and orthomosaics, unless otherwise directed by the National Geospatial-Intelligence Agency (NGA).

Government Furnished Information (GFI) data from Commercial Data Providers (CDPs) will be provided as supplementary data.

1.1. (U) The Contractor must ensure that the imagery data provider (satisfying CGAP metrics) must be a US-based contractor using National Oceanic and Atmospheric Administration (NOAA)-licensed space vehicles.

1.2. (U) The Contractor shall be responsible for providing (natively or via partnerships with other providers) the required imagery utilized to meet CGAP production requirements.

1.3. (U) The CGAP Solution shall have the capability to ingest, store, process, and disseminate

Commercial Imagery (CI) and image products from a minimum of seven NGA and National

Reconnaissance Office (NRO) licensed CDPs.

1.4. (U) The CGAP Solution shall make available data from multiple remote sensing phenomenologies to include, but not limited to Electro-Optical (EO) imagery1: Panchromatic, Visual and Near

InfraRed (V/NIR), Short-Wave InfraRed (SWIR), Multi-Spectral Imaging (MSI), and Synthetic

Aperture Radar (SAR) sensors.

2.0 (U) Production Services

(U) The CGAP Contractor shall provide orthorectification and orthomosaic production services. The following paragraphs provide production requirements and information regarding these imagery products.

2.1. (U) General

2.1.1. (U) The Contractor shall adhere to the minimum requirements laid out in the National System for Geospatial-Intelligence (NSG) Metadata Foundation (NMF) Version 3.0 for all products.

2.1.2. (U) The Contractor shall conform to the Department of Defense (DoD) mandated country code data standards found in Geopolitical Entities Names and Codes (GENC) Standard Edition 3.X2 with guidance provided by the NGA.

2.1.3. (U) The Contractor shall produce orthorectified imagery and orthomosaic products utilizing a global Digital Elevation Model (DEM) supplied or approved by the NGA.

1 (U) The term EO imagery within this document always refers to Panchromatic, V/NIR, SWIR, and MSI imagery 2 (U) The GENC Ed3.X country codes (digraph, trigraph, and administrative areas (e.g., state codes) can be found at the GENC discovery site (http://nsgreg.nga.mil/genc/discovery, as of March 2023).

http://nsgreg.nga.mil/genc/discovery

2.1.4. (U) The Contractor shall provide an accessible and searchable catalog of all available commercial imagery (EO and SAR), to include online data as well as content not already hosted on the web service platform.

2.2. (U) Orthorectified Imagery Production Requirements

(U) Orthorectified imagery production is the processing of radiometrically and geometrically corrected

Commercial Imagery (CI) to produce map-accurate orthorectified imagery. Each CDP will provide daily global coverage of imagery as orthorectified imagery products. Orthorectification will be automatically applied to all imagery that meets quality constraints (e.g., % Cloud Cover (CC), Off-Nadir Angle (ONA)).

Both georectified imagery (i.e., Level 1B imagery) and orthorectified imagery products will be available to CGAP users for discovery and access.

2.2.1. (U) The Contractor shall provide daily orthorectification production of new imagery as specified in Appendix B, Orthorectification Production.

2.2.2. (U) The Contractor shall maintain orthorectified imagery metadata in accordance with

Appendix B.

2.2.3. (U) The CGAP Solution shall provide all daily orthorectified imagery on the unclassified Internet

(www), Secure Internet Protocol Router Network (SIPRNet), and Joint Worldwide Intelligence

Communications System (JWICS) domains

2.2.4. The Contractor shall produce orthorectified imagery using panchromatic and/or MSI imagery if available (TBD3).

2.2.5. (U) The Contractor shall provide the capability to orthorectify new imagery collected by any

United States Government (USG) commercial data provider that is mutually agreed upon by the Contractor & the NGA.

2.2.6. (U) The CGAP Solution shall support creation of orthorectified imagery in accordance with

Table 1, Imagery Product Formats.

2.2.7. (U) The Contractor shall provide daily orthorectified imagery within the timelines specified in

8.2, Timelines.

2.2.8. (U) The Contractor shall provide an orthorectification production capability that generates at least 400,000,000 square kilometers (sqkm) of orthorectified products per year, based on NGA direction.

2.2.9. (U) The CGAP Solution shall provide orthorectified imagery at minimum size (TBR4) to meet

NGA production needs.

2.2.10. (U) Deviations from the requirements outlined here must be reviewed and approved by the

NGA.

2.3. (U) Orthomosaic Production

(U) Orthomosaic production is the merging of individual orthorectified images of adjacent areas to produce a single, seamless, orthomosaic product of a large geographic area. This requires the individual

3 (U) TBD: Need to confirm with SF whether this is a true requirement. Color is not the priority for all users but can be requested for SF products for specific needs.

4 (U) TBR: Minimum size requirements must be confirmed by the NGA.

images to be tied together, such that there is no horizontal displacement along seam lines. There should be no gaps or misalignment of features, such as roads between images. The resulting orthomosaic should be tone-balanced to ensure color variations are minimal. The orthomosaic products are typically a ¼ - degree geocell. The NGA will provide direction, via a geospatially enabled file, on the specific orthomosaic production required to include: the cell location, the priority, the size or mosaic boundaries, the imagery currency, and the need for a pan-sharpened product for each orthomosaic product.

2.3.1. (U) The Contractor shall produce the orthomosaic product to meet the specifications outlined in Appendix A, unless otherwise directed by the NGA.

2.3.2. (U) The Contractor shall maintain orthomosaic metadata in accordance with Appendix A.

2.3.3. (U) The CGAP Solution shall provide orthomosaic products on the unclassified Internet (www), SIPRNet, and JWICS domains.

2.3.4. (U) The Contractor shall provide the capability to orthomosaic new imagery collected by any

USG commercial data provider that is mutually agreed upon by the Contractor & the NGA.

2.3.5. (U) The Contractor shall provide the capability to produce a seamless orthomosaiced imagery product using Panchromatic or Multi-Spectral (MSI) imagery covering a ¼-degree geocell, or smaller along the coastline as directed by the NGA.

2.3.6. (U) The Contractor shall produce new orthomosaics using imagery no older than the NGA directed requirement (3, 5, or 7 years), unless approved by the NGA.

2.3.7. (U) The Contractor shall produce updates to existing orthomosaics, using imagery more recent than the latest image used in the existing orthomosaic product, unless approved by the NGA.

2.3.8. (U) The Contractor shall ensure that a minimum of 50% (TBR5) of Priority 1 production requests are produced each year.

2.3.9. (U) The CGAP Solution shall support creation of orthomosaicked imagery products in accordance with Table 1, Imagery Product Formats.

2.3.10. (U) The CGAP Solution shall produce a minimum of 4,100 NGA-directed orthomosaic products each year, with an objective value of 4,800. Orthomosaic products are on average the size of a

¼ geocell.

2.3.11. (U) Orthomosaic products shall not contain any null values; pixels will extend to the boundary of the defined area (e.g., ¼- degree).

2.3.12. (U) The Contractor shall correct and re-deliver any orthomosaic product that does not pass the

NGA Quality Control reviews.

2.3.13. (U) Deviations from the requirements outlined here must be reviewed and approved by the

NGA.

3.0 (U) Offline Data Production

(U) The Contractor shall provide offline data production capabilities. Offline production includes requests for imagery content offered by CGAP but not currently available online (e.g., via web service).

5 (U) TBR: Work with the NGA Foundation GEOINT Group (SF) to determine appropriate % for this requirement to drive more accountability for adjusting collection to meet SF production needs.

Offline content can be requested as an orthorectified image or orthomosaic to be visualized via the

CGAP web service. File based formats will be delivered directly to the user requesting the offline production. The following paragraphs provide more details regarding Offline Data Production.

3.1. (U) General

3.1.1. (U) The CGAP Solution shall provide offline access to 1.15 billion sqkm orthorectified imagery covering a minimum of 20 years' worth of imagery.

3.1.2. (U) The Contractor shall provide a capability for all users to request production of offline data as a georectified image6, an orthorectified image, or an orthomosaic product.

3.1.3. (U) The Contractor shall support projected offline orders of 47,000,000 sqkm with a surge capability of up to 90,000,000 sqkm per year.

4.0 (U) Content Management

(U) The Contractor shall provide content management capabilities. This section is focused on ensuring that the appropriate digital imagery products are maintained within the CGAP Solution in order to meet user/mission needs. This process includes the collection, retrieval, removal, overall governance, and management of the CGAP digital imagery products.

4.1. (U) General

4.1.1. (U) The Contractor shall implement a removal process for orthorectified imagery and orthomosaics to ensure mission requirements are fulfilled without exceeding the defined capacity limit as agreed upon with the NGA.

4.1.2. (U) The CGAP Solution shall provide the capability for the NGA to create custom Areas of

Interest (AOIs) with selected orthorectified imagery to remain on the web service platform on all CGAP security domains7, until directed by the NGA.

4.1.2.1. The CGAP Solution shall provide the capability for designated users to configure a custom AOI, including the selection of attributes to display.

4.1.2.2. The CGAP Solution shall provide the capability for designated users to save the custom

AOI and set a timeframe for the content to remain online.

4.1.2.3. The CGAP Solution shall provide the capability for the user to designate a Unique ID

(UID) for the AOI and share it with other users.

4.1.2.4. The CGAP Solution shall allow up to 150,000,000 sqkm of custom AOIs to remain online.

4.1.3. (U) The CGAP Solution shall maintain a minimum of 3 versions (i.e., layers) of orthorectified content across the global AOI, where adequate source imagery exists, unless otherwise directed by the NGA.

4.1.4. (U) The CGAP Solution shall provide the capability to ingest, store, manage, and host GFI datasets at NGA direction (e.g., Refined Persistent change Model (RPM) data).

6 (U) CGAP is not a primary pixel provider, and as such, ordering of georectified (i.e., 1B) imagery will be subject to l imitations.

7 (U) Unclassified Internet (www), SIPRNet, & JWICS.

5.0 (U) Content Delivery

(U) The Contractor shall provide the capability to deliver orthorectified imagery products to NGA and

NGA-approved users. Content Delivery describes the capabilities needed to provide file-based products8 to end users in various formats described in the requirements within this section.

5.1. (U) General

5.1.1. (U) The Contractor shall deliver orthorectified imagery to NGA and NGA-approved End Users, per NGA direction. NOTE: End Users are defined as United States Government (USG) and Non-

USG individuals or entities, in accordance with the NRO End User License Agreement (EULA).

5.2. (U) File Transfer Protocol (FTP)

5.2.1. (U) The Contractor shall provide secure FTP sites (e.g., FTP-S, SFTP) in compliance with NGA and industry security practices.

5.2.2. (U) The Contractor shall provide multiple FTP sites for delivery of imagery products.

5.2.2.1. Each FTP site shall provide up to 50,000 sqkm of the most recently produced orthorectified imagery.

5.2.3. (U) The Contractor shall provide FTP sites with unique logins, passwords and sub-folders as designated by NGA.

5.2.4. (U) The Contractor shall provide a mechanism to load content to FTP sites as designated by

NGA with accessibility by specific logins.

5.2.5. (U) The Contractor shall provide the capability to configure automated FTP delivery.

8 (U) Posting content for streaming via the web service is captured in Section 7, Web Service.

5.3. (U) Downloads

5.3.1. (U) The CGAP Solution shall support download of Orthorectified imagery products via the web service in accordance with Table 1, Imagery Product Formats.

5.3.2. (U) The CGAP Solution shall support download of Orthomosaiced imagery products via the web service in accordance with Table 1, Imagery Product Formats.

Table 1 (U) Imagery Product Formats

Format Orthophoto Orthomosaic

GeoTIFF X X (TBR)

JPEG 2000 X X

JPEG X X

MrSID (Gen 3, Target 15:1) X X

NITF 2.1 (NPJE JP2, 4:1) X X

Geo-Referenced PDF X X

RPF (.5m, 1m, 5m) X X

GeoPackage Tilesets X X

KML Tilesets X X

PowerPoint X X

Table is UNCLASSIFIED

5.3.3. (U) The CGAP Solution shall provide the capability for user to select a minimum of ten (10) one-degree cells, choose the processing details (format, resolution, interpolation, etc.) and submit the request for asynchronous processing on the unclassified Internet (www) and

SIPRNet domain web service.

5.3.4. (U) The CGAP Solution shall ensure that a minimum of ten (10) simultaneous processing requests can be supported on the web service on the Internet (www) domain.

5.3.5. (U) The Contractor shall ensure that a minimum of five (5) simultaneous processing requests can be supported on the SIPRNet domain.

5.3.6. (U) The Contractor shall ensure that a minimum of five (5) simultaneous processing requests can be supported on the JWICS domain (TBD9).

5.4. (U) Orthomosaic Products

5.4.1. (U) Deliver the orthomosaic products on a monthly basis10 in alignment with a production schedule developed by the NGA and coordinated with the Contractor in accordance with specifications defined in Appendix A.

5.4.2. (U) Deliver the orthomosaic products to an unclassified location specified by the NGA to include but not limited cloud solutions (TBD11).

5.4.3. (U) The Contractor shall include coverage information, depicting the geocells included within each delivery in an NGA-approved geospatial format.

9 (U) NGA must confirm whether the requirement for JWICS should match the SIPR requirement.

10 (U) Orthomosaic products will be delivered electronically, and also via web service (see requirement 7.4).

11 (U) Specifics to be defined by NGA.

5.4.4. (U) The Contractor shall provide the capability to re-deliver previously produced orthomosaics upon request.

6.0 (U) User Experience

(U) The Contractor shall provide a user experience that allows navigation of the CGAP capabilities without degradation of the system’s performance. The user experience will allow all end users to utilize the system simultaneously, with no interruptions in service, in all identified domains with the below functionality.

6.1. (U) Number of Users

6.1.1. (U) The CGAP Solution shall have the capability to support 24,000 simultaneous users on the unclassified Internet (www) domain.

6.1.2. (U) The CGAP Solution shall have the capability to support 8,000 simultaneous users on the

SIPRNet domain.

6.1.3. (U) The CGAP Solution shall have the capability to support 8,000 simultaneous users on the

JWICS domain.

6.2. (U) User-Facing Web Service Production

6.2.1. (U) The CGAP Solution shall provide geospatially enabled visualization and content manipulation capabilities (i.e., ‘Electronic Light Table (ELT)-lite’ tools such as annotation, basic mensuration, extraction of elevation values) to the end user.

6.2.2. (U) The CGAP Solution shall provide the capability for the user to select a custom AOI to request generation of imagery products from existing data in accordance with Table 1, Imagery

Product Formats.

6.2.3. (U) The CGAP Solution shall provide the capability for the end user to request rehosting of offline orthorectified products via the web service.

6.2.4. (U) CGAP Solution shall provide the capability for the end user to request rehosting of offline orthomosaic products via the web service.

6.2.5. (U) The CGAP Solution shall provide the capability for users to display imagery in a 3D format by having the imagery draped over a DEM or Digital Surface Model (DSM).

6.3. (U) Notifications / Alerts

6.3.1. (U) The CGAP Solution shall provide a notification capability to alert users of new orthorectified imagery available for download.

6.4. (U) Organizational User Access

6.4.1. (U) The CGAP Solution shall provide the ability to implement and support a minimum of 150 custom access configurations (e.g., organizational level account, system to system API) to support modular dissemination of specific collection constraints for selected customers, with an objective value of 300.

6.5. (U) Geographic Information System (GIS) Integration

6.5.1. (U) The Contractor shall provide support to Dependent NGA Contract production using a tool that will provide georeferenced high-resolution satellite and aerial imagery to the CGAP GIS project which uses OGC-compliant web services.

6.6. (U) Search and Discovery

6.6.1. (U) The CGAP Solution shall provide the capability for the end user to visually preview both online and offline imagery (e.g., thumbnail) in order to assess the suitability of the imagery for their intended use.

6.6.1.1. The CGAP Solution shall provide the capability for the end user to view key metadata of all source images, to include sensor type, collection date, % ONA, and % CC.

6.6.2. (U) The CGAP Solution shall provide the capability for the end user to search online and offline content, to include, but not limited to:

6.6.2.1. Query for content within a defined date-range.

6.6.2.2. Query for images that intersect with defined points, lines, and polygons (e.g., user defined shapes, countries, etc.).

6.6.2.3. Filter results based on key metadata to include sensor type, collection date, and resolution.

6.6.2.4. Provide an interactive map-based display for search results, image extents and other relevant image-metadata.

6.6.2.5. Display image thumbnails for query results.

6.6.2.6. Allow time-based filtering, time-sliders and other temporally relevant search, discovery and display mechanisms.

6.6.2.7. Enable users to establish pre-defined searches to notify them when new data arrives that meets search parameters.

7.0 (U) Web Services Requirements

(U) The CGAP Solution shall provide web services for the purposes of ingesting, accessing, integrating, and maintaining imagery products and the corresponding metadata. These capabilities are expected to provide a web-based, performance-optimized user experience, without requiring the user to have specialized hardware or software. All web service capabilities listed in the below requirements shall be available on the unclassified Internet (www), SIPRNet and JWICS domains accordingly.

7.1. (U) The Contractor shall provide a web service platform that utilizes OGC compliant web services and earth services.

7.2. (U) The CGAP web service shall have the ability to integrate OGC compliant web services for access to GFI content, including those that require the use of usernames and passwords.

7.3. (U) The CGAP Solution shall provide the capability to ingest data from NGA storage solution(s)

(e.g., NGA Consolidated Library (NCL), Amazon S3 bucket, etc.).

7.4. (U) The Contractor shall provide a web services platform which includes a user interface (reference

User Experience section) and visualization tool.

7.5. (U) The Contractor shall ingest orthomosaic products and orthorectified imagery to the web service in line with the hosting, delivery and formatting guidelines described within these requirements.

7.6. (U) The Contractor shall provide a web service platform on the unclassified Internet (www) domain.

7.6.1. The Contractor shall provide capacity to host a minimum of 1,000,000,000 sqkm orthorectified imagery and its metadata on the unclassified Internet (www) domain, with an objective value of 3,000,000,000 sqkm.

7.6.2. The Contractor shall provide 5,040,000 square nautical miles covering coastlines via a combination of the minimum orthomosaic product and minimum orthorectified imagery hosting requirements on the unclassified Internet (www) domain.

7.7. (U) The Contractor shall provide a web service platform on the SIPRNet domain.

7.7.1. The Contractor shall provide a minimum of 850,000,000 sqkm of imagery and its metadata on the SIPR domain, with an objective value of 2,500,000,000 sqkm.

7.7.2. The Contractor shall provide 4,000,000 square nautical miles covering coastlines via a combination of the minimum orthomosaic product and minimum orthorectified imagery hosting requirements on the SIPRNet domain.

7.8. (U) The Contractor shall provide a web service platform on the JWICS domain.

7.8.1. The Contractor shall provide a minimum 850,000,000 sqkm of imagery and its metadata on the

JWICS domain, with an objective value of 2,500,000,000 sqkm.

7.8.2. The Contractor shall provide 4,000,000 square nautical miles covering coastlines via a combination of the minimum orthomosaic product and minimum orthorectified imagery hosting requirements on the JWICS domain.

7.9. (U) The Contractor shall incorporate multiple internally sourced, native, and/or GFI data sources to include EO and SAR, and orthorectified imagery to the web service platforms on all three domains.

7.9.1. The Contractor shall provide capacity to host and retain SWIR, SAR, and MSI (obtained from 3rd parties if necessary) for a minimum of two (2) years.

7.9.2. The Contractor shall provide capacity to host and retain all GFI imagery (i.e., 3rd party) obtained from NGA for a minimum of two (2) years.

7.10. (U) The Contractor shall provide capacity to host a minimum of 50,000,000 sqkm of orthomosaic products on the web service platforms across all three domains, with an objective value of

150,000,000 sqkm.

7.11. (U) The Contractor shall load GFI to these web services in response to NGA Requirements and within the respective domain's web service capacity and security specifications.

7.12. (U) The CGAP Solution shall provide content access12 to end users via interfaces for retrieving geodata as raster data over the Internet (www) in Open Geospatial Consortium (OGC) compliant specification to include, but not limited to, Web Map Services (WMS) / Web Map Tiling Services

(WMTS).

12 Includes a minimum capability to view, query, and download content.

8.0 (U) System Performance

(U) The requirements outlined in this section will assist the Government in determining how well CGAP performs under the identified conditions. The Contractor’s responsibilities under this task include the following minimum requirements.

8.1. (U) General Performance Requirements

8.1.1. (U) The CGAP Solution availability, measured over a 3-month period, shall be 99% on each security domain.

8.1.2. (U) The Contractor shall provide metrics reports on the availability of the CGAP Solution.

8.1.3. (U) The CGAP Solution shall provide the capability for the CGAP Program Management Office

(PMO) to view and analyze current and past performance metrics for the CGAP Solution (e.g., via an online dashboard).

8.2. (U) Timelines

8.2.1. (U) The CGAP Solution shall ensure that 50% of georectified and orthorectified imagery (except for GFI) collected each day is available to the user within 4 hours of collection, with an objective value of 95% within 4 hours.

8.2.2. (U) The CGAP Solution shall ensure that 90% of georectified and orthorectified imagery (except for GFI) collected each day is available to the user within 6 hours of collection.

8.2.3. (U) The CGAP Solution shall make 50% of the offline georectified and orthorectified imagery available within 6 hours of order placement.

8.2.4. (U) The CGAP Solution shall make 100% of the offline georectified and orthorectified imagery available within 7 days of order placement.

8.2.5. (U) The CGAP Solution shall make GFI imagery available via CGAP within 1 hour of delivery to

NGA storage, with an objective of 5 minutes.

9.0 (U) Security

(U) Security requirements and Information Assurance (IA) measures are required to protect and defend

CGAP information and information systems by ensuring their availability, integrity, authentication, confidentiality, and non-repudiation. These measures include providing for restoration of information systems by incorporating protection, detection, and reaction capabilities.

9.1. (U) The Contractor shall operate and maintain all necessary equipment for the information system(s).

9.2. (U//FOUO) The Contractor shall, for all equipment (Contractor provided and Government

Furnished Equipment (GFE)):

a. Comply with all NGA, Intelligence Community, Joint Chiefs of Staff Instruction (CJCSI), Department of Defense, and Joint Task Force-Global Network Operations (JTF-GNO) Security

Policies and Procedures.

b. Comply with National Institute of Standards and Technology (NIST) Special Publication 800-

171 R2 Protecting Controlled Unclassified Information (CUI) in Non-federal Systems or

Organizations for the functionality of the CGAP Contractor’s Unclassified network. Basic and derived controls in NIST SP 800-171 are from NIST SP 800-53.

c. Comply with NIST Special Publication 800-53 R5 Security and Privacy Controls for Information

Systems and Organizations for the functionality of Classified CGAP information systems.

9.3. (U) Contractor personnel performing SCI work on the CGAP Contract are required to have active

Top Secret/Sensitive Compartmented Information (TS/SCI) clearances for access to NGA facilities, when performing duties within classified environments, and for access to classified NGA computer systems.

9.4. (U) Contractor personnel performing Collateral work on the CGAP Contract are required to have at a minimum an in-scope SECRET eligibility to perform work on this contract.

9.5. (U) Contractors shall be subject to a Counterintelligence Scope Polygraph as requested by the

Government. NGA will sponsor security clearances, NGA Badge, Common Access Cards (CAC), and any additional items for required program personnel.

9.6. (U) The Contractor employees have the capability to perform NGA contract work in federal facilities and/or cleared sites.

9.7. (U) The CGAP Solution shall provide access constraints to the following license types: Tier 1

National Security (NS), Tier 2 National Security Plus (NSP), Tier 3 United States (US) Government

(USG), Tier 4 US Government Plus (USGP), and Tier 5 Public Release (PUB).

9.8. (U) The Contractor shall provide access constraints for third party data access as governed by the license terms and conditions negotiated with the Government.

9.9. (U) The CGAP Solution shall interact with GEOAxIS to provide Identity, Credential, and Access

Management (ICAM) services.

9.9.1. The CGAP Solution shall support authentication via CAC, PIV, Credential-Linked Authentication

(CLA), ID.me services, and username and password.

10.0 (U) Systems Engineering Support

(U) System Engineering Support Services are designed to help manage the CGAP Solution during the entire Solution life cycle including management of the CGAP Solution’s project technical baseline. This involves overall life cycle planning and support of the Solution, including any changes to the Solution after deployment, modernization, disposal, and retirement.

10.1. (U) The Contractor shall provide systems engineering support for new requirements and enhancements as approved by NGA that include, but are not limited to, integration of new sensors.

10.1.1. The Contractor shall provide maintenance/sustainment activities on the unclassified Internet

(www), SIPRNet, and JWICS domains.

10.2. (U) The Contractor shall deliver engineering inputs to support contract actions, as required by the

NGA.

10.3. (U) The Contractor shall provide engineering support to manage and maintain the performance metrics capability for the CGAP Program Management Office (PMO).

10.4. (U) The Contractor shall provide engineering support13 to respond to performance (e.g., latency) issues identified by NGA at USG and contractor facilities.

11.0 (U) Training

(U) A comprehensive Training Plan will be developed and implemented to meet the specific requirements of the personnel who work with and support CGAP. Training assets will be composed of classroom training, computer-based training and/or role-based training, and other forms of training developed by the Contractor with NGA approval.

11.1. (U) The Contractor shall provide a formal training program for the CGAP Solution.

11.2. (U) The Contractor shall provide a documented training plan.

11.3. (U) The Contractor shall maintain training records for the CGAP Program.

11.4. (U) The Contractor shall provide an annual evaluation of the effectiveness of their training program (metrics). NOTE: Build in the training price versus training plan via a travel Contract Line-

Item Number (CLIN).

11.5. (U) The Contractor shall provide instructional content and materials to include but not limited to informational video content.

11.6. (U) The Contractor shall provide instructor-led CONtinental United States (CONUS) on-site training sessions at the contractor site or NGA specified locations.

11.7. (U) The Contractor shall provide instructor-led Outside of CONtinental United States (OCONUS) on-site training session(s) at specified location(s).

11.8. (U) The Contractor shall provide training sessions within the CONUS for a period of one (1) to three

(3) days based on user demand.

11.9. (U) The Contractor shall provide training sessions within the non-continental United States region for a period of one (1) to five (5) days based on user demand.

11.10. (U) The Contractor shall provide monthly virtual training sessions, as directed by the NGA.

11.11. (U) The Contractor shall provide a Users' Guide and release notes for each new versioned product deployment.

11.12. (U) The Contractor shall ensure that training Subject Matter Experts (SMEs) conduct all onsite and virtual training.

12.0 (U) Program Management

(U) This section summarizes the various tasks and activities required to provide project status and reporting on a regular schedule. It also includes requirements specific to the account management capabilities the Contractor must provide in order for the Government to manage accounts for the CGAP

Solution.

13 (U) Engineering support shall include validation, troubleshooting, and resolution of identified performance issues. Issues will be deemed resolved at the discretion of the CGAP PMO.

12.1. (U) General

12.1.1. (U) The Contractor shall provide weekly Technical Exchange Meetings (TEMs) to report on project status and metrics.

12.1.2. (U) The Contractor shall provide quarterly Program Management Reviews (PMRs), including a re-assessment of collection opportunities to address production priorities.

12.1.3. (U) The Contractor shall provide monthly and PMR resource expenditure reports for each assigned task including hours and dollars charged by labor category.

12.1.4. (U) The Contractor shall provide monthly progress reports that identify each authorized engineering task with a narrative describing activities conducted during the reporting period, including an estimated percentage of completion in hours and dollars.

12.1.5. (U) The Contractor shall deliver proposals and Rough Order of Magnitude (ROMs) cost estimates as required.

12.1.6. (U) The Contractor shall provide a technical estimate for each task, based on the government requirement(s).

12.1.7. (U) The Contractor shall provide a cost estimate for program tasks, based on the government requirement(s). NOTE: The Government will authorize each task prior to initiation of work, once agreement is reached on scope and cost.

12.2. (U) Account Management

12.2.1. (U) The CGAP Solution shall provide a user interface for NGA to manage CGAP user accounts.

12.2.2. (U) The CGAP Solution shall have robust user assess controls and geo-fencing capabilities to allow for a wide range of data types to be protected in compliance with license terms.

12.2.2.1. The Solution shall allow users to request access online, for content such as specific AOIs.

12.2.2.2. The Solution shall allow NGA to manage custom restrictions on AOIs, imagery timeframes, and specific imagery types.

12.2.3. (U) The CGAP Solution shall allow for creation and maintenance of username and passwords for NGA-approved accounts.

(U) Appendix A: Orthomosaic Product Specification

Area of Interests Global Orthomosaiced, 1/4-degree cell or near-1/4-degree cell

Geolocation Accuracy Threshold: ≤10.2m CE90, Objective: ≤6.1m CE90

GSD 0.5 meter Projection/Datum UTM WGS84 Standard File Formats MrSID Gen3 format 15:1 compression

Cloud Optimized GeoTIFF (COG) NITF 2.1 format 4:1 compression

Cloud Cover 5% or less across the mosaic1

Off-Nadir Angle (ONA) 0-30 degrees2 Minimum Sun Elevation 30 degrees3

Bit Depth 8-bit AOI Buffer 200 meters (except where not allowed by format)

Digital Elevation Model (DEM) To be provided by NGA

Metadata Metadata to meet all storage, delivery, and workflow requirement needs (e.g., NMF, NAS). Minimum metadata shall include: imagery ID, sensor, image acquisition date, resolution, ONA, Sun Azimuth, Sun Elevation, and bit depth for each image used to produce an orthomosaic.

Table is UNCLASSIFIED

(U) Specification Notes:

1. (U) Cloud Cover can increase to no more than 20% for orthomosaic products within the equatorial cloud belt region (10N to 10S), when approved by NGA.

2. (U) ONA > 20 degrees may lead to Digital Elevation Model smears in high-terrain areas.

3. (U) Mosaics shall be tonally-balanced, to the best of Contractor’s technical ability given seasonal differences. However, this is not guaranteed when combining snowy and non-snowy images. NGA will be consulted when a decision is required.

4. (U) NGA will specify requirements related to orthomosaic products as either Panchromatic or Pan-sharpened.

5. (U) Product Naming convention: 32N_065E_NE_CC_01

a. Where NE is the nearest lower left (SW) quadrant identifier: NE, NW, SE, SW

b. CC is the Country Code (CC) guidance provided by NGA in the GENC.

c. 01 is the ‘version.’ The version will increment by 1 with each delivery.

6. (U) XML file included with the offline product delivery shall list both FIPS 10-4 and GENC 3.x (or latest version) country code naming conventions.

(U) Appendix B: Orthorectified Imagery Production Specification

Area of Interests Global Single image ortho

Geolocation Accuracy Threshold: ≤10.2m CE90, Objective: ≤6.1m CE90 GSD < .50 meter

Projection/Datum UTM/WGS84 Cloud Cover 35% or less, except 50% or less in equatorial cloud belt (10N to

10S) Off-Nadir Angle (ONA) 0-30 degrees

Minimum Sun Elevation 30 degrees Bit Depth 8-Bit

Digital Elevation Model (DEM) To be provided by NGA Metadata Metadata to meet all storage, delivery, and workflow requirement needs (e.g., NMF, NAS). Minimum metadata shall include: imagery ID, sensor, image acquisition date, resolution, ONA, Sun Azimuth, Sun Elevation, and bit depth

Table is UNCLASSIFIED

(U) Specification Notes:

1. (U) Orthorectified products are produced for imagery acquired at under 30 degrees off nadir.

2. (U) ONA > 20 degrees may lead to Digital Elevation Model smears in high-terrain areas.