This Solicitation opportunity from Department Of Defense was posted on July 2, 2026. The submission period has ended. Browse the details below for market research, or find similar active opportunities.
Mathematical Gravity Modeling Advancement
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The National Geospatial-Intelligence Agency (NGA) is seeking a vendor to advance mathematical gravity modeling capabilities through specialized research and software development focused on planetary and Earth gravimetric systems. The work centers on four core areas: developing high-fidelity, variable-resolution planetary models that account for complex density variations; integrating, optimizing, and evaluating NGA-provided analytic continuation code for parallel computation and operational deployment; researching and implementing memory-efficient computational techniques such as out-of-core inverse methods for spherical harmonic expansion coefficient estimation; and conducting exploratory research alongside NGA subject matter experts to investigate novel mathematical and algorithmic approaches. Performance is governed by a Statement of Work referenced as Attachment 1, with deliverables including enhanced gravity models, updated software integrated into the NGA Gravity Support Center, and validated computational methods. The contract spans three years, structured as a base year with two optional years, and requires performance primarily at the NGA facility in Saint Louis, Missouri. Proposals must be submitted in three volumes—Technical (max 5 pages), Past Performance (max 6 pages total), and Price (no limit)—via email to designated NGA contacts by 1300 CDT on July 23, 2026, and must include required identifiers such as the CAGE Code and Unique Entity ID. The solicitation emphasizes a best-value tradeoff approach over lowest-price technically acceptable, with technical merit and past performance carrying greater weight than price in source selection. Evaluation of technical capability focuses on gravitational field modeling, mathematical techniques, and code development, assessed on an acceptable/unacceptable basis, while past performance is rated using confidence levels—high, some, low, or unknown—that directly influence award decisions. Contractors must demonstrate compliance with stringent security and operational protocols, including adherence to NGA-specific safeguarding requirements, unrestricted Inspector General access to personnel and records, reporting obligations for suspected violations, and flow-down of IG and Organizational Conflict of Interest (OCI) clauses to all applicable subcontracts. OCI provisions demand full disclosure of potential conflicts and prompt notification of any discovered issues, with the Government retaining unilateral authority to waive such conflicts. Security requirements include adherence to NGA Instruction 5210.8 and potential need for TS/SCI badge access, contingent upon completion of NGA Form 5212-7A and establishment of PeopleSoft records. Invoicing must be submitted exclusively through the Invoice Processing Platform (IPP), and contractors must ensure accurate accounting data using the NRO ARC system with proper AAC, TAS, and
General Info
Agency
NAICS
Place of Performance
Saint Louis, MO, 63106, USASet-Aside
Timeline
Submission Closed
Organization & Contact Information
Full Description
The National Geospatial-Intelligence Agency (NGA) requires specialized research and software development services to enhance advanced gravimetric and planetary modeling capabilities.
The prospective vendor will be required to provide supplies and services in the following core areas:
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Planetary Modeling: Develop high-fidelity, variable-resolution planetary models (for Earth and other planetary bodies) with complex density variations to validate derived gravimetric quantities.
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Software Development & Optimization: Integrate, improve, and optimize NGA-provided analytic continuation code, evaluating it for parallel computation and operational use.
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Algorithm Development: Research and implement memory-efficient computational techniques (e.g., out-of-core inverse methods) for estimating spherical harmonic expansion (SHE) model coefficients.
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Exploratory Research: Collaborate with NGA Subject Matter Experts (SMEs) to evaluate and investigate new mathematical, modeling, and algorithmic techniques that align with the overall project goals.
For full technical specifications, baseline code parameters, and validation methodology requirements, please refer to the attached solicitation documents.
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