Spectral Sciences, Inc.

Spectral Sciences, Inc., headquartered in Burlington, Massachusetts, is a small business specializing in advanced research and development services for defense, space, and scientific applications. The company has established itself as an innovative provider of sophisticated technologies in spectroscopy, remote sensing, hyperspectral imaging, and signature modeling. Since its registration in SAM.gov in February 2002, Spectral Sciences has built a substantial portfolio of federal prime and subcontract awards, positioning itself as a strategic research partner for multiple Department of Defense agencies, NASA, and other civilian federal organizations.

Spectral Sciences has delivered an extensive range of contract-based goods and services across numerous federal agencies, with the majority of awards structured as research and development efforts under the Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) programs. The company's contract work encompasses Phase I, Phase II, and Phase III SBIR/STTR initiatives focused on developing advanced sensing systems, including hyperspectral imaging platforms, target detection and tracking simulators, environmental effects modeling tools, and spectral analysis software. Notable contract deliverables include the Compact, Attritable, Midwave Hyperspectral Imager (CAM-HSI) developed for the Air Force Research Laboratory, the Standardized All-Altitude Modulation Model (SAMM) for the Missile Defense Agency, high-altitude long-endurance hyperspectral imaging systems for NASA, and various data acquisition and predictive modeling tools. Spectral Sciences has received prime federal contract awards from the Air Force Research Laboratory, Office of Naval Research, Naval Air Warfare Center, Missile Defense Agency, Defense Threat Reduction Agency, Army Research, Development and Engineering Command, and Naval Strategic Systems Programs. The cumulative value of prime federal contracts exceeds $40 million, with individual contract awards ranging from approximately $150,000 for Phase I efforts to over $10 million for comprehensive development programs such as the Performance Modeling Toolkit for Autonomous Electro-Optical Imaging Solutions. All major contract awards have been designated as total small business set-asides except for several larger development efforts and the non-commercial Pira Target Array System delivery order. Additionally, Spectral Sciences operates as a subcontractor to prime contractors including Decibel Research, Inc., The Aerospace Corporation, American Electronic Warfare Associates, Leidos, Inc., and Torch Technologies Inc., providing specialized software development, cloud modeling, software licensing, and integration support services.

Spectral Sciences' federal grant portfolio demonstrates the company's capabilities in basic and applied scientific research, with awards spanning multiple civilian agencies and research disciplines. The company has received project grants from NASA totaling over $1.2 million for scientific research including extended monitoring of active galactic nuclei, modeling of Saturn's moon Titan's atmospheric composition and haze formation, and participation in NASA's balanced science program supporting exploration initiatives and Earth science applications. Additionally, Spectral Sciences received a $488,993 project grant from the National Science Foundation Division of Astronomical Sciences to model seasonal tropospheric haze distribution on Titan and develop user-friendly radiative transfer modeling software for educational purposes, with subawards planned for this effort. Most recently, the company secured a $174,999 project grant from the U.S. Department of Agriculture's National Institute of Food and Agriculture under the SBIR program to develop and test the Comprehensive Utility for Thinning Mechanically via Automated Prescription (CUTMAP), an innovative three-dimensional mapping and recommendation system designed to make forest mechanical thinning more affordable and effective for wildfire risk reduction. These grant awards reflect Spectral Sciences' expertise in complex atmospheric modeling, radiative transfer analysis, and advanced sensing technology applications in scientific contexts.

Spectral Sciences currently holds three significant federal contract indefinite delivery vehicles that establish frameworks for ongoing collaboration with major defense and research agencies. The company maintains a Basic Ordering Agreement with the Department of Navy Naval Air Systems Command Naval Air Warfare Center, designated for Small Business Innovation Research Program Phase II actions, which has facilitated multiple delivery orders for research and development services valued in the millions of dollars. Additionally, Spectral Sciences holds two Other Transaction indefinite delivery vehicles awarded by the Defense Advanced Research Projects Agency: a $299,997 IDV supporting unspecified DARPA research programs in high-risk technology initiatives, and a more recent $4,124,445 IDV supporting the AIR-BREATHING EFFICIENCY OPTIMIZATION FOR LOW-ALTITUDE USE IN SPACE (AEOLUS) PROGRAM. Most significantly, the company was awarded a Single Award Indefinite Delivery/Indefinite Quantity contract valued at $4.8 million by the U.S. Air Force on August 11, 2025, for development of the Pira Target Array System under Small Business Technology Transfer Phase III, with an ultimate completion date of August 14, 2030. Under this Air Force IDIQ vehicle, an initial firm fixed-price delivery order valued at $500,000 was issued on August 15, 2025, with performance completion scheduled for May 16, 2026. These indefinite delivery vehicles position Spectral Sciences to respond to emerging requirements across the defense and space research sectors while leveraging its established technical expertise in spectral imaging, signature modeling, and advanced sensing solutions.