Foundation For Science Innovation And Development

Foundation For Science Innovation And Development is a foreign-owned, non-profit organization based in Bengaluru, India, registered in the System for Award Management (SAM.gov) through August 2025. The organization specializes in advanced scientific research across multiple disciplines, primarily focusing on complex physics, fluid dynamics, and optical engineering applications for U.S. defense and research agencies. While limited background information is available, the entity appears to be an international research foundation dedicated to providing cutting-edge scientific research and innovative technological solutions to U.S. federal agencies.

Through federal contract awards, Foundation For Science Innovation And Development has secured two significant contracts with the Research Development and Engineering Command (RDECOM), a defense agency. These contracts, both firm fixed-price definitive agreements, involve highly specialized scientific research. The first contract, valued at $148,129.23, focuses on an "Information Theoretic View of Turbulence Physics and Dynamics" with an expected completion date of September 19, 2027. The second contract, worth $150,062.97, centers on "Hybrid Resonant Metawaveguides for Nonlinear Photonics" and is set to conclude on September 14, 2027. Neither contract utilized a specific set-aside designation, and both involve fundamental research that supports broader U.S. military technological capabilities.

The organization has also been awarded three federal grants from prominent research agencies, including the Office of Naval Research and Air Force Research Laboratory. These grants, ranging in value and focusing on advanced scientific research, include a project examining "Mid Infrared Mie-Resonant Metasurfaces for Engineering Optical Resonances for Nonlinear Optical Application" and another developing "Flow Analysis Tools Using Information Theory to Understand Flow Instability." A third grant explores "Compression Through Curvature: Flow Physics and Performance of Hypersonic Curved Ramp Air Intakes." These grants, typically three-year project grants, demonstrate the foundation's expertise in complex fluid dynamics, optical engineering, and advanced scientific research methodologies that potentially contribute to national security and technological innovation.