Beamsea Associates LLC

Beamsea Associates LLC is a minority-owned, Hispanic American small business located in Loxahatchee, Florida, specializing in advanced research, development, and engineering services with a focus on optics, sensors, and data analysis technologies. The company is registered in SAM.gov and has demonstrated a strong capability in providing innovative technological solutions primarily to Department of Defense agencies, particularly those within the Navy ecosystem. Beamsea has positioned itself as a strategic partner in developing cutting-edge research and development projects that leverage sophisticated imaging, laser, and data visualization technologies.

Through federal contract awards, Beamsea Associates LLC has consistently secured Small Business Innovation Research (SBIR) contracts and purchase orders from multiple naval agencies, including the Naval Sea Systems Command, Office of Naval Research, and Naval Air Systems Command. Their contract work has centered on specialized research and development projects involving LIDAR imaging, photonic laser sensors, data analysis, and visualization services. Each contract has been designated as a total small business set-aside, with award values ranging from $100,000 to $1.7 million. Notably, their contracts demonstrate a technical specialization in developing advanced sensor and imaging technologies with potential military and research applications, particularly in areas of optics, sensor development, and data processing.

In the federal grant space, Beamsea Associates LLC has secured a significant NOAA Small Business Innovation Research (SBIR) grant focused on developing an advanced underwater imaging system for coral reef ecosystem management. The $349,784 grant aims to create a fluorescence-enhanced, autonomous underwater vehicle (AUV) mounted high-resolution 3D laser imaging system capable of automated bottom cover discrimination, coral recruit detection, and comprehensive 3D reef structure measurement. This grant demonstrates the company's ability to translate its technical expertise in laser imaging and machine learning technologies into environmental research applications, with potential broader implications for marine ecosystem monitoring, pollution assessment, and fisheries habitat surveys.