Innotech Systems LLC

Innotech Systems LLC is a for-profit, Subchapter S Corporation located in La Crescenta, California, that specializes in advanced technology research and development, particularly in sensing, communication, and autonomous systems technologies. The company is registered in SAM.gov and focuses on innovative technological solutions for transportation and autonomous platforms, with a specific emphasis on small business innovation research (SBIR) projects. Innotech Systems LLC has demonstrated expertise in developing cutting-edge technologies for emerging transportation and autonomous vehicle challenges, positioning itself as a strategic partner for federal agencies seeking innovative technological solutions.

The company has secured federal contract awards primarily through the U.S. Department of Transportation's SBIR program, with a specific focus on next-generation sensing and communication technology for cooperative driving automation. These contract awards, totaling $1,690,557.62, are structured as Phase I and Phase II SBIR contracts set aside for small businesses. The contracts involve developing advanced technological solutions for cooperative driving automation, with a specific research topic (24-FH1) centered on improving sensing and communication technologies for autonomous transportation platforms. The contract awards are structured as firm-fixed-price and definitive contracts, with performance periods extending through September 2027, indicating a comprehensive and structured approach to technological research and development.

Innotech Systems LLC has also received federal grant funding from the National Science Foundation (NSF) through its Technology, Innovation, and Partnerships program, specifically focusing on developing high-precision automated docking solutions for electric vehicles, robots, and drones. The $274,048 grant awarded in 2023 aims to create innovative charging infrastructure technologies that can operate effectively in adverse weather conditions. The grant research objectives include establishing multi-path signal characteristic identification, developing performance simulation models, and creating a wideband transponder-based system for high-precision docking. This grant work demonstrates the company's broader technological capabilities in autonomous systems, electric vehicle infrastructure, and precision navigation technologies, with potential applications in agriculture, logistics, and autonomous platform deployment.