SBIR Fiscal Year 2024.1 Phase II Awards
| Topic Title | Award Information |
|---|---|
| 24-FH1: Next-Generation Sensing and Communication Technology for Cooperative Driving Automation | InnoTechSystems, Inc. – La Crescenta, CA Enhanced Decentralized V2V Communications Leveraging the Potential of Automotive RADAR PI Name: Fred Daneshgaran PI Email: fred@innotech-sys.com |
| 24-FH1: Next-Generation Sensing and Communication Technology for Cooperative Driving Automation | JFL Solutions LLC – La Canada Flintridge, CA ViRaCom: Integrating Vision and Radar for Multi-Modality Joint Sensing and Communication in Cooperative Driving Automation PI Name: Fang Zhou PI Email: fang.zhou@jflsln.com |
| 24-FH2: Carbonated Recycled Concrete Aggregate | KLAW Industries LLC – Binghamton, NY Apollo: A Patent Pending Mobile Device for Onsite Carbonation of Recycled Concrete Aggregate PI Name: Jacob Kumpon PI Email: jacob@klawindustries.com |
| 24-FH3: Low-cost, Rapid Assessment of Bridge Deck Chloride Content in Concrete | Infrasense, Inc. – Woburn, MA Enhanced GPR system for Rapid Assessment of Concrete Bridge Deck Chloride Content PI Name: Ken Maser PI Email: kmaser@infrasense.com |
| 24-FH3: Low-cost, Rapid Assessment of Bridge Deck Chloride Content in Concrete | X-wave Innovations, Inc. – Gaithersburg, MD Detect3C: Advancing the Assessment of Concrete Chloride Content Through Non-Destructive Techniques PI Name: Michael Whiteman PI Email: mwhiteman@x-waveinnovations.com |
| 24-FM1: Commercial Motor Vehicle (CMV) Trailer Stability Sensor | Integrated Solutions for Systems, Inc. - Huntsville, AL Trailer Stability Sensor PI Name: David Hodo PI Email: david.hodo@is4s.com |
| 24-FT2: Mitigation of Cybersecurity Failures | Protection Engineering Consultants, LLC – Dripping Springs, TX Risk Alleviation via Detection of Information Anomalies in Network Cybersecurity Events (RADIANCE) PI Name: Kundan Goswami PI Email: kgoswami@protection-consultants.com |
| 24-NH2: Device for Automatic Seat Belt Use Detection, Data Collection, and Driver Feedback | SaferStreet Solutions – Penfield, NY Development of an Automated Seat Belt Detection and Driver Feedback System PI Name: Timothy Hogan PI Email: timhogan@saferstreetsolutions.com |
| 24-NH4: Lightweight Universal Docking Interface Geometry (UDIG) Manual Wheelchair Attachment | Physical Sciences, Inc. – Andover, MA Deployable Vehicle Interface Mechanism (DVIM) PI Name: Alex Moerlein PI Email: amoerlein@psicorp.com |
| 24-NH5: Prehospital Blood Transfusion Systems Improvement: Expanding Access through Innovative Technologies and Tools | Darkflite, Inc. – Brighton, MI Prehospital Post-Crash Care Systems Improvement PI Name: James McClearen PI Email: james@darkflite.com |
| 24-NH5: Prehospital Blood Transfusion Systems Improvement: Expanding Access through Innovative Technologies and Tools | Legacy Innovation, Inc. – Boise, ID Blood Logistics Integrity | Security (BLIS): A Comprehensive Prehospital Blood Logistics Solution for Post-Crash Care PI Name: Jeffrey Dalton PI Email: jeff@legacy.us |
| 24-NH6: Anchor Design for Universal Docking Interface Geometry | Tool., Inc. – Marblehead, MA Driving Forward: The Development of a Universal Wheelchair Anchor PI Name: John Fiegener PI Email: john@toolinc.com |
| 24-PH1: Innovative Solutions for Internal Corrosion Control of Hazardous Liquid Pipelines | Corrolytics, Inc. – Cleveland, OH Test Kit to Evaluate Biocide Efficacy in Limiting Microbiologically Influenced Corrosion PI Name: Joshua Davis PI Email: j.davis@corrolytics.com |
| 24-PH1: Innovative Solutions for Internal Corrosion Control of Hazardous Liquid Pipelines | Senslytics Corporation – Peachtree Corners, GA Causal AI Simulation Tool for Reducing Internal Corrosion Damage in Hazardous Liquid Pipelines PI Name: Rabindra Chakraborty PI Email: rabi.chakraborty@senslytics.com |
| 24-PH2: Survivability of Hazardous Materials Placards | NanoSonic, Inc. – Pembroke, VA Flame and Environment Resistant Multilayer Hazardous Materials Placard PI Name: Bradley Gibbons PI Email: bgibbons@nanosonic.com |
| 24-PH4: Rail Car Coupling Monitoring | Friedman Research Corporation – Austin, TX Fabrication and Demonstration of Mechanical Sensor for Detection of High Energy Coupling Events PI Name: Garrett Mattos PI Email: gmattos@friedmanresearch.com |
Last updated: Wednesday, September 3, 2025