Award Data

Having successfully validated our superhydrophobic, self-cleaning, wear and rust resistant laser based surface process in the Phase 1 project period, we at AlchLight propose to scale this technology to industry relevant levels by once again working with members of the University of Rochester's High Intensity Laser Lab. To achieve this goal, we will develop the world’s first superhydrophobic micr ...

ATC-NY is developing TELTAN (TELemedicine over a TActical Network), an Android and Windows software application for Virtual Interactive Presence and Augmented Reality (VIPAR). VIPAR shows great potential for making remote medical expertise available in th

This Phase 2 SBIR program will result in a commercializable and clinically tested Prosthetic Smart Auto-Alignment Tool (ProSAT), which addresses the need to facilitate rapid, accurate, quantitative, and systematic diagnosis and adjustment of the physical alignment of a prosthesis. ProSAT is a novel approach to alignment challenges by creating a hybrid sensor and smart tool system that can adjust e ...

In the U.S., >400,000 cartilage-related procedures are performed yearly. Cartilage lesions, left untreated, can progress to joint degeneration and osteoarthritis (OA). OA affects 20% of Americans with resulting costs surpassing the $130 billion per year. Among active military service members, OA is a leading cause of disability. Durable treatments that are suitable for point-of-care application ar ...

Low cost polyurethane laminate tent materials are designed to solve the cold crack issue with PVC tent fabrics. The use of novel construction of urethane/textile laminates offers a breakthrough in environmental durability over current offerings. This new high durability laminate configuration provides for a new class of economical lightweight shelters with extended operating capability. Using a co ...

The objective of the proposed efforts is the development of a novel high energy reserve type lithium ion battery (LIB) based safe power source for gun-fired projectiles that can survive launch setback accelerations of up to 70,000 Gs and capable of providing power for weeks at very low temperatures as required for military operations. The proposed concepts also allow the development of highly safe ...

Maxentric’s solution provides multi-level security and information flow control with cell level encryption for existing relational databases. At the tactical edge, access to advanced cloud based services such Apache Accumulo may not be possible. The novel database solution allows these types of services to be deployed in any point of the network, but also to be integrated in already existing app ...

Unmanned ground vehicles are becoming widely seen as a means of increasing safety and production for a variety of purposes. These vehicles are used in a diverse range of applications (e.g. military, mining, agriculture, automotive). Many control parameters scale nicely with the size and type of vehicle. However, performance requirements also vary based on accuracy and smoothness of control per cus ...

To satisfy the demand for increased data volumes from small satellite systems, TUI proposes to extend its existing modular SWIFT software-defined radio (SDR) platform to create a multi-band S-, X-, and Ka-band transceiver capable of closing SATCOM links in excess of 300 Mbps to smaller, tactically-placed ground stations. Key enabling technologies include the integration TUI’s existing three degr ...

We are developing a physiological monitoring tool, PV[O]H, to simultaneously and continuously record hematocrit and vascular volume. The Phase I SBIR established the feasibility of producing an Army useful PV[O]H. Specific Phase II objectives are 1. Complete manufacture of 10 portable units, 2. Finalize FDA discussions to develop the device as a Medical Device Development Tool (MDDT), 3. Finalize/ ...