Technology Transfer Licensing Opportunity: Upper Body Robotic Exoskeleton (MSC-TOPS-85)
Description: Developed a soft, wearable, robotic upper limb exoskeleton garment designed to actively control the shoulder and elbow, both positioning the limb in specific orientations and commanding the limb through desired motions. The invention was developed to provide effective upper extremity motor rehabilitation for patients with neurological impairments (e.g., traumatic brain injury, stroke). Due to its portable, battery-compatible design, NASA's garment allows for task-specific and intensive motor practice, an important part of rehabilitation for such patients, to be performed outside clinical environments (including in the home). In addition to upper extremity motor rehabilitation, the technology may also find applications in human performance augmentation, including in future spacesuit designs.
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NASA’s Technology Transfer Program is soliciting inquiries for license rights to commercialize a soft, wearable robotic upper limb exoskeleton developed at Johnson Space Center. Interested parties should submit a license application through NASA’s ATLAS portal, as NASA provides no funding in conjunction with these potential licenses. Responses are intended for market research purposes and no follow-on procurement is expected from this notice.
NASA's Marshall Space Flight Center is offering a technology transfer licensing opportunity for a Passive Smart Container system that uses RFID circuits to monitor fill levels and track small bulk items. Interested parties are invited to apply for exclusive or nonexclusive license rights to commercialize, manufacture, and market the NASA-developed technology. Applications must be submitted through NASA's Automated Technology Licensing Application System (ATLAS) by the February 2027 deadline.
Developed a Passive Smart Container to monitor and track items that are too small to tag individually. Although Radio Frequency Identification (RFID) technology is being used widely for pallet and box level tracking in the commercial sector, significant technology gaps remain for tracking dense quantities at the item level. This system uses RFID circuits to identify the fill level in a container and could be easily converted for use in industries such as individual health care management, pharmaceutical manufacturing and distribution inventory tracking, and retail and supply chain inventory management. Use of this technology enables the manufacturer, distributor supplier or user to easily manage and control an inventory of small items that are difficult to tag such as bulk grain foods, liquids, pills, mechanical parts (nuts, bolts, and washers) and small electronic components. This NASA Technology is available for your company to license and develop into a commercial product. NASA does not manufacture products for commercial sale.
The Pressure Sensor Mechanism is designed to measure or monitor tactile pressure. It is based on passive Radio Frequency Identification (RFID) sensor tags and is applicable to a variety of systems. As RFID sensors transmit information wirelessly, they eliminate many challenges associated with traditional wired systems such as bridging joints, reliability, volume, and mass. Innovators at NASA Johnson Space Center are using this technology in robotic systems for pressure sensor monitoring. The RFID Pressure Sensor Mechanism has the potential to be easily integrated in mechanical systems to wirelessly and autonomously communicate pressure changes back to a monitoring system without an external power supply. This NASA Technology is available for your company to license and develop into a commercial product. NASA does not manufacture products for commercial sale.
