Ultrawideband Passive Radar for Cruise Missile Defense
A passive radar approach to detect and track conventional, stealthy and hypersonic cruise missiles. The technology uses Direction Finding of Doppler shifted measurements of reflections of radio frequencies emissions (e.g. AM, FM TV) from the cruise missile, in frequency bands and geometries where its stealth technology is not effective.
Multi-Function RF Sensor Payload for Maritime Use on Multiple Unmanned Platforms
The SlimSDR provides radar functionality, plus communications, signals analysis, direction finding, electronic warfare and other RF functions in a single compact package. The system is reconfigurable, and suitable for use on a variety of unmanned (or manned) maritime aircraft, operating at altitudes from 3,000 feet to 65,000 feet.
Taste recognition technology for food and beverages
Our technology can recognize a product’s taste within seconds, based on its flavor profile. Our sensors change color upon exposure to different mixtures. The sensors come along with a software, utilizing advanced AI analysis for calculating the overall response of the sensor strip, and creating unique “fingerprint” to each product.
NANOCOMPOSITE GOLD IN ELECTRONICS - THINNER GOLD COATINGS WITH NO PERFORMANCE LOSS
We have formulated an additive to gold plating that permits gold coatings for electronics that are significantly less porous and show much improved mechanical properties over standard gold. This breakthrough innovation offers potential for greatly improved corrosion and wear resistance across a wide range of gold applications.
Adaptive Radome Diagnostic System with AMMP RF Sensor (ARDS)
The ARDS adapts SBIR-developed spot-probe technology for aircraft transparencies to use on aircraft radomes. It combines advanced microwave probe technology with developments in collaborative robots (Cobots) as well as expert system algorithms, to enable microwave measurements in high-tempo factory or repair settings, specifically for diagnosing radome health and repair performance.
DarkFalcon: SkyRaider R80D sUAS HF-SHF RF/DF Payload
The proposed DarkFalcon RF/DF payload for FLIR’s SkyRaider R80D weighs <4.4 lbs. and consumes ~46W. An integrated MANET radio and PRC-148 battery provides ~90 minutes of runtime for signal detection, classification and geolocation from 3 MHz to 30 GHz. On-board ERWL and AI/ML detect and classify signals of interest.
HAAS Alert Safety Cloud®
The Cutting Edge of Connected Alerting - Collision prevention and situational awareness for emergency and at-risk fleets. HAAS Alert Safety Cloud® allows first responder vehicles to send real-time safety alerts directly to other first responders and motorists nearby.
Method of high-resolution patterning and transferring of functional nanomaterials
This invention is related to a simple, high-resolution, and scalable method for microscale patterning and transferring various functional nanomaterials (e.g., graphene, graphene oxide, cabon nanotubes, nanopartles, ect.) on different types of adhesive tape towards roll-to-roll production of flexible, conformal, and wearable sensors of many kinds.
Integrated dual-modality microfluidic sensor for biomarker detection
A dual-modality microfluidic sensor for detection of biomarker protein from cancer or other diseases. The sensor can provide surface plasmon resonance and electrochemical responses simultaneously, making it unique for detection.
Mountable, zero-power, ppm-to-ppt level toxic gas and vapor sensor
Torel technology provides a lightweight, personal, mountable and zero-power wearable device that detects the exposure to a variety of toxic gases and vapors with an unmistakable visual output. The platform provides a tamper-proof indicator for both acute and chronic exposure to toxic gases and vapors.
Mountable zero-power toxic gas and vapor sensor
TOREL technology provides a lightweight, personal, and zero-power wearable device that detects the exposure to a variety of toxic gases and vapors with an unmistakable visual outout. The platform provides a tamper-proof indicator for both acute and chronic exposure to toxic gases and vapors.
Millimeter wave absorbers
The present technology relates to magnetic nanostructures and composites, and more particularly, magnetic nanostructures and composites for efficacious and lightweight millimeter wave absorbers
3D Printing of Functional Electronic Devices
Morningbird Media Corporation has developed a proprietary process and a set of materials that will allow users to print electronic devices. The Electronic Alchemy eForge has been supported by NASA through STTRs and SBIRs to the point of the release of our version 1.0 eForge in 3Q 2020.
Ruggedized Quad Small Form-Factor Pluggable (R-QSFP+) Transceiver and Ruggedized Multi-Fiber Push-On (R-MPO) Connector
The R-QSFP+ and R-MPO are ruggedized transceiver modules and connectors, respectively, designed and manufactured with relevant military standards for improved performance in harsh environment applications.
Controls and Diagnostics with Propulsion Life Management
Monitoring temperature and pressure are a few key parameters in either controlling the operation of aviation or fixed land based gas turbines, are critical in operating the turbine efficiently and reliably for long periods of time. Using advanced temp sensors improve mission availability, reduce carbon footprint.
A chemical sensor platform for integration with unmanned robotic systems
We built a multi-target sensor for toxic gases that mounts onto small, unmanned vehicles. The chemical sensor is small and light-weight, capable of wireless communication and 8-hour continuous operation. The sensor provides rapid response (<60 seconds) to toxic gases at low concentrations and is highly selective.
Gun Hardened Short Wave Infrared Imagers
Uncooled High Resolution 1.3Mpixel Short Wave Infrared Imagers (0.4 to 1.7um) capable of surviving 30,000g shock loads made to be placed on the front of munitions. Extended shortwave infrared to 2.6um and long range APD LADAR imagers are in development.
High-Speed (50Gbps) Quantum Random Number Generator
Quantum Bridge Technologies proposes a high-speed, information-theoretical secure Quantum Random Number Generator with applications in classical and quantum cryptography. The device is one order of magnitude faster than the state-ot-the-art competitors in the market with a cost-effective and compact design that easy to integrate in existing IT modules.
Quantum Optical Nanowriter QON-2000
Quantum Optical Nanowriter QON-2000, is a laser maskless lithography system, based by recent results obtained in Quantum Optical Lithography.This equipment is able to realize prototypes at nanoscale with high productivity and low cost for research organizations (universities, institutes and companies) involved in nanotechnology activities.
High-Density Photonic Chip Integration with Extreme Skin-Depth Waveguides
Metamaterials for advancing photonic chip technology.
Electrochemical Microbial Sensor: Rapid and Portable Pathogenic Detection
The Electrochemical Microbial Sensor (EMS) is a platform technology developed for detection of pathogens by reducing uncertainty, time, costs and versatility of current detection methods. The EMS is currently able to detect E. coli and other micro-organisms and has the both the potential for commercialization and use for on-field measurements, thus superseding the current methods.
Neuromorphic vision sensor for image pre-processing
Our simple two-terminal optoelectronic memory synaptic device for neuromorphic vision sensor application emulates the sensory neurons in the human retina. This novel device enables direct visual information storage and preprocessing at the sensing end, largely simplifying the artificial vision circuitry and improving the image processing efficiency.
Laser Induced Breakdown Spectroscopy (LIBS) Sensor
LIBS is an analytical technique for determining the elemental composition of substances – enabling research of domestic sources of rare earth elements, helping natural gas producers streamline shale drilling operations, assuring effective carbon storage and monitoring groundwater quality – essential work for producing the nation’s energy while protecting the environment.
Field-deployable biomimetic sensors for neurotoxins from carbon dots
Peptide-functionalized carbon dots will be used to develop new sensors for organophosphate neurotoxins by exploiting their affinities to particular human protein receptors. Proven sensor capabilities of carbon dots will be fine-tuned to produce user-friendly UV fluorescence sensors, which can be integrated to clothing to enhance wearability.
Uncooled Frequency Selective LWIR detector for Chemical Sensing
The proposed graphene based dynamically tunable multi-spectral imaging system will transform IR imaging abilities by forming “RGB” type “color” pixels in IR domain. Such “color” IR imaging is particularly significant for chemical sensing where narrow emission lines of various gas molecules remain undetected by present broadband detectors.
Patterned organic semiconductor layer for brighter & efficient OLEDs
A simple method to create brighter OLED displays. A single-component diffraction grating using organic semiconductors for the improvement of outcoupling efficiency in OLEDs.
An Integrated LC Filter for Power-Dense and Cost-Effective Power Electronics
This novel integrated inductance-capacitance (LC) filter allows generation of lighter, cheaper, and more power-dense power electronic circuits. Our novel LC filter combines the inductor and capacitor into a single element to improve cost-efficiency and ease of manufacturing.
Novel transceiver to improve 5G wireless communication functionality, security, and cost
This new transceiver improves wireless communication bandwidth, security, and power efficiency. The transceiver uses a novel hybrid analog-digital design to reduce hardware complexity and cost for wireless networks.