MIT Lincoln Laboratory

Download the portfolio of defense research and work directly with MIT Lincoln Laboratory to explore partnership opportunities. Contact information is included on the portfolio document.

MITRE National Security Engineering Center (NSEC)

Download the portfolio of defense research and work directly with NSEC to explore partnership opportunities. Contact information is included on the portfolio document.

Aerospace Corp

Download the portfolio of defense research and work directly with Aerospace Corp to explore partnership opportunities. Contact information is included on the portfolio document.

MITRE National Security Engineering Center (NSEC) Microelectronics Technologies

Download the portfolio of microelectronics defense research and work directly with NSEC to explore partnership opportunities. Contact information is included on the portfolio document.

Expendable Coolant System Cuts Laser Size, Weight, and Power with Precise Cooling

Solves thermal management bottlenecks in high-power diode lasers, enabling lighter, more efficient systems for defense, industrial, and mobile applications demanding reliable, high-performance operation.

Compact Oxygen Generator Delivers On-Demand O₂ from Dry Chemicals and Water

Provides on-demand oxygen generation in oxygen-denied environments using dry chemicals and water, eliminating pressurized gas storage for applications such as subsea fuel cells and emergency respiration systems. 

Passive Heat Pipe Cooling Clamp Efficiently Transfers Underwater Platform Waste Heat

Overcomes heat dissipation limits in underwater platforms, such as ROVs, AUVs, and seafloor data centers, with passive thermal transfer to ambient water, even when direct contact is blocked. 

Polymeric Composite Enables Leak-Proof, High-Efficiency Thermal Regulation

Composite material provides efficient, leak-resistant thermal energy storage for buildings and portable enclosures, reducing HVAC loads and supporting renewable energy integration in logistics and infrastructure.

High-Temperature Superconducting Striated Tape Combines Precision Alignment and Scalable Bonding

Precise, scalable production of high-temperature superconducting tapes with low AC losses, supporting advanced power devices, rotating machinery, and energy systems.

Low-Temperature Pulsed Growth Enables Superior Cubic Indium Nitride Films for Next-Gen Electronics

High-quality cubic InN semiconductor films at temperatures below 300°C, meeting demand for efficient, scalable optoelectronic and high-frequency device manufacturing.

High-Power GaN Devices with Superior Thermal Management and Low Parasitic Capacitance

Diamond air bridges dramatically improve heat removal in high-power GaN and HEMT devices, overcoming thermal bottlenecks that limit performance in RF, microwave, and power switching applications.

Quantum Dot–Polymer Nanocomposites with Customizable Optical and Mechanical Properties

This technology creates transparent, luminescent nanocomposites with tunable properties for advanced displays and manufacturing, addressing the need for multifunctional, high-performance materials.

Electrically Conducting Poly(Pyrazoles) Enable Low-Cost, High-Efficiency Polymer Solar Cells

This technology overcomes cost and efficiency limitations in polymer-based solar cells by providing easy-to-synthesize, high-conductivity electron acceptors and donors for renewable energy applications.

Epitaxial Transition Metal Nitride Layers Boost Device Efficiency and Integration Versatility

This method enables seamless integration of metallic nitride layers into semiconductors, lowering resistance and enabling advanced device designs for power, RF, and optoelectronic applications.

High-Refractive Index Chalcogenide-Organic Polymers Enable Low-Loss SWIR–MWIR Optics

Moldable, cost-effective polymers for SWIR/MWIR optics, overcoming low refractive index and high IR absorption in current materials.

Copper-Silica Dopant Powder Enables Precise, Uniform Copper Doping in Glass Manufacturing

Copper-silica dopant powder simplifies precise, uniform copper doping of glass, meeting demands for advanced optical, electronic, and specialty glass products.

Multilayer Polymer Flake Coating Selectively Reflects UV, Preserves Visible Transparency

Coating enhances UV reflectivity while maintaining high visible light transmission, addressing safety and decorative needs in aviation, architecture, and more.

Dry Transfer Method for High-Quality Graphene Onto Polymers and Inorganics Without Chemical Waste

Enables rapid, defect-free graphene transfer to plastics and inorganics without chemical etching, supporting scalable production of flexible electronics and transparent conductors.

Solutions in Non-Aqueous Solvents Enable Advanced Energy and Materials Applications

Achieves unprecedented concentrations of metal salts in non-aqueous solvents, enabling new performance in batteries, inks, and advanced materials.

Alloy with Boron Additions for Superior Corrosion Resistance

This technology suppresses Samson phase in Al–Mg alloys, preventing corrosion and failure in marine and structural applications.

Fluorine-Free Siloxane-Glucoside Foam Rapidly Suppresses Fuel Fires with High Stability

Replaces harmful fluorosurfactants in firefighting foams, enabling fast, efficient suppression of hydrocarbon fires while meeting regulatory and safety needs.

Porous Composite Rapidly Neutralizes Toxic Chemicals via Dual Decontamination Mechanisms

Neutralizes chemical warfare agents and toxic chemicals on contact, offering scalable, robust protection for defense, emergency response, and industrial safety.

Adaptive Polymer Membranes for On-Demand Control of Breathability and Chemical Barrier

Materials with reversible, voltage-controlled switching between breathable and protective states in polymer membranes, providing adaptive, comfortable barriers for garments, filters, and separations.

Honeycomb Capillary Heat Exchanger Maximizes Surface Area for Efficient, Compact Thermal Transfer

Enables efficient heat exchange between two fluids using a checkerboard mesh of interleaved capillaries, providing superior temperature control in a compact, scalable package for marine and industrial applications.

Air Certified Medical Monitor Strategic Pouch

This flexible bag secures a medical monitor to a gurney or litter, allowing real-time patient monitoring, rapid access, and environmental protection during transport in challenging field and aviation environments.

Extreme Power Internal Combustion (EPIC) Engine

A rotary piston engine achieves turbine-class power-to-weight with internal-combustion efficiency in a compact, scalable design, enabling lightweight, fuel-saving propulsion for vehicles, tools, and aircraft.

Modular Plug-In Satellite Chassis Enables Rapid Access, Swapping, and Scalable Integration

Modular chassis eliminates slow, complex satellite repairs and upgrades by enabling fast, tool-free access, replacement, and integration of internal hardware for all satellite sizes.

Hydrogel-Embedded Enzyme Enables Extreme-Temperature Organophosphate Decontamination

Enzymatic decontamination of organophosphates at temperatures up to 550°C addresses the need for robust biocatalysts in harsh industrial and field environments such as chemical manufacturing, defense, and environmental remediation

Retro-Reflective Thread Delivers Superior Visibility with Fiber-Scale Optical Engineering

Solves the lack of true retro-reflective fibers in textiles, enabling high-visibility garments, decals, and signage that perform in low-light environments.

Lightweight, Laminated Chem/Bio Garment Enables Superior Protection and Heat Stress Relief

Novel composite fabric enables lighter, more breathable protective suits that allow for longer and safer wear for military, emergency, and industrial users.

Rapid, Eco-Friendly Covalent Dyeing of High-Performance Para-Aramid, UHMWPE, and Nylon Textiles

Fast, environmentally friendly method to covalently dye inert protective textiles, enabling robust, multi-color camouflage with applications for high-performance fibers.

Zirconium Hydroxide Textile Composite Neutralizes Chemical Threats, Enhancing Breathable Protection

Textile composite that neutralizes chemical threats, offering comfortable, breathable, and launderable protection for military, first responders, and industrial workers. 

Stackable, Rigid Fiber Optic Clamp Enables Easy, Damage-Free Cable Expansion and Reconfiguration

Streamlines fiber optic cable management by preventing cable damage, simplifying stacking, and supporting rapid expansion for ships, buildings, vehicles, and infrastructure facing space and upgrade constraints.

Laser and Scintillator Materials Enable Rapid, Low-Cost, Narrow Performance

Rapid, low-temperature production of laser and scintillator materials with sub-5 nm linewidths that provide efficient, high-performance optical materials for defense, sensing, and medical markets.

Industry collaboration Non-Disruptive Calcium Tracking in Cells Using Ytterbium Surrogates

This technology tracks calcium movement in live eukaryotic cells without disrupting natural signaling, enabling precise, real-time measurement for biomedical research, drug development, and cell physiology studies.

High-performance resin from vanillin via an inexpensive, simple chemical process

Sustainable, high-performance composite resins with low water uptake, providing renewable, US-sourced alternatives to petroleum-based materials for defense, aerospace, and industrial use.

Cis-Stilbene Thermosetting Resins Enable Low-Temperature Processing and High-Temperature Stability

Overcomes high processing temperatures in advanced thermoset resins, enabling easier, safer fabrication of high-performance composites for aerospace, automotive, and industrial markets.

Yoke-to-AMPS Interface Mount Enables Secure, Low-Profile Mobile Device Attachment in Cockpits

Eliminates legacy plate holder risks by providing secure, semi-permanent mounting of mobile computers on aircraft yokes, supporting digital maps and improving cockpit safety.

Renewable Batch-Catalyzed Biojet Fuel Process Yields High-Performance IsoParaffinic Turbine Fuels

Enables efficient, renewable production of JP-5/JP-8-spec biojet and diesel fuels with tailored properties for sustainable, high-performance turbine use.

Configurable Filtering Reusable Face Mask Improves Comfort, Field of Vision, and Hazard Adaptability

Reusable, configurable face mask solves visibility, comfort, and adaptability challenges in personal protective equipment by positioning quick-change, side-mounted filters and providing a customizable seal.

Room-Temperature Laser Process Grows Semiconductor Nanofibers Without Toxic Gases or High Heat

High-purity semiconductor nanofibers created using a simple, room-temperature laser process. Eliminates toxic gases and high-heat steps for safer, scalable production.

Cost-Effective MXene Electrocatalyst Delivers High-Efficiency OER for Chemical Detoxification

An innovative method for producing optimized electrocatalysts from earth-abundant metals, with high electron conductivity and demonstrated efficacy in detoxifying chemical warfare agents.

Composite Fiber with High Catalyst Loading Yields Breathable, Reactive Textiles for CWA Protection

This invention enables high-catalyst composite fibers for protective garments and filters that actively degrade chemical and biological agents, overcoming limitations of conventional CBRN solutions. 

Reactive Polymer Composite Beads Enable Robust, Self-Decontaminating Chemical Barrier Materials

Highly reactive, MOF-based sorbents integrated into durable protective fabrics enable advanced garments, filters, and wipes that simultaneously adsorb and degrade hazardous agents for advanced CBRN protection.

Halogen Etching Enables Safe, Scalable, and Tunable MXene Production with Enhanced Surface Control

This patented process solves the safety, waste, and performance issues of HF-based MXene production, enabling scalable, high-purity 2D materials for energy storage, coatings, and electronics

Large-Grain Perovskite Film Process Boosts Solar Cell Efficiency and Enables Scalable Manufacturing

Enables high-efficiency, solution-processed perovskite thin films with large grains, directly addressing performance and manufacturing barriers in next-generation photovoltaics and flexible electronics

Branched Polymer Additives Enhance Toughness and Adhesion of Soft and Structural Polymers

Uniform polymer toughening without density mismatch, settling, or loss of elasticity improves robustness of material for robotics, prosthetics, coatings, and industrial adhesives.

Low Alloy High Nitrogen Steel Delivers High Strength, Toughness, and Resilience with Lower Cost

Steel composition and processing method that incorporates high concentrations of nitrogen (0.14–0.60%) to achieve a refined martensitic structure with high strength and impact toughness.

Adhesive Modifier Boosts Unprimed Bond Strength, Eliminates Priming, and Enhances Durability

This technology enables strong, durable adhesion to unprimed substrates for epoxies, acrylates, and thermoplastics, eliminating primer steps and reducing processing time for a variety of adhesive applications.

Self-Sealing Hose Preserves Flow and Durability with Advanced Dual-Rubber Composite Layers

Rapidly closes punctures without sacrificing internal hose diameter, improving reliability for aviation, fuel transport, and critical systems where leak prevention and throughput are essential.

Air Amplification Venturi Nozzle For Inflatable Boats

Reduces compressed air consumption and inflation time for boats and inflatables with a Venturi-based amplifier for lighter, faster deployment.

Tungsten Trioxide Thermal Shield Boosts Electronics Reliability in Extreme Temperatures

Dual-layer electronics coating made of Tungsten trioxide-rich inner layer and binder-rich outer layer enhances durability through rapid temperature changes.

Low-Cost, High-Strength Niobium Alloys Deliver Superior Performance for High-Temperature Structures 

Affordable, lower-density niobium alloys with exceptional ductility, high-temperature strength, and oxidation resistance that remain compatible with existing coating methods

Modular Acoustic Metamaterial Dramatically Reduces Noise with Stacked Multi-Stage Chambers

This scalable acoustic metamaterial cell design substantially reduces high-frequency, high-amplitude noise is useful in aerospace, defense, industrial, and commercial environments.

Graphene Functionalization Enables Nanoparticle Deposition While Preserving Electronic Performance

This technology enables precise nanoparticle deposition on graphene without degrading its electronic properties, supporting advanced electronics, sensors, and quantum devices.

Sustainable Nano-Aluminum Nitride from Nut Shells Enables High-Purity, Cost-Efficient Production

Converts nut shell waste into high-purity, nano-structured aluminum nitride for sustainable, cost-effective, and scalable advanced electronics and thermal management applications.

Nanostructured Films Enable Tunable Superhydrophobic and Adhesive Surfaces

Nanostructured coatings with controllable water repellency and adhesion, addressing needs in antifouling, biomedical, and robotic applications.

Crown Ether-Functionalized Nanoparticles Deliver Fast, Recyclable, Selective  Contaminant Removal

Simplifies and enhances the selective removal of ionic contaminants from diverse water sources, supporting industrial, municipal, and environmental needs for efficient, recyclable purification. 

Maskless Laser-Patterned Graphene Enables Precise, Scalable Growth for Advanced Electronics

Eliminates the need for masks in graphene patterning, enabling precise, scalable, and layer-controlled graphene growth for electronics, sensors, and flexible devices.

Resins Enable Durable, Isocyanate-Free Coatings with Enhanced Chemical Resistance

This resin overcomes toxicity and durability issues in coating resins, providing safer, high-performance corrosion, weather-resistant primers and topcoats for industrial, marine, and infrastructure applications.

Low-Temperature SiC Coating Method Enables Durable, Cost-Effective Protection of Metals

Robust SiC coatings on metals applied at lower temperatures, reducing costs and expanding substrate options for wear and corrosion protection in industrial, chemical, and energy applications.

Selective Antimicrobial Textile Technology Prolongs Fabric Life and Protects Skin Microbiome

Textile treatment eliminates odor and pathogenic bacteria without harming beneficial skin microbes, extending textile durability and addressing health and laundering concerns in uniforms and technical fabrics.

Chromium-Free Waterborne Primer Delivers Superior Metal Corrosion Protection with Low VOCs 

This patented primer technology eliminates toxic chromium and reduces VOCs, providing robust corrosion resistance for metals in marine, aerospace, construction, and automotive applications.

Gecko-Inspired Electrostatic Adhesive System Enables Clean, Reversible Paint Removal from Metals

Reusable, zero-VOC adhesive system for rapid, damage-free removal of coatings from metal surfaces, addressing critical needs in defense, aerospace, and marine maintenance. 

Reusable Conductive Polymer Appliqué Enables On-Demand, Reversible Adhesion and Corrosion Control

This approach eliminates hazardous paint removal and enables fast, reversible, corrosion-resistant protective coatings for military and industrial assets, meeting environmental and maintenance demands. 

Ultra-Smooth Hydrophobic Polymer Coating Prevents Corrosion and Water Damage Without Thermal Curing

This polymer eliminates water-induced corrosion and fouling in vehicles and infrastructure, reducing costly maintenance for marine, industrial, and building applications

Ultra-Thin Protective Coating Imparts High-Temperature Durability in Thermoelectric Devices

Ultra-thin alkaline earth halide coating prevents high-temperature sublimation and material loss in thermoelectric devices, enhancing reliability and lifespan.

3D Printed Composites Enhance Strength, Customization, and Thermal Resilience

Enables additive manufacturing of titanium components with enhanced strength, thermal stability, and custom supports for demanding aerospace, medical, and industrial applications.

3D-Printed Microfluidic Devices Enable Scalable, High-Efficiency In-Situ Electrode Networks

Manufacturing method enables rapid, scalable microfluidic devices with integrated electrodes, significantly boosting efficiency for microbial fuel cells and other applications needing dense, in-situ channels.

Additive-Manufactured Die Enables Rapid, Precise Multi-Core IR Optical Fiber Production

Manufacturing improvement enables rapid, low-cost production of complex multi-core IR optical fibers for sensing, laser delivery, and broadband communication.

Adaptive Dual-Laser Additive Manufacturing System Enables In-Situ Defect Detection and Correction

Eliminates costly post-processing in additive manufacturing with real-time defect detection and laser correction, producing ready-to-use precision parts for aerospace, medical, and industrial use.

Metal Speciation Method Accurately Measures Metals and Oxides in Pyrotechnic Compositions

Enables fast, accurate separation and measurement of metals and their water-soluble oxides in pyrotechnics, meeting the need for reliable speciation to ensure device performance and shelf-life.

Rapid-Cure Mold Assembly for Durable, Waterproof Underwater Electrical Connectors

This technology enables fast, reliable manufacturing of waterproof underwater electrical connectors, reducing brittleness and curing time for higher throughput in marine, oil/gas, and subsea markets.

3D-Printable Energetic Composites for Precise, Safer High-Energy Manufacturing

Safe, tunable energetic composites with high metal content manufactured via 3D printing and injection molding. These high metal content composites are manufactured without the use of solvents.

Robotic Tool For Safe and Efficient Coating & Layer Removal

Modular robotic surface removal platform replaces manual hazardous chemical coating removal with a hydraulic, remotely operated system, for improved safety, efficiency, and environmental compliance. 

High-Speed Aerosol Jet Printing of Hybrid Perovskite Films Enables Scalable, Defect-Free Optoelectronics 

Accelerates and simplifies the production of high-quality hybrid perovskite thin films using a single-step aerosol jet printing process, addressing the need for scalable, cost-effective, and defect-free fabrication in optoelectronic devices such as solar cells, photodetectors, and LEDs

Compact Ultra-Wideband Antenna Delivers High Gain, Stable Performance, and Low Profile from 2–18 GHz

Achieves high forward gain and stable impedance in a compact ultra-wideband antenna, supporting space and weight-sensitive applications in communications, aerospace, and defense.

Cube Spiral Antenna System Delivers Dual-Band, Cosecant-Squared GPS Constellation Emulation

An ideal design for higher performance, smaller footprint uses, this antenna design fixes overheating in high-power lasers, enabling compact systems for medical, lidar, telecom, and defense markets.

Multi-Mode Circular Disk Antenna System Delivers Switchable Cardioid and Dipole Beam Patterns

Allows for rapid deployment of robust communications by providing a compact antenna system with switchable cardioid and dipole radiation patterns, ideal for military, remote, and infrastructure-limited environments.

Mirrored Log-Periodic Antenna Panels with Ground Plates Maximize Directionality and Minimize Cross-Polarization

Delivers high-gain, low cross-polarization wireless performance by combining mirrored log-periodic antenna panels with ground plates and phase-offset feeds, supporting advanced communications, sensing, and array applications across wide frequency bands.

Flexible Antenna Enables High-Gain, Conformal Mounting on Metal Surfaces

Metamaterial design enables high-gain, frequency-tunable antennas mounted on metal surfaces, overcoming performance loss and supporting reliable, low-profile communications for defense, automotive, and aerospace.

Elliptical Conical Antenna Enhances Wideband Omnidirectional Performance and Reduces Size and Losses

This elliptical conical antenna delivers broadband omnidirectional coverage with minimal feed losses and improved directivity, for applications in comms, radar, and mobile platforms across 30 MHz to 18 GHz. 

Wideband Multi-Directional Bicone Antenna with Logarithmic Contour

Overcomes the frequency, gain, and integration limitations of conventional antennas by enabling a wideband, multi-directional bicone antenna that achieves high gain and low return loss for demanding RF applications. 

Planar Antenna Clamp System Enables Fast, Solderless Swapping Connection for Fragile Antennas

Eliminates soldering in planar antenna integration for rapid, repeatable, and heat-free antenna connections for cost-sensitive, high-mix, or fragile applications such as disposable sensors and field radios. 

PCB-Manufacturable Broadband Circularly Polarized Antenna Delivers High Gain and Wide Radiation

Antenna design addresses limitations of conventional flat antennas by providing broadband, circular polarization with enhanced gain and a wide radiation pattern for satellite comms, radar, and other RF applications. 

Triple-Mode Monopulse Antenna Enables 2D Beam Steering with Passive Risley Prisms for Low-Cost Tracking

This passive antenna delivers precise 2D beam steering for all monopulse patterns, meeting the demand for low-complexity tracking in radar, satellite, and communication systems without active RF components. 

3D-printed antenna pedestal for at-sea applications

Modular antenna pedestal ensures reliable portable antenna performance by reducing electromagnetic interference and vibration transmission.

Dual-Use Satellite Spring Antenna Maximizes CubeSat Volume and Ejects Payloads Reliably

Dual-use helical spring serves as both CubeSat ejection device and antenna, freeing up to 12% payload volume, eliminating antenna deployment hardware, and improving reliability for small satellite missions.

Universal Gateway Enables Seamless, Secure Bridging Across Disparate Communication Networks

Overcomes incompatibilities between secure communication networks, enabling controlled, language-aware, and impedance-matched connectivity for defense, emergency response, and financial operations.

Adaptive Radio Configuration System Enables Incognito Operation by Matching Local Frequency and Protocols

Allows radios to blend seamlessly into new geographic environments by automatically adapting frequencies, modulation schemes, and power settings to match local radio usage, supporting mission-critical and covert communications in global, dynamic scenarios.

Liquid Metal Reconfigurable Intelligent Surface - Future G Communications

Novel Liquid Metal Reconfigurable Intelligent Surface that dynamically tunes wireless signals for improved 5G coverage, using liquid metal interconnects for adaptive signal control.

Encrypted AIS Messaging Terminal Enables Secure Text and Position Updates Beyond Line-of-Sight

Secure messaging, including text chat, position reporting, and incident alerts, between maritime assets, operations centers, and web-based tools, overcoming language barriers, eavesdropping, and LOS limits in VHF radio comms. 

Coherent Noise Filtering for Radar and RF Systems Using Adaptive Phase and Pulse Modulation

Eliminates false alarms from coherent noise in radar and RF detection systems, enhancing reliable operation for automotive, aviation, and industrial sensing in interference-rich environments.

Multi-Agent RF Simulator Delivers Repeatable, Realistic Lab Testing for RF Systems

Provides repeatable, realistic lab simulation of complex RF propagation, streamlining development and validation of RF systems for telecom, defense, and IoT.

Digital Phased Array Architecture Cuts Bandwidth Needs with Distributed Pre-Detection Processing

Cuts digital bandwidth in phased array radar systems without loss of detection, enabling more scalable and efficient arrays for advanced radar, communications, and sensing.

Graphical Platform Speeds Wireless Power Design with Interactive Simulation and Constraint Alerts

Sreamlines wireless power design with interactive simulation, visualization, and real-time constraint alerts, enabling faster and more reliable development across diverse environments.

Optimal Control Method Enhances Reliability of Dynamical Systems with Uncertain Parameters

Computing development that delivers robust open-loop control for systems with uncertain parameters, supporting aerospace, robotics, autonomy, and automation when feedback is impaired.

Dynamic Optimization for Constrained Sensor Tasking Maximizes Value 

Computing method that enables rapid, constraint-aware sensor tasking for mobile platforms, maximizing value across multiple applications such as observation, surveillance, and dynamic asset monitoring.

Mixed Reality Controller Rapidly Digitizes Real-World Objects and Interfaces 

Accelerates and simplifies mixed reality model creation by enabling fast, user-guided digitization of real-world objects and interfaces, supporting training, maintenance, and equipment onboarding. 

Mixed Reality Quality Assurance System Objectively Verifies Human Actions with Real-Time Feedback

Delivers objective workflows by verifying user actions in real time, reducing subjectivity and error in manual assembly, maintenance, and training tasks across industrial and technical domains.

Extended Semi-Supervised GAN Delivers Superior Classification and Synthetic Data 

Boosts classification accuracy and synthetic data quality for hyperspectral and multi-dimensional datasets, meeting needs in remote sensing, environmental monitoring, and defense.

Filtering System Enables Efficient, High-Fidelity Spacecraft Attitude Control

Reduces uplink and storage demands for spacecraft attitude maneuvers by compressing command data while maintaining high-fidelity control, addressing the bottlenecks of legacy control systems.

Predictive Part Prioritization System Optimizes Critical Spares, Cuts Downtime in Complex Operations

Predicts critical part failures and their impact to optimize spares, reduce downtime, and ensure mission readiness in logistics-constrained fleets and complex systems.

Floating Gate Memory for Reliable Data Storage in Harsh Environments

Prevents radiation-induced data loss in floating gate memories, enabling robust storage for aerospace, nuclear, and high-radiation industries.

Kalman-Based Covariance Correction Boosts Target Tracking Accuracy in Noisy Roll/Pitch/Yaw Environments

Improves target tracking and radar accuracy by modeling and correcting angle-induced errors during roll, pitch, and yaw transformations, enabling performance in high-noise or maneuvering conditions.

Digital Pre-Distortion Algorithm Enables Rapid, Efficient Correction of Radar Amplifier Instability

Addresses pulse-to-pulse instability in multifunction radar systems, reducing the resource and performance penalties caused by thermally induced amplifier transients, and enabling more efficient, higher-performance radar operation

Hardware Noise-Addition Bridge Secures Voice Transfer Between Distinct or Unencrypted Radio Networks

Provides a hardware-based solution for secure voice transfer between separate radio networks by adding non-audible random noise, addressing the challenge of interoperability without compromising encryption schemes in sensitive or multi-agency environments.

Noise-Addition Intermediary Enables Secure Cross-Network Voice Without Encryption Key Sharing

Enables secure voice communication between distinct encrypted radio networks without exposing or sharing encryption keys, ideal for joint operations and multi-agency response.

Room Breach Digital Sensor Alert Device Enables Remote Room Security Status and Intrusion Alerts

This device eliminates the need to guard cleared rooms by detecting and alerting users to unauthorized entry, supporting safer, more efficient operations for military, law enforcement, and facility security teams.

Drone Detection System Quickly Locates and Identifies Unauthorized Drones via Passive RF and Video

This system offers a cost-effective, passive way to rapidly detect, locate, and visually confirm unauthorized drones for reliable security and defense.

Secure Logic Chip With Randomized Dual-Rail Encoding Blocks Hardware Trojan Data Leakage in Outsourced ICs

Stops data leakage from hardware Trojans in outsourced chips by using randomized dual-rail logic, splitting information into a secure, trusted input/output section and an unsecure, outsourced logic section

MEMS Accelerometer Delivers Ultra-Low Noise and Precision Output with Torsional Resonant Structure 

This MEMS accelerometer achieves exceptionally low noise and high accuracy for automotive, aerospace, and industrial sensing by eliminating nonlinear errors through a torsional resonant pick-off with a varying moment of inertia.

Energy-Harvesting Ankle Brace in Footwear Enables On-the-Go Device Charging and Movement Assistance

Transforms ankle motion into electrical energy within footwear, offering power for personal devices and potential assistive benefits, critical for users in military, field, and consumer applications.

Single Loop Antenna Detection for Enhanced Accuracy and Object ID

Boosts detection precision for metal and object-finding systems using a single loop antenna that alternates phase, enabling more accurate identification and classification of hidden objects. The technology is useful in security, industrial, and hobbyist applications.

Wearable Spring System Reduces Walking Metabolic Cost with Phase-Selective Energy Return

Lowers walking metabolic cost with a wearable spring system that stores and returns energy at optimal gait phases, improving mobility and endurance for industrial, medical, and military users.

Sensor Modeling System Optimizes Sensor Selection and Placement for Accurate Coverage in Any Setting

Simulates real-world signal propagation and sensor performance to enable optimal sensor selection and placement for defense, infrastructure, and research applications in complex environments

Closed-Loop Dual-Mode FM Gyroscope Drive Minimizes Angle Random Walk for MEMS Navigation

Dramatically reduces short-term noise in FM MEMS gyroscopes, enabling compact, high-stability inertial sensors for navigation, motion detection, and control systems that demand low cost, size, weight, and power. 

Homodyne Encoder System Enhances Imaging Through Turbulence with Adaptive Path Length Calibration

This invention delivers high-resolution imaging through atmospheric turbulence without laser illumination, reducing size, weight, and power for applications in surveillance, astronomy, and remote sensing. 

Perforated Nanowire Electrode Arrays Enable High-Sensitivity, Low-Noise Sensing with Precise Control

Scalable nanowire sensor arrays with precise perforated electrodes deliver low-noise, selective, and robust sensing capabilities for health, environmental, and industrial monitoring.

Graphene-Metal Oxide Sensor Enables Fast, Reusable, ppb-Level Sulfur Detection in Fuels

Rapid, real-time detection of trace sulfur in fuels at ppb levels, protecting fuel cells and engines from catalyst poisoning and ensuring reliable power and propulsion.

Anti-Reflective Nano-Patterning System Enables Robust, Broadband, High-LIDT Optical Fibers

Cuts surface reflections and increases durability of optical fibers for high-power lasers, sensing, and communications, meeting needs for broadband and robust optical interfaces.

Magnetic Field Sensor Delivers High Sensitivity, Low Resistance, and Superior Magnetoresistance

Combines high sensitivity, low resistance, and strong magnetoresistance for precise position, current, and rotational magnetic field sensing in automotive, industrial, and data storage applications.

SiC Deep Etching Yields Ultra-Straight, High-Aspect MEMS Structures

Precise, high-aspect ratio etching of single-crystal SiC, delivering smoother, straighter sidewalls for advanced MEMS and sensor devices.

Phase-Engineered Sensors Deliver Ultra-Sensitive, Selective, and Robust Chemical Vapor Detection

Overcomes unreliable chemical vapor detection with ultra-low power, rapid recovery, and high selectivity for explosives and nerve agent markers in compact, flexible formats.

Vapor Sensors Achieve High Sensitivity and Selectivity via Fast Thermal Pulsing

Sensor detects vapor with high sensitivity and high selectivity, critical for compact, low-power applications in security, safety, and environmental monitoring.

Nanowire Array Sensors Enable Rapid, Selective Vapor Detection and Preconcentration

Rapid, low-noise trace vapor detection using nanowire arrays for sensitive, selective analysis.

Reusable Chemical Sensors Rapidly and Selectively Detect Hazardous Vapors via Phase Change

Detect hazardous vapors and chemical threats in seconds with ultra-sensitive, reusable TMD phase-change sensors for defense, industrial, and safety applications.

Floating Sensor Delivers Compact, High-Sensitivity Low-Frequency Acoustic Direction Finding

This sensor enables compact, sensitive, and easily deployed low-frequency acoustic direction finding for underwater and airborne source localization and monitoring.

Tunable Polar-Dielectric Devices Enable Low-Loss, High-Q IR Modulation and Sensing

Actively tunable polar-dielectric optical devices solve the need for fast, low-loss IR modulation and sensing, unlocking new performance for communications, sensors, and spectroscopy.

Solid-State Quantum Dot Molecule Device Delivers On-Demand, Tunable Single-Photon Emission

This device provides secure, high-fidelity single-photon generation for quantum communication and computing, addressing the need for true single-photon sources in scalable quantum information systems.

Flexible Multi-Wavelength Laser Diode Turret Enables Compact, Customizable Spectrometry Systems

Compact, modular laser diode turret offering selectable multi-wavelength radiation for portable, versatile, and highly selective spectrometric chemical analysis.

Aerial Imaging System Delivers Real-Time Geodetic Mapping, Distance, and Velocity Measurement

Provides rapid, real-time measurement of positions, distances, and velocities on land or water using a drone-mounted camera, addressing critical needs in military, law enforcement, and remote surveying.

Metamaterial Photocathode Delivers Fast Visible-to-LWIR Imaging Without Cryogenic Cooling

Provides high-speed, compact imaging from visible to long-wave infrared without cooling, meeting the demand for low-SWaP, high-performance sensors for defense, security, and industrial use.

Digital IO Continuity Tester Detects Shorts and Opens Without Analog Hardware or Current Source

Replaces analog continuity testers with a digital IO method for fast, precise detection of shorts and opens in microelectronic devices, supporting higher pin counts and smaller packages.

Modular 360° Omni-Directional Camera for Marine Platforms

Seamless, continuous visual situational awareness from a compact, ruggedized array for maritime systems.

Wrist-Worn Vein-Based Three-Factor Authentication System Enhances Security and Spoof Resistance

Authentication system overcomes spoofing and misidentification risks in secure access by combining wrist vein biometrics, device ID, and PIN, serving needs in mobile, physical, and digital access applications.

Lanthanide-Doped Silicon Nanoparticle Sensor Delivers High-Resolution, Non-Toxic Pressure Mapping

Precise, non-toxic, real-time pressure mapping across surfaces and structures, addressing the growing need for high spatial resolution and safe sensor integration in infrastructure, manufacturing, and defense applications.

Video Timing System Enables Sub-Microsecond Camera Shutter Calibration for Accurate Event Analysis

Eliminates camera timing errors by precisely measuring and calibrating light integration time of visible and infrared cameras, addressing critical needs in test ranges, defense, and scientific imaging.

Multilayered Aperiodic Thin-Film Coating Minimizes EMI Shield Transmission Loss for Optical Windows

Reduces transmission loss from EMI shields in optical windows and domes, enabling higher-performance visible and infrared sensors for defense, aerospace, and commercial use.

Electrically-Isolated High-Voltage Sensor Circuit Delivers Low-Profile Monitoring up to 30 kV

Enables safe and efficient measurement of high-voltage signals, while maintaining ultra-low power dissipation, robust electrical isolation, and active compensation for temperature-induced signal drift.

Engineered Interfaces in 2D Material Photodetectors Dramatically Boost Sensitivity and Lower Noise

Enables precise, tunable gain and responsivity in 2D photodetectors, addressing the demand for highly sensitive, low-noise optoelectronic devices in imaging, sensing, and quantum applications.

Solar Cell Maximizes Efficiency and Radiation Hardness

Solar cell design removes front-side shading and cuts recombination losses, boosting power and performance for space, mobile, and terrestrial use.

Switched Microwave Bandstop Filter Minimizes Insertion Loss and Phase Distortion

Eliminates switch-induced insertion loss in reconfigurable microwave systems, ensuring high signal integrity for defense, communications, and test applications.

Laser-Shaped, Low-Profile Metal Interconnects Enable Robust, Flexible, and High-Current Electronics

Delivers scalable, low-profile metallic interconnects that surpass soldering and wire bonding, enabling robust, high-current, flexible electronics for next-generation devices.

Reconfigurable 2D Material Heterostructures Enable Lateral Junctions Without Doping

Method to create nonvolatile, rewritable lateral p-n junctions in 2D materials for electronics, sensors, and optoelectronics, removing the need for chemical doping and bypassing lithographic limits.

Hydrogen-Free Amorphous Germanium Films Enable Ultra-Low-Loss Dielectrics for Quantum Circuits

Eliminates dielectric loss from two-level tunneling states, enhancing superconducting qubit performance for scalable quantum computing.

Self-aligned gate and drift design for high-critical field strength semiconductors

A new method for forming a self-aligned gate (SAG) and source (SAD) device for high-critical field strength (high Ecrit) semiconductors 

Ultra Short Gate Length Thin Film Transistor Process For High-Speed And Scalable Fabrication

Fabrication method of ultra short gate length thin film transistors (TFTs) with minimal semiconductor damage, unlocking high-speed, large-area electronics for displays, sensors, and flexible devices 

Fabrication Method for Multi-Zoned, Submicron Thin Film Transistors 

Method to fabricate high-speed, low-voltage thin film transistors with sub-micrometer channels using cost-effective optical lithography

Adjustable Inductor Enables Wide, Repeatable Tuning Without Deformation

Adjustable inductor enables rapid, precise tuning for high-voltage and high-current applications with minimal parasitic effects, ideal for RF modules, antennas, and pulsed power systems.

Alignment-Tolerant Gallium Oxide Field-Effect Transistor for Uniform, Reliable Power Switching

Solves the reliability risks of tight alignment tolerances in gallium oxide transistors, enabling robust, high-density integrated circuits for advanced power electronics

In-Situ Sputter Process for Highly Textured PZT Thin Films Enables Efficient PiezoMEMS Fabrication

Novel sputter process solves contamination and texture limitations in piezoelectric device manufacturing, enabling rapid, high-quality PZT thin films for MEMS actuators, sensors, and RF components.

Organic Imidazole-Derived Semiconductors Enhance OLED Efficiency & Versatility in Flexible Displays

Newly identified imidazole derivatives enable higher-efficiency, tunable organic semiconductors in OLEDs and flexible electronics, improving device performance and supporting advanced display applications.

Phonon-Disrupting Interconnects Enable Compact, Ultra-Sensitive Thermal Sensors

Compact, highly sensitive and reliable thermal sensors using engineered interconnects that block heat flow while preserving rapid, low-loss electrical conduction.

Integrated Photonic Chip With Layered Scatter Mitigation Maximizes Crosstalk Suppression for Quantum and Classical Applications

Integrates additive, wavelength-selective filtering and physical barriers to reduce unwanted photon propagation both within and between output channels mitigating stray light-induced crosstalk 

Inductive Heating with Magnetic Nanoparticles Enables Precise, Stable Cyanurate Polymer Curing

Suspended functionalized, silica-coated magnetic nanoparticles are positioned with a static magnetic field and cured with an alternating EM field, maintaining resin’s thermal and chemical integrity. 

Modular Remote Weapon Station for UGVs Enhances Safety, Jam-Clearing, and Dual-Feed Flexibility

Modular remote weapon station solves power, weight, and safety challenges for small unmanned vehicles, enabling reliable, flexible, and secure remote engagement in contested environments.

Single-Point Munition Arming Interface Simplifies, Secures, and Automates Hand-Emplaced Mine Systems

Elimination of complex, error-prone two-lever arming for hand-emplaced mine munitions, enabling faster, safer, and more reliable deployment in demanding field conditions.

Isostatic Pressing with Dual-Frequency Vibration Enables High-Quality, Single-Increment Warhead Loading

Density and quality issues are solved in warhead manufacturing by enabling efficient, single-step filling of long projectile cases with energetic materials. 

Solid-State Piezoelectric Setback Detector Enables Reliable, Battery-Free Fuze Arming in Munitions

Rapid, reliable setback detection for munition fusing without battery power, meeting stringent safety requirements and improving arming accuracy across diverse launch environments.

Self-Locating, Damage-Minimizing Ammunition Projectile Extractor for Fast, Reliable Reloading

Safe, non-destructive removal of projectiles from ammunition cartridges, meeting needs in reloading, research, and cartridge rework with universal caliber adaptability.

Pressure-Activated Battery System Enables Reliable, Drop-Safe Power for Smart Projectiles

Unreliable battery activation in gun-launched projectiles is solved, ensuring dependable in-flight power for smart munitions and similar applications.

Elastomeric End Cap Delivers Safe, Reliable, and Efficient Linear Shaped Charge Initiation

Replaces unreliable taped assemblies for linear shaped charges with a robust elastomeric end cap, ensuring safe, precise, and efficient field setup for demolition, breaching, and industrial use.

Low-Explosive Fluid Test System Recovers Shaped Charge Liner for Early-Stage Metallurgical Analysis

Enables practical, low-cost recovery of shaped charge liners for early-stage metallurgical analysis, meeting the need to assess subtle liner material changes for munitions quality control.

Missile System with Controlled, Multi-Directional Payloads and Reusable Collar

Missile system with precise, energy-efficient delivery of outward-firing payloads in customizable patterns. This system affects a controlled area and reduces collateral damage in missile and munition systems.

Multipurpose Non-Lethal Grenade Delivers Blunt Trauma and Flash-Bang Effects With Enhanced Safety

This grenade combines blunt trauma and flash-bang effects in a single device, improving safety and operational efficiency for law enforcement and military users.

Flexible, Spill-Proof Colorimetric Kit Enables Fast, Reliable Multi-Explosive Detection in the Field

A compact, easy-to-use kit for rapid, accurate detection of multiple explosive types (including homemade and military explosives) directly in the field

Meltable Shock-Absorbing Fuze Plug Enhances Munition Safety, Impact Resistance, and Venting

Meltable fuze plug minimizes munition damage during handling and storage, blocks moisture, eases removal, and safely vents during fire, addressing critical safety and IM needs.

Coolant Ammunition Round Actively Reduces Firearm Barrel Heat and Extends Barrel Life

Cooling fluids or powders are injected via cartridge into the barrel during firing, solving overheating and barrel wear in rapid-fire weapons, with applications in military and automatic firearms.

Variable-Twist Rifled Gun Barrel Maximizes Propellant Efficiency and Barrel Longevity

Variable-twist gun barrel design increases average pressure for higher muzzle velocity or reduced propellant use, addressing the need for more efficient, lighter, and longer-lasting weapon systems across calibers.

Medium Caliber Multi-Purpose Ammunition Maximizes Penetration, Delayed Detonation, and Safety

This projectile addresses the growing need for medium caliber ammunition that can defeat armored threats and personnel, optimize detonation timing, and minimize collateral damage in dynamic operational environments.

Training Projectile with Tuned Range Reduction for Enhanced Range Safety and Realistic Ballistics

A training projectile that uses aerodynamic features that destabilize only at lower speeds, closely matching standard ballistics at short range while reliably self-limiting maximum flight distance for safer training

Compact Blast Attenuator Enables Safe, Fast Muzzle Loading for Mortars and Other Weapon Systems

Reduction of dangerous blast overpressure while allowing rapid, unobstructed muzzle loading for mortars and similar weapons.

Flexible Polymer-Supported Metal Patterns Boost Rocket Thrust with Precise Combustion Control

Overcomes limitations of end-burning solid rocket motors by embedding flexible, patterned metal conductors in the propellant. Results in higher thrust and customizable burn profiles.

Robust Guidance Policy Computation for Uncertain Dynamical Systems

Enables efficient, robust guidance and control for systems under uncertainty, reducing computation time, and supporting applications such as aerospace guidance, robotics, and process automation.

Weapon Fire Detection System Enhances Range and Accuracy for Mobile Platforms

Electro-optical system detects and localizes weapon fire over short and long ranges, overcoming atmospheric signal degradation and clutter for reliable, real-time alerts for ground vehicles and infrastructure protection.

Autonomous Aerial Supply System With UAV Dispenser Enables Precision, Flexible Multi-Payload Delivery

Solves inaccurate and inflexible aerial supply by enabling precise, multi-payload delivery using UAVs deployed from a hardened dispenser, ideal for military, humanitarian, and commercial logistics.

Deployable Petal Shroud Enables Shock-Free Sensor Protection and Aerodynamic Optimization

Petal shroud eliminates shock-induced sensor errors in projectiles by using a thermally actuated, non-pyrotechnic petal shroud for aerodynamic and environmental protection.

Pressure Relief Fin Holes Restore Roll Authority in Canard-Guided Precision Munitions

Canard-guided munitions have restored roll control by using fin-located pressure relief holes, enabling reliable, compact precision weapon designs for modern defense needs.

Free-Spinning Fin Assembly Enables Precision-Guided Mortars with Superior Roll Control

Decoupled fin-induced torque enables accurate fire in complex environments by solving for roll control loss in guided mortars with reduced collateral risk.

Hand-Settable Fuze Enables Delayed Net Deployment from Spin-Launched Anti-Drone Projectiles

This invention solves unreliable net deployment from anti-drone projectiles by providing a hand-settable fuze that enables precise, delayed net release for enhanced effectiveness in security and defense applications.

Multi-Camera, Beam-Splitter Imaging System Enables Parallax-Free, Real-Time High Dynamic Range Video

This technology overcomes the dynamic range and saturation limits of digital cameras, enabling parallax-free, high-speed HDR imaging for defense, industrial, scientific, and consumer applications.

Real-Time, Wireless Hit Detection System Delivers Anatomical Strike Feedback for Munitions Effectiveness Testing

Enables real-time, wireless detection and anatomical mapping of projectile impacts on test targets, improving munitions analysis and reducing data loss in live-fire training and evaluation scenarios.

Spinning Flat Plate Calorimeter Laser Power Measurement

Accurate, repeatable laser power calibration for high-energy applications, solving the challenge of reliably measuring radiant energy for direct energy weapon assessment. 

Tool-Free Accessory Rail Kit Enables Fast, Secure Mounting to Firearms Without Weapon Modification

Universal accessory allows rapid, stable mounting of firearm accessories without tools or permanent weapon changes, ideal for military, law enforcement, and hunting applications.

Modular Ballistic System Enables Rapid Protection, Bridging, and Assault Capabilities

System delivers lightweight, modular ballistic panels that rapidly transform into personal shields, ladders, overhead cover, or foot bridges, addressing critical needs for adaptable protection and mobility in combat and tactical operations

Modular Weapon Carrying System Maximizes Aircraft Payload with Lightweight, Disposable Suspension

Weapon transport system enables aircraft to carry and release more weapons by reducing suspension equipment weight, complexity, and volume

Front-Mounted Package System Enables Fast, Reliable Sensor Integration

Streamlines mounting and precise orientation of forward sensors on munitions with flat-nosed plates, addressing the market need for adaptable, field-swappable instrumentation in modern weapons.

Precise, Programmable, Multi-Directional Non Fragmentation Vector Munition

Munition delivers controlled, directional, and sequential projectile deployment to mitigate fragmentation risks while ensuring targeted, low-collateral-damage applications.

Bay System Enables In-Flight UAV Release with RF-Transparent Cover, Secure Ejection, and Control

Safe, reliable in-flight release and command of UAVs from larger UAVs, expanding mission reach and reducing manual launch risks for surveillance, relay, and delivery applications.

Cook-Off Mechanism Boosts Munition Safety with Adaptive Venting and Integrated Shock Damping

To meet the demand for safer, more resilient insensitive munitions in military and aerospace applications, this technology reduces violent cook-off events and fuze damage in munitions.

Modular Alignment Clocking Mechanism Enables Fast, Tool-Free Precision Cylinder Coupling

This mechanism enables precise, tool-free angular alignment and modular coupling of cylinders in field and industrial applications, supporting fast integration across diverse platforms.

Radio Frequency Ignition System Enables Reliable, Multipoint Artillery Charge Initiation

Delivers robust, simultaneous ignition of artillery propellant charges, overcoming failures of traditional single-point primers for improved safety and ballistic consistency.

Advanced Interior Patterning System Enables Fast, Target-Optimized Fragmentation for Artillery Warheads

Warhead manufacturing method for customized intricate and precise fragmentation patterns for optimized ballistic effects. 

Spin-Stabilized Untethered HEMI Projectile with Base Flange for Enhanced Accuracy and Range

This patented untethered HEMI projectile solves instability and accuracy limitations in non-lethal 40 mm rounds, enabling effective, precise incapacitation at extended ranges for law enforcement and military applications.

Medium Caliber Kinetic Energy Round with Integrated Tracer and Self-Destruct Mechanism

Ammunition that provides deep target penetration before detonation and reliably self-destructs if no engagement occurs

Suppressed Muzzle Brake Reduces Recoil and Muzzle Climb While Minimizing Shooter Blast Overpressure

This suppressed muzzle brake combines a multi-baffle suppressor, brake baffle, and top/side vents to reduce recoil, muzzle climb, and harmful blast overpressure, enabling safer, more accurate automatic weapon use

Helically Fluted M4A1 Barrel Enhances Heat Dissipation and Lowers Weight

Barrel technology that uses multi-start, variable-pitch helical openings to boost M4A1 barrel heat resilience and cut weight, enabling higher sustained firing rates without loss of accuracy

Piecewise Helical Barrel Fluting Increased Stiffness and Accuracy with Simplified Manufacturing

A barrel using a single groove with alternating right- and left-handed helical segments, delivering multi-start fluting stiffness and accuracy with the simplicity of single-start manufacturing

Weapon-Mounted Turbine System Converts Firing Gas to Electric Power for Onboard Device Support

Capture of weapon firing gases to generate electricity, reducing battery weight and extending operational time for remote and soldier-carried weapon systems.

Solid-State Colorimetric Kit Rapidly Detects Chlorates and Peroxides with Safe, Portable Packaging

This kit delivers fast, reliable detection of chlorates and hydrogen peroxide in explosives using a safe, portable solid-state colorimetric system for field or forensic use.

Laser-Driven Primer Assembly Enhances Munition Safety, Reliability, and EMP/ESD Immunity

Replaces chemical primers with an integrated optical (laser) ignition source, solving accidental ignition and electromagnetic sensitivity in munitions for safer, more reliable operation across military and industrial markets.

Segmented Off-On Warhead Design Enhances Safety, Lethality, and Field Adaptability for Munitions

Balances munitions safety with effectiveness - enables warheads to remain inert during handling and transport and rapid activation for full lethality when needed.

Collet Chamber Design for Small, High-Capacity Hypervelocity Firearms

Collet chamber design reduces the force needed to extract spent cartridge cases from weapons, enabling increased firing pressure and solving a key problem for next-generation hypervelocity firearms.

Radially Deploying Artillery Projectile Creates Controlled Man-Sized Openings in Concrete Barriers

Projectile design reliably breaches reinforced concrete walls by deploying hardened spikes in a controlled radial pattern, enabling rapid, man-sized entry points for military operations.

Tactile Magazine Indicator System Enables Instant, Eyes-Free Ammunition Checks in All Conditions

This magazine retrofit system solves the problem of unreliable visual ammo checks, enabling shooters to instantly assess remaining rounds by touch, even in darkness, with gloves, or when vision is impaired.

Cast Polymer Composite Projectile Reduces Cost and Minimizes Collateral Damage

Projectile design addresses rising costs, environmental concerns, and integration limits in small arms ammunition by replacing conventional metal bullets with cast polymer composites.

Improved Obturating Ring for Large Caliber Discarding Sabot Munitions

Obturator design improves munition reliability by enabling consistent, controlled discard from projectiles at muzzle exit, achieving uniform performance across varying conditions in advanced ammunition systems.

Modular Autonomous Vehicle System With Magnetic Customizable Field Reconfiguration

This modular autonomous vehicle system includes command and control, propulsion, communications and more while rapid field configuration and efficient transport for undersea, air, or surface missions. 

Reverse-Ephemeris Positioning System Enables GPS-Independent, Anti-Jam Navigation and Timing

Provides robust, GPS-independent position, attitude, and time solutions for platforms using radar or lidar, ensuring navigation and timing in environments vulnerable to GPS denial, spoofing, or jamming.

Bulk Anisotropic Exchange-Spring Magnets Deliver High Performance with Minimal Rare Earth Content

Nanocomposite magnet technology slashes rare earth content while maintaining strong magnetic properties, addressing cost, supply chain, and sustainability challenges for motors, generators, actuators, and electronics.

MIT Lincoln Laboratory

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MITRE National Security Engineering Center (NSEC)

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Aerospace Corp

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MITRE National Security Engineering Center (NSEC) Microelectronics Technologies

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