Intelligence
inside the material.
We really did find a puzzle piece to paradise. Intelligent Material can become part of countless systems designed to extend life, improve security, make transportation safer and smarter, protect the environment, and connect the physical world with useful information.
One platform. Many physical systems.
Most of these applications grow from the Intelligent Material crystal platform. Spectroscopy is deliberately different: it is a separate mid-infrared molecular-sensing platform developed with SRI and Princeton University.
Authentication
Invisible material identities for currency, fibers, documents, brands and supply chains.
Medical
One materials platform spanning therapy, diagnostics and imaging.
Defense
Authentication, parts marking, covert identification, sensing and traceability across materials, munitions and systems.
Transportation
Machine-readable roadways for positioning, bus alignment, GPS calibration and pedestrian guidance.
Spectroscopy
A separate mid-infrared platform using QCL / ICL lasers and infrared detectors to identify molecular absorption signatures.
Quantum & Optical
Custom crystal systems for optical computing, storage, quantum interfaces, interferometers, resonators and photonic devices.
Energy
Three distinct energy applications built around converting light, driving chemistry, and reading what happens underground.
Agriculture
Diagnose plant disease, measure fields and emissions, and engineer films and optical systems that manage light, water and crop information.
Telecom & Fiber
Connector intelligence, physical-layer security, component identity, monitoring and future wavelength-management materials for fiber networks.
Education Applications
Science kits, museum exhibits, STEM outreach and custom learning systems built around real crystals, light and measurement tools.
Toys & Interactive Play
Trackless cars, passive-material laser tag and interactive trading cards built around optical information encoded directly into the product.
Lighting
Wavelength conversion, spectral engineering, IR/NIR illumination, deep curing, therapeutic light and responsive optical surfaces.
Displays
Two complementary display programs: true volumetric emissive media and Intelligent Material layers for color conversion, contrast, waveguides, MicroLED, OLED, projection and AR/VR.
Dentistry
Deep-curing materials, localized photochemistry, optical diagnostics and smarter restorative systems.
Cosmetics & Dermatology
Optical skin analysis, NIR-triggered local light conversion, spectrally tuned beauty devices, smart mirrors, films and light-activated formulations.
Environmental Monitoring
Mid-infrared molecular sensing for greenhouse gases, industrial emissions, air quality, water processes and distributed field monitoring.
Where could Intelligent Material fit into your system?
Choose an application above, or tell us the physical problem you are trying to solve.
Discuss an application