These are just a few of the thousands of new technologies developed at Georgia Tech that are available for commercial use. To see others, search our database of available technologies or sign up to be alerted when new technologies become available.

For Use In:
- Health care diagnostics and therapeutics
- Life sciences research
- Cell manufacturing
- Biotechnology
- Environmental monitoring
- Particle characterization

For Use In:
- Ambient noise monitoring
- Noise pollution (e.g., airports, construction sites, concert venues, mining)
- Workplace safety (e.g., noises exceeding safe sound thresholds for humans)
- Environmental monitoring (e.g., landslides, avalanches, polar ice movement)
- Military situation awareness (e.g., monitoring movement of tanks, troops, exploding ordnance)
- Smart home... Click to view more applications

For Use In:
These materials have the potential to open an avenue to design composites that fulfill both structural and multi-physics and multi-scale performance demands in such a way that they can be made flightworthy, seaworthy, and suitable for high-temperature applications.
- Structural support
- Reflector-based antenna systems
- Cassegrain antenna systems
- Electromagnetic response... Click to view more applications

For Use In:
- Optical-fiber communications systems
- Medical imaging
- Thermal imaging
- Environmental monitoring
- Defense technology
- Nano-robotics

For Use In:
- Domestic wastewater treatment
- Environmental agriculture

For Use In:
- Harvesting lithium from seawater
- Industrial-scale electrochemical mining systems

For Use In:
- Environmental monitoring
- Conservation research
- Precision agriculture
- Autonomous sensing/monitoring equipment

For Use In:
- Hearing aids
- Audiology research

For Use In:
Any biological device with a soft, wet surface that may be at risk of accumulating pollutants may benefit from this technology, including:
- Contact lenses
- Prosthetics
- Implants