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Commercialization Opportunities

Expertise

New breakthrough technologies every year

Our work at PARC delivers a great number of new breakthrough technologies every year. Many of these are available for license and commercialization through our Commercialization program, which gives businesses and organizations the opportunity to use developed ideas and innovations to solve their technological challenges, transforming and recreating their industries in the process.

Our world-class researchers have a rich legacy of creative scientific exploration, continually developing new technologies across our six Focus Areas. Below are a few examples of PARC technologies available for Commercialization Opportunities today.

At PARC, we are always open to working with commercial or government partners interested in using our novel technologies for new applications or products. Companies and organizations interested in commercializing one of PARC’s technologies can contact PARC directly with any questions or inquiries.

Current commercialization opportunities

Wavelength Shift Detector

Many optical sensors rely on a shift of wavelength as the response to a stimulus. The challenge is that the ...

Fittle

Many health conditions are caused by unhealthy lifestyles and can be improved by behavior change. Traditional behavior-change methods, like weight ...

Hyperspectral Imaging Technology

Hyperspectral imaging (HSI) refers to the ability to acquire a full optical spectrum at each point in an image. Whereas ...

Filament Extension Atomizer

PARC has developed the Filament Extension Atomizer (FEA) to address problems arising from difficult-to-spray materials. Conventional spray methods work well ...

Hand-Held Flow Cytometer

Flow cytometry is a method commonly used in clinical and research settings to examine the characteristics of biological cells. The ...

HiperGraph

The rise of sensors and computational power has led to the collection and storage of big data sets with multi-dimensional, ...

Makesim

Using additive manufacturing to produce complex shapes that are otherwise hard to fabricate has led to the misconception that any ...

Self-Cooling Paint

The cooling of living and working spaces requires a lot of energy – building cooling in the US alone accounts ...

Fiber Optic Sensing Systems

Many critical fielded assets are in need of embedded sensing systems for direct high-resolution, real-time monitoring of their health and ...

Printed Gas Sensing

Timely and accurate monitoring of gases is critical for many safety, infrastructure, health, maintenance and environmental applications. Technologies currently on ...

Dialog Systems

Advances in speech recognition, natural language understanding, and speech synthesis are enabling technologies for building useful conversational agents. Users of ...

FIELDS

FIELDS is a truly transformative approach to computer aided design, manufacturing, and engineering where the computer now serves as a ...

CoExtrusion

CoExtrusion (or CoEx) is a PARC technology for creating structured fluid coatings. At the heart of this technology is a ...

IIoT System Analytics

Reliable Sensors, Accurate Models, Applied Anywhere As systems become more complex, technology suites that allow for reliable, predictive condition-based maintenance ...

Ultraviolet and Visible Semiconductor Lasers

Since the invention of the laser in 1958, these sophisticated devices have continued to revolutionize our lives. In the process, ...

Micro Assembler Printer

Conventional micro-electronic manufacturing technologies rely largely on batch-processing to mass produce systems in a cost-effective manner. This approach does not ...