Applied Computational Technologies, LLC – a software development company whose core technology is a patent-pending particle transport simulation technology being developed as a high-performance radiation treatment planning tool for cancer therapy.

Autologous Plastics  –  a project to assess the market opportunity and regulatory requirements for the manufacture of implantable bioresorbable plastics from a patient’s own donated blood.  These technologies were developed  through a collaboration between Carnegie Mellon University and an Allegheny General Hospital neurosurgeon.

Bossa Nova – a project at Carnegie Mellon University to assess the market opportunity and create a prototype for a bipedal robot toy for the interactive toy and game industry using compact, agile robotics technologies developed at CMU’s Robotics Institute and Entertainment Technology Center.

Cohera Medical Inc. (IW Portfolio Company) – this company has developed a tissue adhesive that represents a dramatic breakthrough in both critical and surgical care.

Concurrent Design Automation - a project utilizing technology from the University of Pittsburgh to assess the market for a set of design automation tools to provide quantitative analysis and rapid design of FPGA and ASIC using only C software.

Image and Data Segmentation – a project to analyze the market and develop a prototype for a platform technology developed at Carnegie Mellon University that provides higher quality and faster results in identifying, analyzing, tracking and manipulating discrete objects within an image.

NanoLambda (IW Portfolio Company) is a University of Pittsburgh spin-off commercializing an advanced sensor technology.  The Spectrum Sensor^TM chip utilizes novel plasmonics technology to, for the first time, produce a nano scale spectrum analyzer on an integrated circuit at a fraction of the size and cost of current bench-top systems.  This patented technology enables mobile/wearable health monitors such as non-invasive hemoglobin/bilirubin/glucose monitors and mobile/wearable devices that can detect multiple toxic gases/hazardous materials for security and safety. High resolution color sensing for display and printer products is also one of the early potential applications

Sonic Flashlight – a project for technology evaluation and business case development for medical ultrasound technology developed at the University of Pittsburgh that enables an image to be viewed directly on a scanned body area for greater accuracy and efficiency.

Spectrophotometer/Imager Project - a project at Duquesne University to assess the market and develop a prototype spectrophotometer/imager offering significantly greater speed and sensitivity than current technologies for use in pharmaceutical process control applications.

Sustainable Systems, Inc. – a project at Robert Morris University to prove out the commercial viability and advantages of a vertical axis windmill design potentially applicable to both large and small windmill farms.

ZetaSpin – a project to evaluate the commercialization potential and create a prototype for a technology developed at Carnegie Mellon University that provides superior accuracy in the measurement of the zeta potential of sample materials.