We have developed virtual and augmented reality applications for various industries using Unity and a variety of headsets. One healthcare project utilized the HTC Vive Pro Eye to remotely monitor a patient's eye response to various stimuli in a virtual setting. A maritime project utilized the Microsoft HoloLens in a mixed reality environment to prototype vessel operations within a newly designed bridge.

The one commonality between all of our projects includes data manipulation, visualization and persistence. We have developed nursing and pharmacy inventory control and dispensing workflow solutions, applications to capture and analyze real-time eye and environment data, and mobile and desktop solutions for tracking assets using active and passive RFID technologies.

Our machine control projects include control systems for industrial automation using programmable logic controllers (PLCs) and embedded firmware development on a variety of microprocessors. A recent medical device project included C/C++ development targeting ARM Cortex M4 processors.

We are working on many projects utilizing both passive and active RFID technologies to track high-cost assets. Some indoor tracking projects use fixed readers while others involve mobile devices to locate equipment. Outside, we have leveraged many devices to track vehicle geolocation by GPS, along with what has been loaded and unloaded using both active Bluetooth readers and passive readers.