Secure Origins: Secure Origins uses a technology called ISAs to deliver end-to-end visibility of all vital logistics and supply chains for North America. Uniquely integrating tracking systems with revolutionary software that thrives with a minimum of human intervention, SecureOrigins provides excellent multimodal security while it enhances and expedites trade via sea, rail and ground. 2

Mayan Pigments: 1000 years ago the ancient Maya people developed a remarkable blue pigment known today as maya blue. This pigment was used to create beautiful murals and pottery that survive throughout Mexico and Central America. A line of novel colors trade name Mayacrom are available from Mayan Pigments, Inc. Based on the revolutionary patented technology and inspired by the Maya's rich history. The pigments are inorganic/organic hybrid nano-complexes that are remarkably stable and have high color strength. They are unusual as they exhibit properties intermediate between inorganic and organic pigments, making them suitable for a wide variety of applications.

TXL Group: TXL Group, Inc. is a Texas Corporation directed at the research, development and production of the next generation of thermoelectric (TE) devices. Located in El Paso, Texas, the Company has developed a proprietary approach for the construction of TE elements that exhibit an enhanced conversion of thermal energy into electrical energy. This allows a flexible configuration of TE devices that minimizes the irreversible heating effects that represent the majority of losses in conventional thermoelectric systems.

Lumedyne Technologies: Lumedyne Technologies specializes in cutting-edge ultra-sensitive displacement sensors for use in a variety of applications. These applications include accelerometers, gyroscopes, pressure sensors, temperature sensors, and magnetometers. Typically, the performance (i.e. sensitivity, stability, etc.) of a MEMS based sensor is reduced as the size of the sensor is decreased due to physical scaling laws. Lumedyne has solved this trade-off using a revolutionary electro-optical displacement sensing technique that allows for the small size and weight of a MEMS sized sensor but affords the resolution and stability of a traditional macro-scale system.