Zedsen specializes in research, design and development of hardware, software, firmware, electronics, test and simulation. Its industry sectors covered are medical assessment and diagnostics, security and anti-terrorism, but the scope in the future extends across many more commercial areas. Zedsen creates low powered 3D sensors that can identify materials non-invasively. This includes examples such as glucose through the skin, breast tissue anomalies such as malignant tumours and as diverse as explosives hidden in the soles of shoes. All zedsen sensors are harmless and inexpensive to manufacture.

Hap2U designs patented technology to enhance experiences in the digital world by integrating the sense of touch in tactile devices.

Senseg is the leader in next-generation haptic technology that delivers tactile sensations to the touchscreen user's fingertips. Founded in 2006, Senseg adds tactile effects to touch interfaces with a completely solid state solution -- turning touchscreens into "feelscreens." The company's patented technology will be integrated into a new generation of touch interface devices. Headquartered in Espoo, Finland, Senseg maintains offices in the U.S., Japan, and China.

STMicroelectronics is in the business of developing and delivering semiconductor solutions across the spectrum of microelectronics applications. A combination of silicon and system expertise, manufacturing strength, Intellectual Property (IP) portfolio and strategic partners positions the Company at the forefront of System-on-Chip (SoC) technology and its products play a key role in enabling today's convergence markets.

Cambridge Touch Technologies (CTT) offers 3D Multi-Touch technologies to the consumer electronics, automotive, industrial and military markets. CTT supports its OEM and supply chain customers with IP, know-how, analog and digital technologies, and advanced system architectures.

HaptX specializes in advanced haptic technology. HaptX is a haptic textile that simulates lifelike touch, allowing users to feel the physical properties of virtual objects. HaptX can bring the sense of touch to any surface. The lightweight, flexible material can be applied to wearables and other form factors. HaptX technology has broad enterprise uses in location-based entertainment, training and simulation, and design and manufacturing.