DESCRIPTION: Night vision goggles and other devices based on image intensifier tubes have been around for decades [1]. While the resolution and contrast of these NVG has improved, progress has been very slow to decrease their weight and size while increasing the field of view (FOV). The awkward, intrusive and cumbersome procedures for mounting, removal and/or holding these devices for the soldier can impair their ability to perform basic tasks and operations. Frequent usage of current NVGs increases the risk for short-term and long-term neck injuries, due to weight and form factor. Additionally, since these are analog devices, there are no provisions for sharing information for increased situational awareness (SA) with others in the squad or command centers.

Furthermore, the proliferation and commoditization of night vision technology has eroded the tactical advantage of night operations enjoyed by the U.S. military. By moving next generation night vision into more infrared bands, and across bands, next generation night vision technologies can help provide U.S. military forces a renewed advantage.

Wearable computing technology is quickly advancing, being driven by progress in consumer electronics. An ideal vision for future soldier-relevant night and all-condition vision display technology would harness this revolution, packaging advanced night vision imaging technology in and around light, compact wearable heads-up displays (HUDs).