nVision Technology Inc.

When engaging targets at long distance, time matters: enemies may only be visible for a few seconds at a time and snipers need the ability to deliver accurate, lethal fire in those fleeting seconds. T ...

nVision proposes to implement ATAK-compatible wind measurement capability that utilizes small quadcopter UAS telemetry data to determine wind speed and direction at height, which is then shareable wi ...

The primary objective is to is to develop a collaborative fire control decision aid – referred to as Centralized Fire Control Software (CFCS) - that will aggregate the data from end-users to a ser ...

One of the chief challenges on the battlefield is maintaining situational awareness across a number of Soldiers that are engaged in combat with enemy combatants across large areas, which has led to th ...

nVision proposes that advances in ballistic computers, directional and positioning sensors, and image recognition algorithms bring a tremendous opportunity to reduce the errors in the mortar firing pr ...

nVision proposes to integrate the Applied Ballistics software suite developed for the commercial market into plugins that will operate in WinTAK and ATAK. The ATAK plugin will have a few specific feat ...

nVision proposes to develop an ATAK plug-in and smartphone app package that aggregates the current capabilities of individual users and uses those data to compute a probability of hit on a designated ...

nVision Technology, Inc. proposes to develop a system that mounts to the mortar system and brings the same level of performance and ease of use to fire control for 60mm, 81mm, and 120mm mortar systems ...

The Phase II prototype will utilize the active wind measurement technique investigated and proven in the Phase I effort that uses information regarding the signal intensity and phase information of th ...

Based upon nVision Technology employee's experience developing the DARPA One Shot system and the VALR wind measurement system through another DoD customer, nVision Technology proposes using scint ...