The EHF satellite communications environment is one of the most complex communications systems in use today. The predominant computer-controlled EHF satellite types (FEP, UFO-E, UFO-EE, and MILSTAR) have many unique operational characteristics. The unique characteristics and limitations of the variety of different software families (E12, G05, and J62/70) in use in EHF terminals on ship and shore sites around the world also present a challenge. As if that wasn't enough, the varieties of tactical and strategic EHF circuits (voice, Tomahawk MDU, MDR ADNS, etc.) have their own unique operational characteristic. Units outside of deployment generally find it difficult and inconvenient, if not impossible, to get satellite resources to support routine EHF training. In addition, government-sponsored EHF training teams are hard-pressed (personnel-wise and financially) to travel to the many worldwide EHF installations to provide periodic EHF refresh training support. On the other hand, operational EHF circuits are usually in use 24-hours a day/7 days a week, so system operator personnel usually do not have the opportunity to practice and maintain their understanding of the various EHF environments and circuits. Whether you provide daily EHF operations, training, or support OR provided periodic operations, training and/or support, your challenge is to maintain and improve your EHF skill level - as well as that of your team.

Whether it's an MDR Tomahawk Missile MDU transfer point-point call circuit, an ADNS Dual-Simplex network, a High Speed Teletype network, a Tactical Voice coordination network, or a Video Teleconference circuit, NESPWare's objective is simple: To faithfully simulate the configuration and setup of a circuit from the EHF terminal's and satellite's perspective. NESPWare "knows" the proper configuration and setup procedures of these circuits, and more, and supports them in accordance with current EHF operational practices and guidelines! With NESPWare, you can practice moving LDR and MDR SPOT beams, as well as establish, modify, and tear-down communications services - the way it's done in real life. You can learn without impacting real-world users or using precious/rare satellite resources.