The following is a small sampling of representative projects that demonstrates the breadth of our experience and the nature of our customer base. We have the expertise and experience to support you, too.

Defense Programs

NATO E-3 Airborne Warning and Control System (AWACS)

Airborne NATO AWACS systems use InterMAPhics for real-time operator displays. InterMAPhics is currently being configured with the next generation of electronics to fly in NATO E-3 surveillance aircraft.

Arrow Weapon System Battle Management Center

InterMAPhics manages the operational display for the fully functional Arrow Weapon System Battle Management Center built by TADIRAN Electronic Systems Ltd., Israel. This sophisticated system processes data from sensors and external sources and optimizes interceptions in real time. It has full simulation and training capabilities as well as recording and playback for comprehensive post-mission debriefing.

Thales Raytheon Sentry®

This command and control solution developed by Thales Raytheon of Fullerton, California uses international data link standards for interoperability with all airborne, land-based, and naval systems and sensors. Its open system architecture enables simple integration with other modern weapon systems, while its network-centric architecture ensures the ability to evolve in future.

TPS CaMD Displays

This family of multi-mission, 3D, solid-state radars provides primary and secondary surveillance, automatic aircraft tracking and aircraft control, and simultaneous ballistic missile surveillance.

USMC CAC2S

The USMC CAC2S encompasses Marine Air Command and Control System (MACCS) missions and functions, providing consolidated, downsized and automated capability to effectively integrate Marine aviation into joint and combined air-ground operations. It provides aviation planning, control and execution functions in an environment designed to enhance efficiency and mission accomplishment.

Navy Aegis Baseline 7.1R

Developed by Lockheed Martin, this solution integrates area ballistic missile defense with anti-air warfare and the most advanced Commercial Off-The-Shelf computer technology—plus the Navy's most advanced phased array radar AN/SPY-1D(V).

USMC EMPRO

This system developed by Sensis of Syracuse, NY allows operators to analytically determine optimum radar configuration and location. It predicts radar performance based on potential threats (theater ballistic missiles, cruise missiles, aircraft), environment (weather, atmosphere, terrain and clutter) and radar operating configuration (including degraded radar performance).