APPLIED SIGNAL TECHNOLOGY, INC. - UTAH OPERATIONS

AST is a nationally recognized leader in secure broadband communication systems, primarily for government markets. We design, develop, and integrate high-capacity communication systems for resource-constrained environments. Our sophisticated solutions enable private networks to operate at the highest communication rates while simultaneously monitoring and scanning all channels to recognize anomalous conditions and events. We also provide bandwidth compression technology to maximize performance for satellite communications.

.Many of our products and systems use our open advanced selection architecture that incorporates custom and commercially available hardware and software in configurations capable of being readily deployed, adapted, or upgraded. This reconfigurable design methodology allows our products and systems to respond to challenging requirements presented by quick-reaction mission profiles. The benefits include shorter implementation schedules, flexibility, improved interoperability with other systems, and reduced system upgrade costs to our customers.

Broadband Communication Solutions:

Leading-Edge, High-Capacity Communications Equipment and Systems

– Demodulation, demultiplexing, switching, and signal

interface equipment

– Survey, collection, and store-and-forward processing

equipment

– Integrated systems, including management and data

analysis tools

– Bandwidth compression processing.

Complete Broadband Communication Solutions for the Most Demanding ISR Missions

– Scan thousands of signals in less than one second, evaluate their

characteristics, and use sophisticated processing

technology to detect and record relevant data

– Process a wide range of formats and protocols

– Survey networks for signal structure and infrastructure control data

– Generate and analyze metadata

– Autonomously adapt to network changes to optimize

collection results.

Advanced Selection Architecture Framework for Meeting New Mission Profiles with Ease

– Custom and commercially available hardware and software in

configurations capable of being readily deployed, adapted, or upgraded without significant redesign efforts

– Can be applied to large-scale, multi-rack systems to low SWAP

portable systems

– Shorter development and implementation schedules

– Improved interoperability with other systems

– Reduced system upgrade costs.