Accelerating Aerospace and Defense Test with Software-Defined Instrumentation
Date: Thursday, November 13, 2025
Time: 2:00 PM (GMT-05:00) Eastern Time - New York
Duration: 60 minutes
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Modern aerospace and defense missions demand test and measurement tools that can keep up with evolving requirements. Traditional fixed-function instruments often limit flexibility, extend development timelines, and struggle to adapt across lab, field, and flight environments.
Moku:Delta, engineered from the ground up for aerospace and defense applications, combines FPGA-accelerated reconfigurability with a suite of precision instruments in one compact platform—dramatically simplifying setups and enabling agile, software-driven workflows.
In this webcast, you’ll learn how a software-defined approach can:
Accelerate test and validation for complex systems such as electronic warfare components
Enable multi-instrument experiments that combine waveform generation, oscilloscopes, and bidirectional streaming for system-level testing
Allow rapid creation and deployment of custom instruments without complex design stacks
Seamlessly transition between development, test, and operational environments without hardware changes
Through live demonstrations and real-world use cases, you’ll see how Moku:Delta helps reduce size, weight, power, and cost while accelerating innovation and maintaining mission readiness.
Attend live for a chance to win a Moku:Go!
Brian Neff
Aerospace and Defense Technical Engineer
Liquid Instruments
Brian Neff is a dedicated leader and educator with a distinguished career in flight test, uncrewed systems, and higher education. He currently serves as an Aerospace and Defense Technical Engineer for Liquid Instruments. In this capacity, he develops product requirements, use-cases and solutions for test and measurement challenges in the Aerospace and Defense sectors. A former commander and test leader in the U.S. Air Force, Brian has directed multimillion-dollar research and test portfolios in GPS, electromagnetic warfare, and autonomous systems. He is a recognized expert in counter-drone operations and robotics, with a Ph.D. in Electrical Engineering from the Air Force Institute of Technology. His career is marked by national recognition for both technical excellence and educational impact.
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