Engineers and professionals in aerospace and defense can join a free webinar on November 13, 2025, to explore how software-defined tools like Moku:Delta from Liquid Instruments speed up testing and innovation. This online event, set for 2 p.m. Eastern time, shows ways to use flexible hardware for complex missions, with a chance to win a device.
Event Highlights and Key Topics
The webinar focuses on real-world challenges in aerospace and defense testing. Experts will explain how traditional tools often fall short in fast-changing environments, while software-defined options offer quick adaptations.
Presenters plan to cover practical examples, such as testing electronic warfare systems. They will show how to combine tools like waveform generators and oscilloscopes in one setup for efficient workflows.
This session ties into recent trends, where demand for adaptable tech has grown with advances in autonomous systems and directed energy research. In 2025, companies have pushed for tools that handle high-speed data and mixed-signal tests without bulky equipment.
Inside Moku:Delta’s Features
Moku:Delta stands out as a compact device that packs over 15 instruments into one FPGA-powered platform. It launched earlier in 2025 with features like 2 GHz bandwidth and ultra-low noise for precise measurements.
Users can reconfigure it on the fly, which cuts down on hardware needs during lab, field, or flight operations. This flexibility helps teams validate designs faster, reducing project timelines by weeks or months.
A big update this year includes generative AI, letting engineers create custom instruments through natural language prompts. This innovation, announced in June 2025, marks a shift toward smarter, agentic systems in test and measurement.
The platform supports bidirectional data streaming, ideal for system-level experiments in defense applications.
Here are some core benefits:
- High adaptability for evolving mission needs
- Reduced costs by replacing multiple fixed devices
- Seamless integration with existing workflows
- Enhanced performance in noisy environments
Benefits for Aerospace and Defense Pros
In aerospace and defense, missions often involve harsh conditions and tight deadlines. Software-defined instrumentation like Moku:Delta helps by allowing quick switches between testing phases without new hardware.
For instance, it aids in free-space optical communications and counter-drone operations, areas seeing rapid growth in 2025. Engineers report faster prototyping, which is crucial amid rising global investments in defense tech, projected to hit $2.5 trillion by year’s end.
This approach also boosts collaboration. Teams can share configurations easily, leading to better outcomes in projects like uncrewed aerial vehicles.
A recent industry report notes that flexible tools have cut testing errors by up to 30 percent in similar setups. This reliability matters in high-stakes fields where precision saves lives and resources.
| Feature | Traditional Instruments | Moku:Delta |
|---|---|---|
| Flexibility | Fixed functions, hard to adapt | Reconfigurable via software |
| Bandwidth | Often limited to 1 GHz or less | Up to 2 GHz for high-speed tests |
| Instrument Count | One per device | Over 15 in one compact unit |
| AI Integration | Rare or none | Generative AI for custom setups |
| Cost Efficiency | High due to multiple purchases | Lower with all-in-one design |
Meet the Expert Presenter
Brian Neff leads the webinar with his deep background in the field. As a technical engineer at Liquid Instruments, he draws from years in flight testing and uncrewed systems.
Neff served in the U.S. Air Force, commanding research on GPS and electromagnetic warfare. His Ph.D. in electrical engineering adds weight to his insights on modern challenges.
He has earned awards for work in robotics and counter-drone tech, making him a trusted voice on how tools like Moku:Delta fit into defense strategies.
Attendees can ask questions live, gaining tips from his experience in multimillion-dollar projects.
Why Attend and Next Steps
This webinar comes at a time when aerospace and defense sectors face pressure to innovate amid budget constraints and tech advancements. It offers practical knowledge to tackle these issues head-on.
Participants get a shot at winning a Moku:Go device, plus access to recordings for later review. The event runs for about an hour, fitting busy schedules.
With software-defined tech evolving fast, as seen in 2025’s AI-driven launches, this session provides timely value for staying ahead.
Share your thoughts on software-defined testing in the comments below, and spread the word to colleagues who might benefit from joining.
