LIBERTY EW

Bring adaptive, closed-loop realism to cognitive EW validation.

 

LIBERTY EW applies LIBERTY’s real-time RF data acquisition engine to multi-channel capture, analysis, replay, and closed-loop processing for mission-realistic electromagnetic warfare validation. Capture complete multi-channel events, preserve phase relationships, and replay scenarios as mission requirements change.

 

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Sub-10 µs

Loop latency

Multi-emitter

Replay

10kHz - 40GHz

Frequency range

AI-ready

Integration
THE VALIDATION CHALLENGE

Cognitive EW validation depends on a responsive RF environment.

Open-loop playback can repeat a predefined stimulus. Cognitive and adaptive systems require a test environment that can capture the device-under-test response, process it, and adapt the next RF event within a controlled, repeatable workflow.

LIBERTY EW helps engineering teams coordinate capture, analysis, replay, and closed-loop processing across complex multi-channel scenarios.
capture-brief-rf-events
Capture brief RF events

Communicates detection and close examination of transient signals.

preserve-phase-relationships
Preserve timing and phase 

Represents synchronized RF waveforms and phase-sensitive measurements.

reproduce-complex-rf-environments
Reproduce complex environments

Suggests multi-emitter scenarios and complex electromagnetic environments.

scale-mission-requirements
Scale mission requirements

Scale your capabilities with an expanding multi-channel architecture.

THE LIBERTY EW APPROACH

Capture, process, and replay responsive RF environments.

LIBERTY EW brings a real-time RF data acquisition engine, software-defined FPGA processing, phase-coherent multi-channel record and replay, and real-time spectrum analysis into a coordinated test architecture.

Build repeatable workflows around the requirements that matter to the mission: channel count, timing, bandwidth, acquisition continuity, response latency, and scenario fidelity.
Untitled design (9)
CAPABILITIES

LIBERTY EW
Specification Value

Core Architecture

Software-defined, FPGA-based platform built around a real-time RF data acquisition engine

Supported Workflows

Multi-channel capture, analysis, replay, real-time spectrum analysis, and closed=loop processing

Channel Scalability

1, 2, 4, 8, 16, or more channels

Frequency Range

10 kHz to 40 GHz

Inter-Channel Coherence

Sub-10 µs

Real-Time Spectrum Analysis

1 GHz IBW, 128 ns T_min

Configurable EW Personas

Multi-channel capture, analysis, replay, real-time spectrum analysis, and closed=loop processing
 
READY TO MODERNIZE YOUR TEST INFRASTRUCTURE?

The electromagnetic battlespace doesn't wait. Your test infrastructure shouldn't either.

 

Schedule a demo with our engineering team and see LIBERTY in your operational context.

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