Core Technology
Our competitive advantage is secured by a blocking portfolio of three foundational, patent-pending technologies that redefine spectrum operations in contested environments. Below is a high-level overview of each core innovation.
01. Asymmetric Electronic Effects
System and Method for Asymmetric Electronic Effects Using Deterministic, Pre-Coordinated Waveform Sequences
The Problem: Conventional electronic attacks create electronic fratricide, degrading friendly communications and creating predictable patterns that adversaries can exploit and mitigate.
Our Solution: We employ a shared, deterministic sequence of control parameters generated pre-mission and distributed to friendly assets. The transmitting device (effector) emits signals based on the sequence, while friendly receiving devices use synchronized knowledge of that same sequence to predictively filter and remove interference from their own reception. Adversaries lacking the sequence experience the emissions as disruptive effects.
- Core Feature: Deterministic Sequence Generation defines all parameters in advance.
- Key Advantage: Eliminates the need for a continuous, vulnerable C2 data link during operations.
- Advanced Capability: An adaptive module can respond to adversary countermeasures with emissions independent of the primary sequence.
02. Coordinated Multi-Layered Effects
System and Method for Coordinated, Multi-Layered Electronic Effects
The Problem: Electronic assets in different domains (space, air, ground) typically operate under independent command structures, resulting in limited coordination and reduced effectiveness against complex targets.
Our Solution: We provide a system-of-systems architecture where a central command segment generates synchronous instruction packages for heterogeneous platforms. These packages define target info, effect parameters, and a common execution time, securely distributed to all participating assets. Each platform then executes its assigned effect at the designated time, enabling complementary or reinforcing effects across domains.
- Core Feature: Centralized planning and synchronized execution architecture.
- Key Advantage: Enables reinforcing effects from disparate platforms without requiring identical hardware.
- Synergy: Can incorporate deterministic sequences to reduce mutual interference between friendly assets.
03. Man-Portable Pulsed Power
Man-Portable Apparatus and Method for Multi-Waveform Electronic Effect Generation
The Problem: Man-portable EW systems are severely constrained by size, weight, power, and thermal load (SWaP-T). Conventional continuous-output systems require large energy sources and active cooling.
Our Solution: Our architecture decouples peak output power from continuous power draw. A primary source (battery) charges an intermediate, high-speed energy storage module (e.g., supercapacitors). This module is then discharged in controlled, non-continuous, high-power pulses. This "Radar Physics" approach achieves immense peak power for effects while maintaining a low average thermal load.
- Core Feature: Intermediate energy storage and pulsed discharge architecture.
- Key Advantage: Enables high-power effects in a passively cooled, man-portable form factor.
- Advanced Design: The enclosure acts as a structural component and a passive heat sink (monocoque design).