EMSO / EW Configurator
Define your mission domain and operational profile. Compatible SDR platforms, antennas, SIGINT software, and enclosures are matched automatically.
How many of this configured system do you need?
// STEP 00 : SELECT MISSION DOMAIN (Start Here)
Choose the primary operational domain for your system. This determines the available mission subtypes, hardware options, and deployment configurations throughout the wizard.
Select a mission domain above to see details about available capabilities and system configurations.
What is it: Choose between Electromagnetic Spectrum Operations (EMSO) or Electronic Warfare (EW).
Why do I need it: This establishes your high-level system framework. EMSO focuses on passive monitoring, deconfliction, and spectrum management, while EW involves active signals intelligence (SIGINT), direction finding, and electronic countermeasures.
// STEP 02 : SELECT YOUR FREQUENCY BAND (Essential)
Select the frequency band(s) you operate in. Compatible hardware, sensors, and support options will be suggested. Incompatible options will be grayed out.
What is it: Select the frequency bands (2.4 GHz, 5.8 GHz, NATO, GNSS, or Broadband) your system will operate in.
Why do I need it: Frequencies dictate which SDR transceivers and antennas are compatible, ensuring your system physically operates on the required spectrum.
Select frequency bands above to see educational context.
// STEP 03 : SELECT MISSION SUB-TYPE
Choose your specific mission focus. You can select multiple sub-type options to combine mission targets. Mission sub-types are independent of the selected frequency range and will filter compatible preset bundles.
EMSO — Select a mission focus below:
What is it: Select your specific mission focus (e.g. SIGINT, Direction Finding, Countermeasures, or Spectrum Monitoring).
Why do I need it: This dynamically configures system algorithms and limits presets to hardware that meets your specific tactical objectives.
// STEP 04 : BUNDLE PRESETS (Optional — Skip if starting from scratch)
Choose a pre-configured system bundle for your mission profile. Selecting a bundle will automatically pre-fill compatible components, which you can customize in the steps ahead.
What is it: Optional pre-configured starter system templates designed for standard mission profiles.
Why do I need it: Speeds up initialization by auto-filling compatible transceivers, platforms, and software, which you can then customize.
// STEP 05 : SELECT CUSTOMER TYPE
* REQUIRED SELECTION (CHOOSE ONE)Choose your operational environment. This determines available deployment configurations, support packages, and compliance requirements.
Select a customer type to continue.
What is it: Define your operational sector (Military/DoD vs. Critical Infrastructure).
Why do I need it: Determines ITAR compliance parameters and scopes military tactical vs. civil commercial support packages.
// STEP 05 : DEPLOYMENT PLATFORM
Choose the physical deployment configuration that matches your operational environment — from manpack to fixed infrastructure.
What is it: Choose your physical deployment housing (e.g., carbon-fiber pack, tripod, or vehicle mount).
Why do I need it: Influences thermal dissipation requirements, size/weight/power (SWaP) budgets, and mounting bracket designs.
// STEP 06 : RADIO TRANSCEIVER
Select the SDR platform or specialized RF-seeking payload that matches your frequency and mission requirements. Options are filtered based on your frequency band selections.
What is it: The Software Defined Radio (SDR) platform (e.g. Matchstiq, Sidekiq, or NDR series).
Why do I need it: Serves as the core processing engine that digitizes incoming RF spectrum and synthesizes signals for transmission.
// STEP 07 : ANTENNA ARRAY
Select the antenna configuration that matches your deployment. Options from Alaris, EM Antennas, and ARA are filtered based on your frequency band selections.
What is it: Antennas designed to capture (RX) or transmit (TX) signals in your target frequency range.
Why do I need it: Functions as the physical sensor link to the air. You can choose omnidirectional monitoring, direction finding, or targeted countermeasures.
// STEP 08 : GPS/INS NAVIGATION
Adding a tactical-grade Inertial Navigation System (INS) resolves signals to absolute coordinates and maintains mission tracking integrity under active GNSS jamming, spoofing, or EW.
What is it: Integrated Global Positioning and Inertial Navigation Systems (INS).
Why do I need it: Crucial for mobile / vehicle installs to resolve intercepted RF signals to absolute coordinates and maintain tracking when GNSS is jammed/denied.
// STEP 09 : SIGINT SOFTWARE SUITE
Select the software tier that matches your operational requirements — from tactical core to enterprise strategic deployment.
What is it: The signal processing analytics software (such as DeepSig OmniSIG) that decodes RF digitized spectrum.
Why do I need it: Uses deep learning neural networks to automatically detect, classify, and isolate specific signals (like drone control protocols or radar signatures) in real-time.
// STEP 10 : EO/IR & OPTICAL SENSORS
Add visual and thermal detection capability to your ESW/C-UAS system.
What is it: Electro-Optical & Infrared thermal cameras for optical tracking.
Why do I need it: Integrates a second visual confirmation layer. When RF sensors detect an emitter (e.g. drone link), the camera cross-cues to track the target visually.
// STEP 11 : INTEGRATION & SUPPORT SERVICES
Ensure your deployment is fully supported with training, calibration, deep learning model training, and ongoing defense support.
- In-Theater Signal Collection: Capture localized RF IQ samples to train neural networks on theater-specific noise floors, multipath interference, and proprietary drone telemetry.
- Synthetic RF Augmentation: Synthesize Doppler shifts, fading channels, and co-channel interference to train robust classification models with >99.4% detection accuracy.
- Embedded Hardware Acceleration: Optimize model quantizations (INT8/FP16) specifically for Epiq Matchstiq / Sidekiq SDR units (NVIDIA Orin NX & FPGA front-ends) for real-time low-latency inference.
What is it: Technical support, SLAs, DeepSig neural net model training, environmental RF calibration, and operator training packages.
Why do I need it: Protects operational readiness, bridges software into existing C2 networks, and trains custom deep-learning models for theater-specific RF targets.
// STEP 12 : MISSION IMPLEMENTATION ROLES & SUPPORT
Customize dedicated contractors supporting your deployment.
What is it: Specialized deployment engineers and alliance POC contractors (hardware/software/antenna).
Why do I need it: Tactical ESW integration is highly specialized. Booking the right roles ensures smooth site installation and direct manufacturer support lines.
// FINAL REVIEW & CONFIGURATION NOTES
Confirm your build, then add it to the manifest.
What is it: Final review stage for saving your configuration to the system manifest.
Why do I need it: Lets you double check compliance, add custom deployment notes, download vendor datasheets, upload custom equipment specs, and log this configuration.
// UPLOAD CUSTOM EQUIPMENT & DATASHEET PDF
// DEEPSIG ML MODEL TRAINING & AI OPTIMIZATION
Overview: DeepSig ML Model Training leverages deep-learning AI to replace traditional rule-based RF signal processing. This module provides custom dataset collection, signal labeling, and neural network model training tailored for complex electromagnetic operational environments.
- Custom Emitter Classification: Detect and classify non-standard RF signals, custom drone control links, and hostile frequency-hopping waveforms.
- Low-SNR Signal Detection: Extract weak signals embedded up to 10 dB below the ambient noise floor using deep convolutional neural nets.
- On-Edge Quantization: Compile neural networks into INT8/FP16 models optimized specifically for Epiq Matchstiq X40 / Sidekiq SDR hardware.
- Synthetic RF Augmentation: Synthesize multipath fading, Doppler shifts, and co-channel interference to achieve >99.4% classification accuracy in clutter.
Includes quarterly neural net updates, custom IQ dataset artifacts, and dedicated DeepSig ML Engineer support.