Applications

Deployed across
the spectrum.

Strangeloop is purpose-built for the most demanding electromagnetic environments — from remote edge deployments to commercial spectrum enforcement.

RF Threat Detection SIGINT Spectrum Management Telecom & Critical Infra
RF Threat Detection

RF Threat Detection
& Counter-UAS

Detect, classify, and cue countermeasures against threat emitters before they can act. Strangeloop closes the detect-to-alert loop at machine speed.

<2ms
Threat detect-to-alert
97%
Jammer ID accuracy at 0 dB SNR
6GHz
Instantaneous coverage

The electromagnetic environment is increasingly contested. Strangeloop gives operators persistent RF awareness without relying on dedicated platforms or centralized infrastructure.

  • Automatic detection and classification of jamming signals — CW, sweep, noise, DRFM
  • GPS spoofing detection with sub-100ms alert latency
  • UAS uplink / downlink fingerprinting across commercial and modified platforms
  • Anomalous emission detection for IED trigger warning
  • ATAK / WinTAK plugin with real-time threat overlay on operator map
  • Open API for cueing automated response systems
Mission Scenarios
Scenario 01

Forward Base Perimeter Protection

Persistent RF monitoring of the electromagnetic perimeter. Immediate alert when a new emitter activates within range. Automatic geolocation and cueing of response options in under 3 seconds from first signal detection.

Scenario 02

Convoy RF Escort

Vehicle-mounted Strangeloop node provides moving perimeter awareness. Detects RF-triggered IED devices, UAS surveillance uplinks, and communication jamming attempts targeting convoy comms. Instant push alert to all convoy vehicles via mesh.

Scenario 03

Counter-UAS Detection Layer

Passive RF detection of drone control links and video downlinks without active radar emissions. Covers all major commercial and modified platforms. Feeds directly into C-UAS defeat systems via NATO STANAG interface.

SIGINT

Signals
Intelligence

Persistent, wide-area collection with on-device exploitation. Deliver finished intelligence faster, with smaller collection footprint and zero cloud exposure.

10k+
Signal types in library
0
Bytes exfiltrated without command
<500μs
Signal detection latency

Traditional SIGINT collection generates massive data volumes requiring transmission to centralized processing. Strangeloop inverts the model: process everything at the sensor, transmit only finished intelligence.

  • Continuous wideband collection across DC–6 GHz without gaps
  • On-device emitter characterization — protocol, modulation, encoding
  • Emitter activity pattern analysis and schedule inference
  • Frequency-hopping signal reconstruction and parameter extraction
  • Multi-emitter discrimination in dense signal environments
  • Cryptographically signed intelligence reports for chain of custody
  • Integration with NSA-compliant data handling frameworks
Collection Efficiency

"Instead of transmitting raw IQ data — 6 GB per second at full rate — Strangeloop transmits a structured intelligence report of <1 KB per detected signal. A 6,000,000× reduction in data burden."

— Strangeloop System Architecture Overview, Rev. 4

Spectrum Ops

Spectrum
Management

The electromagnetic spectrum is a congested, contested resource. Strangeloop gives operators real-time spectrum visibility and automated deconfliction.

100ms
New emitter detection time
Auto
Frequency deconfliction
Full
NTIA/NATO spectrum framework support

Complex, multi-operator environments demand real-time spectrum awareness to prevent fratricide and maintain communications. Strangeloop provides the distributed sensing layer for automated Spectrum Management Operations (SMO).

  • Real-time spectrum occupancy mapping across the operational area
  • Automated frequency assignment and deconfliction recommendations
  • Interference detection with causal attribution to specific emitters
  • PACE (Primary, Alternate, Contingency, Emergency) comms monitoring
  • Integration with SPECTRUM XXI and SHARES HF systems
  • Exportable COP layer for joint fires and maneuver coordination
Use Case

Pre-Operation Spectrum Survey

Deploy Strangeloop nodes 24–48 hours before an operation. Automatically generate a complete spectral picture of the operating area — identifying occupied frequencies, signal schedules, and anomalies. Brief commanders with machine-generated, operator-verified spectrum assessments.

Use Case

Real-Time Deconfliction During Ops

During joint operations, autonomous monitoring detects when two units activate on conflicting frequencies. Immediate alert with recommended alternate frequencies delivered to radio operators in under 500ms.

Telecom

Critical
Infrastructure

Protect licensed spectrum assets, enforce regulatory compliance, and rapidly localize interference sources across commercial and government networks.

<1m
Emitter localization CEP50
24/7
Continuous monitoring
FCC
Part 90 / Part 96 compliant data

Wireless infrastructure operators, spectrum regulators, and public safety networks all require rapid interference resolution. Strangeloop's passive sensor network finds the source faster than any drive-test approach.

  • Persistent monitoring of licensed spectrum for unauthorized transmissions
  • Interference source geolocation for rapid field response dispatch
  • Automated FCC/NTIA violation reporting with timestamped evidence
  • CBRS SAS integration for Citizens Broadband Radio Service management
  • Public safety LMR and FirstNet interference monitoring
  • Critical infrastructure RF security monitoring — power, water, rail
  • Airport GPS / ILS interference detection and alarm
Deployment Options

Fixed Network

Permanent sensor nodes across a coverage area. Continuous monitoring, centralized dashboard, automated alerting.

Rapid Deploy

Portable node kit deployable in <15 minutes. Immediate area coverage for emergency interference investigations.

Next step

Discuss your specific mission.

Request Briefing Technical Overview