Built for Confidence. Ready for Action.

Integrated Solutions for the Low-Altitude Economy

Comprehensive ECM Technologies

Unified ECM architecture focused on communication assurance, spectrum awareness, and dynamic incident response:
* Strengthening communication and navigation integrity through spectrum monitoring, signal optimization, and robust interference mitigation strategies.
* Maintaining EM situational awareness via real-time signal detection and localization across operational airspace.
* Enhancing risk response mechanisms through behavior-based analysis and flexible intervention methods.

AI-Powered Signal Processing and Multi-Source Fusion

Leveraging advanced AI algorithms, we process and integrate diverse data sources including radar signatures, RF patterns, visual inputs, and inertial data into real-time insights:
* Increased target identification accuracy and situational adaptability in complex environments.
* Behavioral modeling and anomaly detection for rapid decision-making.
* End-to-end intelligence from raw signal to system-level response, improving resilience and autonomy.

High-Reliability Data Link Systems

Secure and efficient communications are critical for low-altitude operations. Our data link solutions ensure stable connections, resilient control, and seamless coordination:
* Supports remote command, telemetry, visual transmission, and multi-unit task synchronization.
* Enables real-time link health monitoring and adaptive routing in changing environments.
* Provides dynamic configuration and recovery in congested or contested signal conditions.

Specialized Test & Evaluation Instruments

We offer a suite of professional-grade tools to validate and verify low-altitude systems throughout their lifecycle:
* Protocol and communication compliance analyzers.
* RF environment simulators for anti-interference testing.
* Data fusion evaluation platforms for algorithm benchmarking.
* Joint simulation and scenario-based testing tools for field readiness.

Empowering Innovation, Ensuring Control.

As the low-altitude economy accelerates, drones are rapidly transforming industries such as logistics, urban management, agriculture, and emergency response. This surge in innovation also brings new challenges in airspace coordination, electromagnetic safety, and operational reliability.

Our comprehensive technology solutions are designed to support both the development and governance of low-altitude operations—empowering safe, intelligent, and orderly skies.
We deliver integrated solutions that support both the advancement and protection of the low-altitude economy. From enabling next-generation drone technologies to securing airspace with electronic countermeasures, our systems are built to empower innovation while ensuring precise, reliable control. Whether you're developing airborne capabilities or defending against aerial threats, we help you navigate the low sky — safely and intelligently.

Building a Trusted Low-Altitude Ecosystem
Through continued innovation and collaboration, we help bridge the gap between technological advancement and operational safety. Our integrated approach ensures that the low-altitude economy is not only productive, but also secure, regulated, and sustainable.

With integration comes assurance — navigating the future of low-altitude with confidence.

Comprehensive Electronic Countermeasure

Integrated and Intelligent Electronic Countermeasures System

The II-ECM (Integrated and Intelligent Electronic Countermeasures) system represents a unified and adaptive electronic countermeasure architecture designed to ensure operational superiority in contested electromagnetic environments. It integrates real-time spectrum monitoring, signal optimization, and interference mitigation to safeguard communication and navigation systems.

Spectrum Monitoring: Continuous surveillance of the electromagnetic spectrum to detect anomalies and threats.
Signal Optimization: Enhances signal clarity and reliability under dynamic conditions.
Interference Mitigation: Employs intelligent algorithms to suppress hostile jamming and interference.
Behavior-Based Analysis: Enables predictive threat identification and response.
Flexible Intervention: Supports scalable countermeasure deployment tailored to mission needs.

SilentScope: Passive UAV Detection and Identification

The SilentScope system specializes in identifying and tracking unmanned aerial vehicles (UAVs) without emitting signals, making it ideal for stealth operations and sensitive environments. It leverages electromagnetic situational awareness to detect UAV presence and behavior patterns.

Passive Detection: Operates without active emissions, ensuring covert surveillance.
Signal Localization: Pinpoints UAV positions using ambient signal analysis.
Real-Time Awareness: Maintains continuous monitoring across operational airspace.
Threat Classification: Differentiates between friendly and hostile UAVs using signal signatures.

EchoForge: Spectrum and Signal Manipulation

The EchoForge system enables dynamic manipulation of electromagnetic signals to support communication assurance, deception, and tactical advantage. It is designed to reshape signal environments in real time, enhancing mission flexibility and resilience.

Signal Shaping: Alters signal characteristics to evade detection or enhance clarity.
Spectrum Reconfiguration: Adapts spectrum usage based on operational needs.
Deceptive Techniques: Employs signal mimicry and masking to mislead adversaries.
Incident Response: Reacts to spectrum threats with agile countermeasures.

AI-Powered Multi-Source Fusion

Adaptive AI Signal Fusion and Real-Time Processing

This capability harnesses advanced AI algorithms to process and fuse multi-source data—including radar signatures, RF emissions, visual feeds, and inertial measurements—into actionable intelligence in real time. It enhances the II-ECM system’s ability to operate effectively in complex and contested environments.

Multi-Source Integration: Seamlessly combines diverse sensor inputs for a unified operational picture.
Real-Time Processing: Enables immediate interpretation and response to dynamic signal environments.
Enhanced Target Identification: Improves accuracy and adaptability in identifying threats and anomalies.
Operational Resilience: Supports autonomous decision-making and system-level responses under pressure.

AI-Driven Signal Anomaly Detection and Behavioral Analysis

This module empowers the II-ECM system with intelligent anomaly detection and behavioral modeling capabilities. By analyzing patterns across fused signal data, it identifies irregularities and predicts potential threats, enabling rapid and informed countermeasures.

Behavioral Modeling: Learns and interprets signal behavior to anticipate hostile actions.
Anomaly Detection: Flags deviations from expected patterns for early threat recognition.
Rapid Decision Support: Facilitates fast, data-driven responses to emerging risks.
System-Level Intelligence: Translates raw signal anomalies into strategic insights for ECM operations.

QL-C01 AI Intelligent Processing Core Board

The QL-C01 is a compact, high-performance AI processing module designed for edge computing in imaging and vision systems. Built around the powerful VS839 SoC, it integrates a quad-core ARM CPU, dual-core DSP, and a 4TOPS NPU to deliver real-time image enhancement, intelligent detection, and tracking—all within a lightweight, energy-efficient form factor.

Advanced AI Capabilities: Supports infrared and visible light image denoising, super-resolution (up to 4×), and real-time detection of pedestrians and vehicles.
Versatile Interfaces: Compatible with UVC, MIPI, HDMI, LVDS, BT656, and Ethernet; supports TF cards and NVMe SSDs.
Edge Computing Ready: Operates independently of cloud servers for fast, offline processing.

D01A FPV Intelligent Tracking Board

The D01A FPV Intelligent Tracking Board is a cutting-edge embedded solution designed for seamless integration with mainstream flight control systems like BetaFlight, APM, and Pix4. Engineered for high performance, compact size, and low power consumption, D01A empowers FPV drones with advanced autonomous tracking and targeting capabilities—even in electromagnetically challenging environments.

Advanced AI Algorithms: Integrates proprietary algorithms for visible light and infrared target tracking, as well as intelligent UAV control.
Versatile Connectivity: Supports UVC and MIPI image inputs, with control via serial protocols. Outputs include CVBS and network options, plus local TF card support.
Compact & Lightweight: Measuring just 38mm (board only) and weighing under 20g, it pairs effortlessly with visible and thermal cameras for easy deployment.

High-Reliability Data Link Systems

DDS-Based Tactical Data Link for Coordinated Operations

Built on the robust Data Distribution Service (DDS) standard, this tactical data link ensures secure, scalable, and real-time communication across distributed systems. It supports mission-critical functions such as remote command, telemetry, visual data transmission, and synchronized multi-unit operations.

Reliable Data Distribution: DDS architecture guarantees low-latency, high-throughput data exchange.
Multi-Unit Synchronization: Enables coordinated actions across platforms and units.
Real-Time Monitoring: Tracks link health and performance continuously.
Dynamic Configuration: Adapts to changing operational needs and signal conditions.

Hybrid Communication Medium Network for Resilient Connectivity

This hybrid network architecture combines multiple communication mediums—such as RF, optical, satellite, and cellular—to maintain resilient and adaptive connectivity in low-altitude and contested environments. It ensures seamless data flow and control continuity even under signal congestion or degradation.

Multi-Medium Integration: Leverages diverse channels for optimal link stability.
Adaptive Routing: Automatically selects the best path based on real-time conditions.
Signal Congestion Recovery: Maintains performance in dense or jammed environments.
Autonomous Reconfiguration: Self-heals and reconfigures to maintain mission continuity.

Specialized Test & Evaluation Instruments

AeroSim-TX: UAV Signal Simulator

AeroSim-TX is a professional-grade UAV signal simulator engineered to replicate complex RF environments and UAV communication protocols. It enables controlled testing of II-ECM systems under realistic operational conditions, supporting anti-interference validation and protocol compliance.

RF Environment Simulation: Emulates diverse signal conditions for interference testing.
Protocol Emulation: Supports a wide range of UAV communication standards.
Scenario-Based Testing: Enables joint simulation of mission profiles and threat conditions.
Algorithm Benchmarking: Validates signal processing and fusion algorithms under controlled inputs.

FieldLink-X: Mobile Test & Evaluation Instrument

FieldLink-X is a rugged, portable instrument designed for on-site testing and evaluation of II-ECM systems. It provides real-time diagnostics, communication compliance analysis, and dynamic performance assessment in low-altitude and contested environments.

Protocol Compliance Analyzer: Verifies communication integrity and standards adherence.
Link Health Monitoring: Tracks signal stability and performance in real time.
Data Fusion Evaluation: Assesses multi-source integration and system responsiveness.
Dynamic Recovery Testing: Simulates congested or degraded signal conditions for resilience validation.