Products
SpectrumHive delivers advanced sensing and AI-enabled solutions for radio spectrum analytics, wireless communications and drone sensing. Our products integrate RF, acoustic, video and intelligent processing technologies for flexible monitoring and multi-layer sensing applications
Spectrum Hive RF Sensing Unit
Specifications
- Wideband radio spectrum monitoring using AI-based algorithm for drone sensing and other RF monitoring activities
- Frequency bandwidth 680 MHz – 8 GHz (possibility to extend bandwidth)
- Multiple concomitants radio channel monitored with AI-based integration
- Multi stream monitoring with AI processing capabilities
- 99.9% detection accuracy with reduced false positives AI fusion layer integration
- Integration of directional type of antennas depending on installation terrain
- Scalability integration in command-and-control center
- Up to 400 MHz instantaneous bandwidth per channel
- Up to 500 MS/s sample rate
- High-performance Xilinx Zynq UltraScale+ RFSoC FPGA multi FFT processing capabilities
- Integrated high-speed digital signal processing
- Simultaneous multi-channel radio signal acquisition
- FPGA-based real-time signal processing
- 100 GbE connectivity for high-rate streaming
- Support for high-throughput continuous RF acquisition
Functionalities
- Multi-directional RF spectrum monitoring
- Flexible AI framework with on site training capabilities and adaptation on the field to new technologies
- Advanced radio channel analytics
- Simultaneous monitoring of multiple surveillance sectors
- Real-time RF signal detection
- AI-based RF signal classification
- Continuous spectrum analysis
- Detection of intermittent and frequency-varying RF activity
- Multi-channel RF signal acquisition
- Multi-channel event correlation and RF event generation and logging
- Spectrogram recording and storage
- RF dataset generation for AI training and validation train on the go
- Configurable monitoring of different RF frequency bands
- Real-time visualization of RF activity
- Detection result storage and reporting
- Integration with central AI processing
- Synchronization with acoustic and video sensing subsystems
- Support for multi-sensor data fusion
Spectrum Hive Embedded RF Sensing Unit
Specifications
- Embedded RF monitoring integration with low energy consumption (battery powered integration possible)
- Geographical distributed multiple sensors with advanced radio channel analytics
- RF frequency coverage: 70 MHz – 6 GHz (possibility to extend bandwidth)
- Up to 56 MHz instantaneous bandwidth per sensing unit
- 99.9% detection accuracy with reduced false positives AI fusion layer integration
- Full-duplex RF acquisition capability
- Coherent dual-channel acquisition per SDR
- NVIDIA Jetson embedded AI computing platform
- GPU-accelerated signal processing and AI inference
- CUDA / Tensor Core acceleration for parallel processing workloads
- Edge-based FPGA FFT / STFT computation and spectrogram generation
- Local signal preprocessing and feature extraction
- Support for real-time AI model inference
- Local data buffering and event recording
- Network connectivity with the Central Processing & Command Unit
- Compact architecture suitable for distributed field deployment
Functionalities
- Distributed RF spectrum monitoring
- Simultaneous acquisition from multiple RF channels
- Real-time spectrum analysis with AI-based RF signal classification at the edge
- Detection of intermittent and frequency-varying RF activity
- RF feature extraction prior to central processing and local event generation and confidence scoring
- Selective transmission of relevant RF events
- Distributed RF dataset acquisition and remote node configuration and monitoring
- Transmission of detection metadata to the central sensor-fusion platform
Spectrum Hive Acoustic Sensing Unit
Specifications
- High-gain directional acoustic arrays
- NVIDIA Jetson embedded AI computing platform
- GPU-accelerated signal processing and AI inference
- CUDA / Tensor Core acceleration for parallel processing workloads
- Very good detection accuracy (over 99%) with reduced false positives AI fusion layer integration depending on installation environment
- Optimized for long-range acquisition of UAV acoustic signatures but configurable to other events
- Passive sensing architecture
- High sensitivity to low-level airborne acoustic sources
- Suitable for multi-sector deployment
Functionalities
- AI-based UAV acoustic detection and other acoustic events
- Acoustic signature classification and temporal correlation of acoustic events with alarm functionalities
- Confidence scoring and event validation
- Centralized event storage and analytics and correlation with RF and video detections
- Integration into the multi-sensor fusion pipeline
- Continuous passive acoustic surveillance
- Multi-directional acoustic coverage with real-time acoustic event detection capabilities
- Cross-validation with RF and video sensing layers
Spectrum Hive Embedded Acoustic Sensing Unit
Specifications
- Broadcom BCM2711, Quad core Cortex-A72 (ARM v8) 64-bit SoC @ 1.8GHz with 8GB LPDDR4
- Embedded design with battery power capabilities
- Low-cost design
- AI-lightweight integration for acoustic drone sensing
- Continuous monitoring and field integration
- Scalability to integrate a large number of sensor nodes distributed over a large geographic area
Functionalities
- AI-based UAV acoustic detection and other acoustic events
- Acoustic signature classification and temporal correlation of acoustic events
Spectrum Hive Optical Sensing Unit
Specifications
- Real-time AI-based UAV detection
- High video stream processing capabilities
- UAV visual classification
- Automatic target tracking
- Long-range visual target acquisition
- Integration with existing surveillance video systems
- Mass integration capabilities (over 600 video streams in high computing configuration)
Functionalities
- Region-of-interest analysis with advanced analytics
- Detection confidence evaluation
- Real-time correlation with RF and acoustic detections
- Continuous 360° visual surveillance
- Day/night UAV monitoring
- RF–Acoustic–Video event correlation
- Multi-sensor target confirmation
Spectrum Hive Core Platform
Central Processing, Command & Control Unit
The Central Processing, Command & Control Unit represents the core of the SPECTRUM HIVE platform. It combines high-performance CPU and GPU computing with high-speed networking, centralized storage and a unified control interface to process RF, acoustic and video sensor data in real time. The unit performs AI inference, multi-sensor correlation, data fusion, event validation, target tracking and system-wide monitoring, while providing centralized control, recording, visualization and remote management of the complete sensing architecture.