EO/IR SENSORS & VIDEO ANALYTICS
The The DroneWall EO180 EO/IR subsystem combines day/night electro-optical and thermal sensors with precision camera positioning, video processing and intelligent analytics for visual observation, target confirmation and tracking.
The integrated system brings together complementary imaging technologies and DroneWall Control and DroneWall Vision, supporting object classification, video tracking and coordinated operator assessment.
Designed for DroneWall integration, the subsystem supports external detection sources and radar-to-camera cueing, subject to project-specific configuration and validation.
Detection, confirmation and classification performance depend on target size, distance, image quality and operating conditions. Radar detection range and EO/IR confirmation or classification range are assessed separately.
DRONEWALL V30 DAY/NIGHT CAMERA
1. Product description
The DroneWall V30 is a high-sensitivity Full HD electro-optical camera designed for daytime observation, low-light imaging, detailed visual confirmation and target tracking within the DroneWall EO/IR subsystem.
Equipped with continuous optical zoom, low-light colour and monochrome imaging capabilities, and advanced image processing, it provides detailed imagery across varying lighting conditions.
2. Key Features
| Feature | Description |
|---|---|
| Full HD Imaging | High-resolution imaging for detailed visual observation and target confirmation. |
| Optical and Digital Zoom | 30× optical zoom and digital enlargement for target observation. Digital zoom enlarges the image without adding optical detail. |
| Low-Light Performance | High-sensitivity CMOS sensor supporting colour and monochrome observation under reduced lighting conditions. |
| Advanced Image Processing | True WDR, digital fog removal and noise reduction to improve image clarity in challenging conditions. |
3. Technical Specifications
| Parameter | Specification |
|---|---|
| Image Sensor | 1/1.9" CMOS |
| Resolution | 1920 × 1080 (Full HD) |
| Optical Zoom | 30× |
| Digital Zoom | 16× |
| Focus | Automatic or manual (remote) |
| Operating Temperature | −32 °C to +55 °C |
| Environmental Protection | IP67; built according to MIL-810 |
| Weight | 7.5 kg |
DRONEWALL T180 THERMAL CAMERA
1. Product description
The DroneWall T180 is an uncooled long-wave infrared (LWIR) thermal camera designed for long-range observation, thermal target detection and tracking within the DroneWall EO/IR subsystem.
Featuring a high-sensitivity thermal detector and continuous 6× optical zoom, it supports thermal observation during day and night operations. Performance depends on target thermal contrast, distance and atmospheric conditions. Rain, fog and humidity can reduce the usable observation range.
2. Key Features
| Feature | Description |
|---|---|
| Thermal Imaging | Uncooled LWIR technology enables thermal observation during day and night operations. |
| Continuous Optical Zoom | 6× optical zoom supports detailed thermal observation of distant targets. |
| High Thermal Sensitivity | Detects small temperature differences to support target observation and assessment. |
| System Integration | Supports integration into fixed or portable multisensor systems, with image stabilisation available through DroneWall VP1. |
3. Technical Specifications
| Parameter | Specification |
|---|---|
| Detector | Uncooled LWIR VOx microbolometer |
| Resolution | 640 × 512 pixels |
| Frame Rate | 25/30 Hz |
| Focus | Automatic or manual (remote) |
| Operating Temperature | −32 °C to +55 °C |
| Environmental Protection | IP67; built according to MIL-810 |
| Weight | 13.5 kg |
DRONEWALL PT60 PAN-TILT UNIT
1. Product description
The DroneWall PT60 is a precision Pan-Tilt positioning system designed for electro-optical and thermal sensor integration within the DroneWall EO/IR subsystem.
Featuring continuous horizontal rotation, precise positioning and variable movement speeds, it supports accurate sensor alignment, target acquisition and tracking during surveillance operations.
2. Key Features
| Feature | Description |
|---|---|
| Continuous Pan Rotation | Unrestricted 360° horizontal rotation for continuous sensor positioning and surveillance. |
| Precision Positioning | High positioning accuracy supports precise camera alignment and target tracking. |
| Variable Movement Speed | Supports slow, precise movements and rapid repositioning for target acquisition. |
| Flexible Sensor Integration | Accommodates electro-optical and thermal sensors, supporting operator control, automated tracking and external cueing. |
3. Technical Specifications
| Parameter | Specification |
|---|---|
| Load Capacity | 35 kg |
| Pan Range | Continuous 360° rotation |
| Communication Interfaces | Ethernet, RS-232, RS-485 |
| Dimensions (H × W × L) | 323 × 220 × 336 mm (without arms) |
| Operating Temperature | −32 °C to +55 °C |
| Environmental Protection | IP67; built according to MIL-810 |
| Weight | 17 kg (without arms) |
DRONEWALL VP1 VIDEO PROCESSING UNIT
1. Product description
The DroneWall VP1 is an external video processing and communication unit designed to connect electro-optical and thermal sensors with Pan-Tilt control within the DroneWall EO/IR subsystem.
It provides video encoding, device communication and centralised connectivity through Ethernet and serial interfaces. With integrated video stabilisation and system control functions, it supports efficient operation of the multisensor platform.
2. Key Features
| Feature | Description |
|---|---|
| Video Encoding | H.264 video encoding with two separate output video streams. |
| Integrated Connectivity | Built-in Ethernet switch and serial interfaces for device communication and control. |
| Video Processing | Basic video stabilisation and On-Screen Display (OSD) functions. |
| Device Management | Supports power control, built-in testing (BIT) and communication with connected devices. |
3. Technical Specifications
| Parameter | Specification |
|---|---|
| Video Encoding | H.264 |
| Video Outputs | Two separate video streams |
| Communication Interfaces | Ethernet (UDP), serial, ONVIF and Pelco-D control |
| Connectivity | Four military-standard connectors (3 inputs / 1 output) |
| Operating Voltage | 18–32 VDC |
| Power Consumption | Maximum 30 W |
| Environmental Protection | IP67 |
| Operating Temperature | −32°C to +55°C |
DRONEWALL CONTROL & VISION SOFTWARE
1. Product description
DroneWall Control is a modular command and control software platform designed for multisensor surveillance, video analysis and operator coordination within the DroneWall EO/IR subsystem.
It connects electro-optical and thermal cameras, Pan-Tilt units and other compatible systems, providing real-time observation, automatic video tracking, alarm management and recording capabilities.
With integrated mapping, DroneWall Vision intelligent video analytics and support for external detection systems, DroneWall Control enables coordinated target assessment and surveillance operations.
2. Key Features
| Feature | Description |
|---|---|
| Real-Time Sensor Control | Pan/Tilt, Zoom/Focus control with single-view and picture-in-picture observation. |
| Intelligent Video Analysis | Video tracking, image stabilisation, motion detection, change detection and template matching. |
| Alarm Management | Configurable alarm zones, exclusion zones and position presets for operational monitoring. |
| Mapping & System Integration | Mapping, terrain visualisation and support for Slew-to-Cue and target tracking integration. |
3. Technical Specifications
| Parameter | Specification |
|---|---|
| Software Architecture | Modular, server-based command and control platform |
| Supported Sensors | Day/Night cameras, thermal imagers, Pan-Tilt units, laser rangefinders and GNSS modules. Supported sensor types do not necessarily form part of the standard scope of delivery. |
| Video Analysis | Video tracking, motion detection, change detection and image stabilisation |
| Recording | Video recording and timestamped snapshots |
| Mapping Capabilities | Raster imagery, vector maps, terrain and 3D models |
| Operational Functions | Alarm zones, exclusion zones, alarm management and position presets |
| System Integration | Slew-to-Cue and Target Tracking integration |
Note: Available functions and supported devices depend on the selected licenses, interfaces and validated configuration.
DRONEWALL VISION
1. Product description
DroneWall Vision provides automated object detection, classification and tracking capabilities within the DroneWall EO/IR subsystem.
Using neural-network-based video analysis, DroneWall Vision processes camera streams to detect and classify supported object classes, depending on the selected model and configuration. These may include drones, aircraft, vehicles, people and other supported targets. Classification performance depends on visibility, image detail and the object classes supported by the selected model.
The software also supports automatic tracking, alarm generation, object counting and event recording, helping operators assess potential threats and monitor activity within the protected area. The assessment of an object's intent and threat status remains the responsibility of the operator.
2. Key Features
| Feature | Description |
|---|---|
| AI-Based Object Detection | Uses neural-network technology to detect and classify supported objects, including drones and other aerial targets. |
| Automatic Target Tracking | Supports automated tracking of detected objects within the video stream. |
| Intelligent Alarm Management | Enables alarms based on object detection, loitering and configurable active zones. |
| Automated Event Recording | Supports snapshots, video recording, object counting and event triggering. |
3. Technical Specifications
| Parameter | Specification |
|---|---|
| Analytics Technology | Neural-network-based object detection and classification |
| Processing Architecture | Separate processing machine operating as a TCP server |
| Video Processing | Three video streams processed sequentially per DroneWall Vision instance |
| Parallel Processing | Multiple DroneWall Vision instances supported, depending on hardware resources. |
| Detection Performance | Approximately 15–20 FPS for the neural-network detector, depending on hardware |
| Detection Modules | Up to 64 configurable detection modules per DroneWall Vision instance. |
| Communication | Receives video streams and outputs detection data via UDP |
| Supported Functions | Object detection, classification, counting, automatic tracking, alarms and recording |
EO/IR SYSTEM INTEGRATION
1. Product description
The DroneWall EO180 EO/IR subsystem combines day/night and thermal cameras, precision positioning, video processing and intelligent analytics into a coordinated surveillance solution.
The DroneWall V30 and DroneWall T180 cameras provide visual and thermal observation, while the DroneWall PT60 enables precise sensor positioning. DroneWall VP1 supports video processing and communication, while DroneWall Control and DroneWall Vision provide command and control, video analysis, object classification, tracking and operator coordination.
The subsystem can also integrate with external detection sources, including radar, to support automated camera cueing and target confirmation, subject to project-specific configuration and technical validation. Radar detection range and EO/IR confirmation or classification range are evaluated separately.
2. Key Integration Capabilities
| Component | Role in System Integration |
|---|---|
| DroneWall V30 Day/Night Camera | Provides high-resolution visual observation and target confirmation. |
| DroneWall T180 Thermal Camera | Supports thermal observation in darkness and reduced-visibility conditions. |
| DroneWall PT60 Pan-Tilt Unit | Enables precise camera positioning and target following. |
| DroneWall VP1 Video Processing Unit | Supports video processing, communications and sensor connectivity. |
| DroneWall Control | Provides operator control, video analysis, recording and coordination. |
| DroneWall Vision | Supports automated object detection, classification and tracking. |
| External Detection Integration | Enables project-specific integration of radar alerts and camera cueing, subject to validation. |
