RF
RF Detection
Detect active drones, Remote ID, control links and telemetry data.
INTEGRATED AIRSPACE & GNSS SECURITY
Integrated Airspace & GNSS Monitoring for Ports
Detect drones. Identify GNSS interference. Assess security situations centrally.
RF Detection, Passive Radar, GNSS Jamming Detection and GNSS Spoofing Detection – integrated into one platform for critical port infrastructure.
PASSIVE SENSORSMODULARSCALABLEMADE IN EU
ONE COMMON OPERATING PICTURE
One operating picture instead of isolated systems
Multiple detection technologies are combined into one operational view for faster assessment, stronger classification and clear alerting.
PR
Passive Radar
Make non-transmitting and non-cooperative air objects visible.
JM
GNSS Jamming
Identify interference that blocks or degrades GNSS signals.
SP
GNSS Spoofing
Detect manipulated position and time signals as well as suspicious anomalies.
SF
Sensor Fusion
Correlate and classify information from multiple sensors robustly.
COP
Common Operating Picture
Visualize relevant incidents centrally and maintain a traceable event record.
SYSTEM OVERVIEW
From sensor node to operations center
MULTI-SENSOR PLATFORM
Multiple sensors. One platform.
Select a technology to see its role within the overall system.
RF DETECTION
Detect transmitting drones at an early stage
RF sensors monitor relevant frequency ranges and detect active communications and control signals.
- Remote ID analysis
- Control and communication signals
- Telemetry and movement information
- Classification of known systems
- Tracking and event history
GNSS RESILIENCE
Know when navigation can no longer be trusted
GNSS interference can affect navigation, synchronization and automated port processes. The solution makes jamming and spoofing visible in the common operating picture.
GNSS Jamming
GNSS signals are overlaid, blocked or severely degraded.
- Signal-quality analysis
- Interference detection
- Localizable events
- Real-time alerting
GNSS Spoofing
Receivers are presented with plausible but false navigation or time information.
- Anomaly detection
- Position deviations
- Plausibility checks
- Classification of suspicious events
Do not merely detect that something is wrong – understand what is happening.
PORT APPLICATIONS
One system for different port areas
Container Terminal
Monitor cranes, container yards and vessel berths.
Tank Farms
Add protection for highly sensitive areas and hazardous-material facilities.
Port Entrance
Monitor port entrances and relevant navigation areas.
Automated Terminal
GNSS monitoring for autonomous vehicles and precise positioning systems.
Critical Infrastructure
Protect energy, communications and control infrastructure.
HOW IT WORKS
From signal to decision
01
Detect
Monitor airspace and the GNSS environment.
02
Correlate
Combine RF, radar, telemetry and GNSS data.
03
Classify
Classify incidents and anomalies.
04
Visualize
Display information in the operating picture.
05
Respond
Enable fast, informed decisions.
ARCHITECTURE
Modular. Scalable. Integrable.
The sensor architecture is planned according to the site, risk profile and required coverage.
NODE 01NODE 02NODE 03NODE 04
SECURE DATA NETWORK
OPERATIONS CENTER
COMMON OPERATING PICTURE
COMMON OPERATING PICTURE
BUILT FOR CRITICAL INFRASTRUCTURE
Technology for demanding operational environments
Passive sensorsMade in EUModular architectureReal-time monitoringOpen interfacesStationary or mobile
LET'S TALK SECURITY
How secure is the airspace above your port?
We assess your infrastructure and develop a suitable sensor architecture for drone detection and GNSS jamming and spoofing detection.
✓ Site-specific assessment✓ Modular system planning✓ Integration into existing operations centers