Safety-critical aerospace and defence networks

Deep Packet Inspection for TSN
Full transparency regarding timing behaviour, latencies, scheduling and queueing mechanisms

Certification-grade analysis
Reproducible measurements as the basis for verification, validation & certification evidence

Reduced integration risks
Timing errors, prioritisation issues and misconfigurations are detected early

Massive time savings in debugging
From days to hours for complex network problems

Passive Monitoring
Passive monitoring of TSN and Ethernet networks without interfering with security- or mission-critical communications

Long-term recordings for trend and root-cause analysis
Continuous recording of real-time network parameters enables robust root-cause analysis over periods of hours, days or weeks

Security Awareness
Detect unusual communication patterns or timing anomalies

TSNAP Industrial

Precise time as the foundation of secure systems
GNSS-based gPTP Grandmaster
Central, high-precision time source for deterministic networks

Sub-microsecond synchronisation across the entire Ethernet network
Significant reduction in jitter and latency fluctuations for time- and safety-critical functions

Stable time base for safety- and mission-critical applications
Foundation for synchronised sensor systems, distributed control loops and deterministic system behaviour

TSN Timepiece

Deterministic data transmission for mixed-criticality networks
Time- and priority-controlled forwarding of safety- and mission-critical data alongside parallel best-effort traffic

Support for relevant IEEE TSN mechanisms (802.1 DP)
Predictable, reproducible network behaviour in line with modern deterministic Ethernet architectures

Consistent network architecture from development through to integration
Consistent behaviour across laboratory, integration and test environments reduces architectural risks and the need for redesigns