Aerospace & Rocketry Telemetry
Nanosecond-precise telemetry stream ingest for rocket propulsion & satellite test stands.
Built for propulsion engineers, hot-fire test stands, and aerospace test labs requiring zero packet drop under high vibration, high throughput sensor bursts.
Proven Performance Metrics for Aerospace & Rocketry Telemetry
Architected to Solve Extreme Industry Pain Points
How Xpectra replaces fragile legacy scripts with robust edge ingestion binaries.
High-Frequency Transient Capture
CHALLENGE: Traditional cloud monitoring drops microsecond pressure spikes during rocket engine ignition.
XPECTRA APPROACH: Xpectra edge binaries ingest raw sensor frames locally with ring-buffer memory, capturing transient spikes instantly.
Multi-Stream Timestamp Sync
CHALLENGE: Sensor streams from different hardware providers drift by milliseconds, confusing anomaly diagnosis.
XPECTRA APPROACH: Hardware-level PTP (IEEE 1588) sync aligns all telemetry streams to a single master clock.
Air-Gapped Hot-Fire Archival
CHALLENGE: Test facilities lack cloud connectivity during high-security propulsion runs.
XPECTRA APPROACH: Local zero-cloud deployment writes directly to NVMe arrays while exposing real-time web dashboards.
End-to-End Telemetry Lifecycle
From hardware connection to post-test compliance archive.
Hardware Binding
Connect LabVIEW, MATLAB, or cDAQ controllers via Xpectra native Rust/C++ edge plugins.
Real-Time Ingestion
Ingest multi-gigabit sensor channels with microsecond timestamp preservation.
Hot-Fire Analytics
Live FFT frequency domain transforms and instant transient glitch detection.
Compliance Archival
Automated Parquet export and immutable test session records for mission audit.
Key Technical Capabilities
Core features designed for high-concurrency sensor streaming.
100 kHz Ingest Rate
Native C++ edge buffer handles extreme data bursts without backpressure.
Nanosecond Sync
PTP IEEE 1588 synchronization across distributed test stands.
Air-Gapped Security
Deploy on isolated local subnets with zero internet dependency.
LabVIEW & MATLAB Integration
Pre-built connectors for industry standard test bench software.
Parquet & HDF5 Export
Instant export into open columnar data formats for post-test analysis.
Real-time FFT Graphs
Sub-10ms web UI graph updates for vibration and acoustic signatures.
Quantified Engineering Outcomes
Measurable results achieved by engineering teams using Xpectra.
Engineers diagnose combustion instability in seconds rather than hours.
Zero data drop recorded during high vibration propulsion runs.
Fully reproducible telemetry sessions with immutable timestamps.