Sceptre brings live collection, signal discovery, analysis, recording and distributed operations into one adaptable signal-processing environment. STS helps Australian teams translate those capabilities into an operational workflow matched to their receivers, mission and support model.
Sceptre keeps discovery, live receiver processing and detailed analysis in one operator environment, reducing the hand-offs between collection and understanding.
Find new, changed and anomalous energy across busy spectrum through masking, new-energy detection, wideband survey and simultaneous multi-input views. Operators can move from broad awareness to focused investigation without changing platforms.
Connect supported software-defined radios and receivers for real-time spectrum and temporal analysis. Sceptre supports simultaneous sources and lets teams choose the bandwidth, receiver architecture and processing tier appropriate to the mission.
Work across communications, radar, wireless protocols and other signal types from a common operator environment. Real-time bit breakout, constellation displays, pulse products and extensible detectors support both rapid triage and deeper technical analysis.
Recording, remote operation and precision location turn the operator workspace into a wider mission system.
Record mission data for replay, analysis and reporting, or bring previously collected files into an offline workflow. STS can integrate processing with suitable mission recording and storage where collection volumes or retention requirements demand it.
Configure and observe distributed systems remotely, including operations over constrained command-and-control links. Circular pre-event buffering, web views, intercept management and sensor mapping support persistent or unattended deployments.
Advanced Sceptre tiers support automatic and interactive geolocation, TDOA/FDOA workflows, beamforming, direction finding, heatmapping and antenna-positioner control when paired with appropriate synchronised hardware.