Sceptre is a flexible processing environment rather than a single-purpose instrument. STS shapes it around the signals, collection conditions and decisions that matter to each Australian customer.
Start with the operational decision, then configure collection, processing, analysis and retention around the signals and conditions that matter.
Build spectrum awareness, identify signals of interest and support rapid operator triage across complex electromagnetic environments. Sceptre combines wideband discovery with focused analysis and can scale from a portable station to distributed mission systems.
Bring supported collection sources into a common live and post-mission analysis workflow. Multi-input processing, recording, protocol tools and extensible outputs help analysts move from intercept to exploitation and reporting.
Establish a baseline, detect changes and investigate interference or unexpected activity. Survey, masking and unattended workflows suit facility monitoring, field surveys and geographically distributed collection.
Operate sensors where permanent staffing is impractical. Remote configuration, pre-event buffering and web-based views support Australian deployments where distance, access and communications bandwidth shape the architecture.
Add precision location, technical analysis, security survey or repeatable evaluation while retaining one connected Sceptre environment.
Combine synchronised receivers, timing, antennas and positioners to locate or direction-find signals. STS can stage and test the complete chain before delivery.
Support pulse detection, parameterisation and technical analysis through suitable Sceptre capabilities and receiver hardware. Training can be tailored to the operator workflow without publishing mission-sensitive details.
Survey for known, new and anomalous RF activity across facilities and operational environments. Sceptre can support recurring surveys and persistent monitoring when configured with appropriate receivers and protocols.
Use repeatable collection, recording and replay to evaluate systems, validate configurations and train technical teams. Simulation-assisted scenarios can reduce dependence on live RF activity.