Every detected pulse is measured into a live descriptor — timing, frequency, power, and direction-finding-ready data — and automatically separated into distinct emitters. Runs in every mode; the node never stops listening.

Continuous spectrum and waterfall display streamed to the browser, running alongside whatever else the node is doing.

A parametric engine composes pulsed, coded, chirped, hopping, and noise-like signals on the fly — described in engineering units through the open Python API, not uploaded as bulk data.

Receive, transform, and retransmit in real time with programmable delay and frequency shift — or capture intercepted pulses and answer with coherent replays at programmed ranges and velocities. One intercept becomes a train of false returns for radar test and operator training.

The node exercises its full detect–measure–respond loop against its own emissions — no antenna, no range time. Rehearse on a bench; verify before you emit.

Continuous low-bandwidth streaming of signal data over the network in open VITA 49.2 and SigMF formats — a live feed for recording and downstream analysis tools.

An embedded VITA 49 interface captures at full bandwidth within the node's memory buffer — and plays recordings or arbitrary VITA 49 data back as the transmit source.

Channelizer and correlation-based signal detection and characterization for within-message set-on against LoRa-class UAS datalinks.

Energy detection and decode for within-message set-on, with FHSS sequence prediction against ELRS-class control links.