The assessment and command-and-control layer for the electromagnetic spectrum — a confidence-scored electronic order of battle, live signal characterization, and EMI deconfliction, built to the same graded, human-confirm discipline as the rest of the Aztech City suite.
RAVEN is the electromagnetic battle-management (EMBM) and electronic-order-of-battle (EOB) assessment layer of the Aztech City suite. It operates on detections handed up by sensors and classifiers — deliberately not a collector, a DSP classifier, or a jammer — and occupies the long-open EMBM seam between the hardware/effector lane and the AI-classifier lane. Every emitter it holds is graded on how well it has actually been measured, not just what it looks like. A dual-phosphor oscilloscope identity (amber live trace, cyan max-hold, persistence waterfall) sets it apart from every other Aztech platform on sight.
A live spectrum analyzer with amber live-trace and cyan max-hold, a persistence waterfall, clickable peak markers, and a tunable VHF/UHF/SHF front panel — the operator drives the frequency picture the way a real instrument does.
Fifty-plus radio, radar, and device classes keyed to their frequency ranges, emission types, and the identifiers they emit — IMEI/IMSI, MAC/BSSID, MMSI, ICAO 24-bit, P25/DMR unit IDs, drone Remote-ID — auto-matched to live detections by frequency.
Visualizes what a signal actually is: I/Q constellations for digital links, pulse-train and PRI-stagger views for radars, hop patterns for frequency-hoppers, plus occupied-bandwidth measurement, carrier-to-noise, and a coarse range estimate.
AZTECH-SENTINEL-CORE grades every emitter on source reliability (A–F) and information credibility (1–6), and separates the intentional parameters that answer what kind of emitter it is from the unintentional SEI artifacts that fingerprint the individual unit.
An electromagnetic-battle-management engine checks planned electronic attack against friendly JCEOI assignments and protected own-force receivers, flagging EW fratricide before it happens — assessment and C2, never collection or jamming.
Deconfliction output turned into a draft spectrum request: planned emissions, every conflict with friendly assignments and protected receivers, and a proposed mitigation for each.
One geographic view of the frequency fight: friendly net coverage, protected receivers, electronic attack footprints, emitter fixes and lines of bearing, and reported interference, with a plan-time slider and a bearing-by-frequency view.
Editable frequency plan with owners, time windows and locations; conflicts weighed by frequency, time and distance, including harmonics and intermod; EA status from planned to ceased with a logged CEASE ALL; interference reports with likely sources; propagation and jamming calculators; Word and PDF exports.
Every victim receiver against every interferer with the interference margin at the victim, plus side-by-side courses of action scored on conflicts, EA effectiveness and coverage, and a guided plan-analyze-deconflict-approve-export workflow.
Multi-INT and counter-UxS detection fusion — the sensing layer that hands RF, radar, acoustic, and optical detections up to RAVEN.
TRL 4
Longitudinal survey-baseline measurement of whether an influence campaign actually changed a population — assessment, not collection.
TRL 4-5
Space domain awareness and the SOCOM/CYBERCOM/SPACECOM irregular triad, positioned as a software and data bolt-on to prime sensor networks.
TRL 4