Operational build — live and active on launch. Opens straight into the live map showing
your location and the real signals around you. No demo, no simulated data. Phone radios start scanning immediately (Wi-Fi + BLE drone Remote ID, acoustic); plug an RTL-SDR into USB-OTG and the radio decoders come up automatically.
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New in v5.6 — plug-and-play on any network: the app now
auto-discovers the RID sensors on whatever LAN the phone joins — a gentle one-shot sweep that keeps only hosts answering the sensor signature — so a kit (phones + sensors) self-configures with no hard-coded IP list, and picks up sensors that change address or come online later. This is now a
signed release build (stable signing key) with the C2 endpoint preconfigured, so a fresh install is operational out of the box.
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New in v5.5 — deauth/jam blackout detection: a deauth or Wi-Fi jam knocks the sensor being attacked off the air, so it can’t report the very attack hitting it. The app now watches the whole sensor cluster and, when several sensors go dark together, raises a HIGH
network-threat alert — inferring the attack from the blackout itself, the one path the jammer can’t silence. Pairs with new firmware that reports rogue-AP (evil-twin/KARMA/beacon-spam/Pineapple/Pwnagotchi/Marauder) and BLE-spam/Find-My-follower threats to C2.
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New in v5.4 — closed-loop red-team detection (MYTHOS): the phone now signs its BLE/Wi-Fi threat findings as evidence, a gateway reasons over them and mints a hardened rule, and the phone pulls that rule back and applies it — a full detect→reason→respond loop, no one-way comms. Backed by a
durable store-and-forward outbox so evidence survives a gateway outage and is delivered when the link returns.
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New in v5.4 — BLE-flood false-positive fix: a crowded room of real BLE devices no longer reads as a Flipper-style BLE-spam attack; the detector now separates a genuine payload flood (few sources, very high advert rate) from a busy environment.
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New in v5.4 — acoustic engine-PLATFORM classification: beyond electric multirotors, the acoustic path now attempts to name the engine type — a
Shahed/Geran-type piston “brapp” vs a
jet/turboprop turbine. Honest scope: air-vs-ground and the platform call are treated as a
corroboration ADVISORY (a small piston engine genuinely sounds like a moped), and only escalate to an alert when an independent airborne source — Remote ID, an RF control link, or a fleet sensor — agrees.
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From v5.3 — BLE Remote ID position fix (consolidated onto the app's unit-tested ASTM F3411 parser) and a standing build check that fails if any capability is wired to nothing.
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From v5.2 — capability-accuracy pass: the AMC modulation classifier is now genuinely wired into the live scan (previously built and tested but never actually invoked outside self-test). The DJI/OcuSync burst detector's on-map label now reads
“Possible DJI drone” and is explicit that it's burst-presence detection, not full identity decode (full DroneID payload — serial, pilot/home GPS — needs wideband SDR hardware this app doesn't have yet).
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From v5.1: cross-peer multilateration,
on-device behavioral health scoring for tracked emitters, an opt-in
GNSS spoofing detector,
LTE cell decode retuned to exact EARFCN channel centres, and a throttled-repost sensor census (TPMS/ISM/POCSAG/FLEX) so a still-present emitter doesn’t vanish from the map.
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Digital voice & trunked radio decoders: DMR,
P25 Phase 1, and
TETRA — every decode
FEC/CRC-verified before it's shown. Plus readable on-screen
Morse/CW and VOR-ident readout.
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Full capability set: drone Remote ID (WiFi + BLE), DJI/OcuSync burst detection,
MAVLink telemetry,
FPV / ELRS & Crossfire FHSS de-hop, ADS-B, AIS, Inmarsat STD-C / Aero, 406 SARSAT, POCSAG, FLEX, ACARS/VDL2, weather-radio SAME/EAS alerts, ISM / TPMS census.
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Task-first home screen: plain-language mission cards (Find Drones / Aircraft / Ships / Phones & Towers / Mesh Radios / Scan Everything); every individual decoder still available under “Advanced.”
• Direction finding (heading + RSSI bearing), GPS-tracker heartbeat detection,
multi-target tracking with threat scoring + geofence-breach alerts, live
modulation classification,
RF fingerprinting / SEI, and a real
trained acoustic model (YAMNet backbone; drone / aircraft / non-target, 92% drone recall).
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Fusion cooperative-subtraction + ISM noise gate keeps the map clean; the live 🧠 chip shows status and marks benign emitters.
Ready-for-hardware, not yet live on a standard RTL-SDR: full DJI DroneID payload decode, angle-of-arrival, analog FPV video OSD reading. See the how-to guide for what that means. Grant location + nearby-devices permissions on first launch.