SYSTEMS // DOSSIER

Deployed
hardware.

Four systems, one doctrine: perception, denial, and spectrum control processed on-device — not in a datacenter a thousand kilometers from the fight.

Air-defense gunners tracking aerial targets during joint counter-drone training
JOINT AIR-DEFENSE EXERCISE // TRACKING CELLFIELD REFERENCE
01 // Architecture

One stack,
four domains.

Every Aranruth system shares the same spine: sensor input, edge processing, structured output, and a control interface built for operators — not data scientists. SELIXOR answers what occupies the volume. ARGUS answers what moves inside it. WRAITH decides who owns the spectrum. BANSHEE denies the air to anything that flies on sound alone. Each system runs standalone at a perimeter, or federated as one layered denial architecture.

02 // SELIXOR

SELIXOR — occupancy
without a camera.

Camera-less volumetric sensing. SELIXOR establishes occupancy of a protected volume without optical capture — no imagery leaves the node, because no imagery is ever produced. Built for critical sites where photography itself is a legal or security liability: munitions depots, energy nodes, command facilities, and perimeters governed by privacy statute.

SELIXOR / CLASSIFIED-ADJACENT PROGRAM PAGE
PARAMETERVALUE
ModalityNon-optical volumetric occupancy sensing
Primary outputOccupancy state, position, and track of bodies inside the protected volume
Imagery producedNone. No frames, no stills, no optical capture at any stage
DeploymentFixed perimeter installations; indoor and outdoor volumes
Program channelHosted and briefed at selixor.cloud — direct program channel
Open SELIXOR program page ↗
03 // ARGUS

ARGUS — multi-spectral
vision at the edge.

An edge-computed multi-spectral vision engine. ARGUS ingests continuous visible and short-wave infrared imagery, converts raw sensor data into machine-generated tracks and classification data, and maintains subject identity through gait, cadence, and proportional movement signatures — without making facial appearance the primary signal. Detection, classification, and position estimation occur close to the sensor, on hardware that keeps working when the link is gone.

ARGUS / PROGRAM SHEET
PARAMETERVALUE
Mission domainPersistent sensing & perimeter security
Sensor inputVisible + SWIR, from airborne, perimeter, or fixed installations
ProcessingEdge AI — local feature extraction, real-time inference
OutputTrack / position / classification, structured for downstream systems
Identification methodGait, cadence, proportional movement — face not required
Integration postureSensing component inside a larger mission architecture
ARGUS product page Technology deep-dive Processing pipeline Mission profiles
04 // WRAITH

WRAITH — the spectrum,
managed.

Autonomous spectrum management and coherent deception built on Digital Radio Frequency Memory. WRAITH begins from the assumption that interference, malicious electronic scanning, and degraded communications are the operating condition — not the exception. Software-defined control of the electromagnetic environment around a critical area, with low-latency digital signal processing as a primary architecture requirement rather than a secondary optimization.

WRAITH / PROGRAM SHEET
PARAMETERVALUE
FunctionAutonomous spectrum management — usable or contested
Core architectureDRFM — digital retention and processing of RF signal information
ProcessingReal-time FFT on specialized FPGAs, inside the signal path
Response modelLow-latency; reacts inside the interference window
ControlSoftware-defined, autonomous employment modes
Layered rolesResilience, controlled deception, sensory control; masking of automated power-grid nodes against malicious electronic scanning
WRAITH product page
05 // BANSHEE

BANSHEE — denial
by sound.

Passive acoustic denial. BANSHEE's perimeter-deployed acoustic sensor networks operate in pure receive-only mode: no radio emissions, nothing for an adversary's direction-finding kit to lock onto. Combat-hardened neural nets isolate Rotor Blade Passing Frequencies (BPF) amid heavy ambient battlefield noise and artillery, then classify and neutralize rotary-wing threats — including swarms that emit no radio at all.

BANSHEE / PROGRAM SHEET
PARAMETERVALUE
SensingPassive acoustic arrays — receive-only, zero RF emission
ClassificationBPF isolation via hardened neural nets under battlefield noise
Threat setSingle rotors and RF-silent swarms; Class I UAS and below
Deployment kitsFOB / MRAP / PACK — fixed base, mobile convoy, dismounted
InteroperabilityATAK / BMS ready — C4ISR integration path
Program intakeDefense-secure channel via bashee.html intake portal
BANSHEE product page
06 // Next
The company Field reports Request program access