Astiron
← PRODUCTS/Astiron Optical Track/SYSTEM 03
AIR-GAP ARCHITECTURE·SOVEREIGN IP·MADE IN INDIA
SYSTEM 03 · 04/Counter-UAS Electro-Optical Tracking

Astiron Optical Track

Precision electro-optical and infrared target tracking for counter-drone defense.

SYSTEM PARAMETERSSPECIFICATION 8006
SENSOR PAYLOADDaylight Visible + Thermal IR
TRACKING PLATFORMEdge Compute Gimbal Interface
ENGAGEMENT MODELPositive Visual Identification
AUTHORITY MODELStrict Human-in-the-Loop
SYS-03 TELEMETRY FEED
Sensor Schematic
Astiron Optical Track Schematic
TACTICAL HUD MATRIX // VECTOR SCHEMATIC
Astiron Sovereign IPZero Foreign Cloud Dependency
CAPABILITY PROFILE // SYS-03

Continuous day/night visual acquisition and tracking engineered for mobile air defence units and forward asset perimeter security.

Astiron Optical Track serves as the visual confirmation and precision tracking layer in counter-UAS architectures. Upon receiving initial cueing from radar or acoustic sensors, it slews onto the target sector, acquires the aerial contact across visible and thermal spectra, and maintains a continuous line of sight for positive identification and engagement decisions.

DEPLOYMENT:100% AIR-GAPPED
VERIFICATION:HUMAN-IN-THE-LOOP
SYSTEM ARCHITECTURE // 03 PRINCIPLES

Engineered for sovereign isolation and contested warfare.

Every component is architected from first principles to operate without reliance on commercial cloud providers or external connectivity.

DETERMINISTIC · AUDITABLE · AIR-GAPPED
01

Multi-Spectral Continuous Lock

Fuses visible light contrast and thermal infrared signatures to maintain target tracking through dynamic illumination and dusk transitions.

02

Autonomous Slew & Cueing

Accepts rough bearing and range hand-offs from radar and acoustic sensors to rapidly point and acquire moving micro-UAS targets.

03

Low-Latency Fire-Control Telemetry

Provides high-frequency line-of-sight tracking data necessary for operator classification and defensive response systems.

OPERATIONAL TIMELINE // 03 PHASES

Signal-to-Decision Sequence

END-TO-END TACTICAL LATENCY < 50MS
PHASE 01PHASE 01

Sensor Cue Hand-Off

Receives initial azimuth and elevation cues from radar or acoustic perimeter detection systems.

PHASE 02PHASE 02

Visual Lock & Classification

Slews gimbal to target coordinates, locks bounding box, and surfaces high-resolution optical feed to operator.

PHASE 03PHASE 03

Continuous Track Telemetry

Calculates kinematic trajectory vectors and maintains steady target line of sight until engagement completion.

RESEARCH WHITE PAPER // DISPATCH 8006

Detecting a drone is easy. Tracking it long enough to stop it isn't.

Technical evaluation, telemetry benchmarks, and architecture specifications from the Astiron Defence Engineering Lab.

Read Full White Paper→