DTI System

Wearable, Portable C-sUAS System to Detect, Track, and Identify Aerial Threats

SIMULTANEOUS DRONES

0 +

KM DETECTION RANGE

7 +

SUPPORTED MODELS

0 +

DTI System Overview

DTI by DZYNE is a portable, wearable, zero-emission solution for real-time drone detection, tracking, and identification. It monitors up to 30 drones simultaneously, distinguishes drones from controllers, even of the same model, and assigns unique IDs for friend-or-foe recognition.

Equipped with three omni antennas, one DF antenna, and one GPS, it delivers precise tracking in a lightweight, field-ready design.

DTI system offers flexible deployment with significantly extended detection reach providing over 7 km of detection range when mounted at shoulder height, and more than 25 km when elevated on a 20‑ft mast.

ATAK-COMPATIBLE

Benefits

Features

Specifications

Benefits

Maintain Stealth While Monitoring
Passive, zero-emission detection allows operators to identify threats without revealing position.

See and Understand the Full Threat Picture
Simultaneously detect, track, and identify multiple drones with real-time situational awareness.

Respond Faster with Actionable Intelligence
Unique ID assignment and advanced classification enable clear friend-or-foe recognition.

Operate Effectively in Dynamic Environments
Lightweight, wearable design supports mobility across field, vehicle, and fixed deployments.

Scale Across Missions and Systems
Integrates seamlessly into existing tactical networks and counter-UAS ecosystems.

Features

Simultaneous Multi-Drone Detection
Track 30+ drones and controllers in real time.

Passive RF Detection (Zero Emission)
Identify threats through radio-frequency signals without transmission.

Advanced Identification & Electronic Fingerprinting
Differentiate drones and controllers, even of the same model, with precise classification.

Full 360° Coverage with Direction Finding
Automatic DF delivers accurate, all-airspace tracking without manual adjustment.

Extensive Drone Library & Wide Frequency Coverage
Identify 400+ drone models across 70 MHz – 6 GHz signal ranges.

Flexible Integration & Multi-Interface Feedback
Supports standalone or networked deployment with ATAK compatibility and visual, audible, and haptic alerts.

Specifications

Detection & Coverage

Detection Range: Up to 7 km (25 km elevated)
Detection Coverage: Full 360° airspace

Frequency & Signal

Radio Operating Range: 70 MHz – 6 GHz
Frequency Resolution: ≤100 Hz
Minimum Detectable Bandwidth: 100 Hz
Detection Bands: 400 MHz – 1800 MHz, 2.3 GHz – 2.6 GHz, 5 GHz – 6 GHz

Physical & Environmental

Weight: 800g (no battery) / 1300g (with battery & antennas)
Size: 16 cm x 9 cm x 4.5 cm
Protection Rating: ≥ IP65
Operating Temperature: -22°C to +55°C

Power

Battery: Rechargeable lithium-ion (NATO-compatible)
Runtime: Up to 6 hours

Video

Layered Defense Counter-UAS Ecosystem

Integrated Command & Control

The DTI System integrates directly into existing operational workflows with flexible interface and control options, including ATAK compatibility for tactical visualization, smartphone and tablet connectivity through a modern GUI, and multiple user feedback modes such as visual, audible, and haptic alerts.

Role-based access ensures controlled system operation tailored to mission requirements.

DTI System Components

Features three omni-directional antennas for wide-area detection

Includes a dedicated DF antenna for precise direction finding

Integrates GPS for accurate positioning and tracking

Designed for MOLLE-compatible wearable deployment

Enables USB-C connectivity and field-ready charging

Single-Operator Full-Spectrum Counter-UAS Kits

DZYNE’s DTIM Kits equip a single operator with full-spectrum Counter-sUAS capability in a compact, mission-ready package. A complete Detect–Track–Identify–Mitigate kit to defeat hostile drones and drone swarms, in a single-operator kit

Each DTIM Kit option provides long-range detection out to 25+ km through omnidirectional RF sensing with real-time alerts, and integrates Remote ID, AeroScope tracking, AI-driven identification, and TAK display support for complete situational awareness.