Technology Segments
Anti-Drone Systems
MACS System — an advanced anti-drone protection platform based on multi-sensor fusion and AI algorithms.
Overview
About the Segment
The Defence.HUB anti-drone systems segment focuses on the development and commercialisation of MACS (Modular Anti-drone Counter System) — an integrated platform for detecting, tracking and neutralising unmanned aerial vehicles. The system combines data from radars, thermal cameras, RF detectors and acoustic sensors into a single situational picture, using advanced AI algorithms for automatic classification and threat prioritisation. MACS is developed in cooperation with Seraphim Defence Systems P.S.A. and designed for the protection of critical infrastructure, military bases and mass events.
Key Features
Capabilities & Competences
Multi-sensor Fusion
Integration of data from radars, EO/IR cameras, RF detectors and acoustic sensors into a single coherent situational picture with automatic target correlation.
AI Classification Algorithms
Advanced neural networks for automatic drone type identification, threat level assessment and optimal neutralisation method recommendation.
FPV Drone Detection
Dedicated module for detecting fast FPV drones — a growing threat on the modern battlefield, with response time under 2 seconds.
Modular Architecture
Scalable design allowing customisation of sensor and effector sets to specific client requirements and operational scenarios.
C2 Systems Integration
Capability to integrate with existing command and control systems, with NATO STANAG protocols and API interfaces.
Autonomous & Remote Mode
Capability for fully autonomous or remotely controlled operation, with multi-level operator supervision.
Applications
Application Areas
Critical infrastructure protection
Military base protection
Mass event security
Airport security
Border protection
Convoy and patrol protection
Partners
Strategic Cooperation
Seraphim Defence Systems P.S.A.
Strategic partner — MACS system co-developer
Research institute (NDA)
Cooperation in AI algorithms and sensor fusion