VEKTIR
VEKTIR provides an AI-driven drone detection and situational awareness platform that fuses acoustic, RF, and other sensor inputs to detect, classify, and track drone activity across complex environments. The platform offers distributed multimodal sensing with optional TAK integration for coordinated counter-drone response. It serves defense, critical infrastructure, civil security, and enterprise protection applications across Europe.
- Defense Tech
- Drones & Uncrewed Systems
- Artificial Intelligence
- Internet of Things
- Government Technology
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Drones are redefining warfare and enterprise security, exposing critical infrastructure such as airports, power plants, and logistics hubs by bypassing traditional fences, cameras, and radars. Conventional detection systems are inadequate against the evolving drone threat across defense, civil security, and commercial environments.
Solution
VEKTIR delivers a scalable, AI-driven drone detection and situational awareness platform that combines distributed multimodal sensing with advanced sensor fusion. The platform correlates acoustic, RF, and other sensor inputs to reliably detect, classify, and track drone activity across complex environments. It provides operators with a unified operational picture through intuitive interfaces, with optional integration into TAK and other command-and-control systems for coordinated counter-drone response. The platform is designed as a dual-use technology, supporting both defense and civilian security applications within a single architecture.
Target Audience
Primary customers include armed forces, government organizations, critical infrastructure operators (airports, power plants, logistics hubs), and enterprise security teams across Europe requiring shared situational awareness and drone detection capabilities.
Features
- Multimodal sensor fusion and AI classification that correlates acoustic, RF, and other inputs for reliable drone identification and tracking
- Distributed sensing architecture that scales across complex environments from single sites to broad geographic areas
- Situational awareness interfaces with optional TAK integration for sharing a common operational picture across teams and systems
- Dual-use platform architecture supporting defense, critical infrastructure, civil security, and enterprise protection applications