Built to safeguard lives and assets through responsible autonomy.
Interoperable by design, every Orbotix Unmanned Aerial System integrates surveillance, reconnaissance, and tactical response within one shared autonomy core.
Engineered for resilience under pressure. In GPS-denied and contested environments, our drones stay precise, fast, and reliable.
Built to safeguard lives and assets through responsible autonomy.
Interoperable by design, every Orbotix Unmanned Aerial System integrates surveillance, reconnaissance, and tactical response within one shared autonomy core.
Engineered for resilience under pressure. In GPS-denied and contested environments, our drones stay precise, fast, and reliable.
Built to safeguard lives and assets through responsible autonomy.
Interoperable by design, every Orbotix Unmanned Aerial System integrates surveillance, reconnaissance, and tactical response within one shared autonomy core.
Engineered for resilience under pressure. In GPS-denied and contested environments, our drones stay precise, fast, and reliable.
The Autonomous Target Acquisition (ATA) System forms the core of Orbotix’s autonomous UAV architecture.
It integrates advanced AI with tactical-grade hardware to deliver next-generation situational awareness for defense and security operations.
Operational Highlights:
Real-time target identification and assessment in complex environments.
Autonomous scanning, classification, and prioritization of threats under operator command.
AI-driven algorithms tested on prototype surveillance drones for validation against armored and mobile targets.
Operational resilience in GPS-denied and signal-contested conditions.
The Autonomous Target Acquisition (ATA) System forms the core of Orbotix’s autonomous UAV architecture.
It integrates advanced AI with tactical-grade hardware to deliver next-generation situational awareness for defense and security operations.
Operational Highlights:
Real-time target identification and assessment in complex environments.
Autonomous scanning, classification, and prioritization of threats under operator command.
AI-driven algorithms tested on prototype surveillance drones for validation against armored and mobile targets.
Operational resilience in GPS-denied and signal-contested conditions.
The Autonomous Target Acquisition (ATA) System forms the core of Orbotix’s autonomous UAV architecture.
It integrates advanced AI with tactical-grade hardware to deliver next-generation situational awareness for defense and security operations.
Operational Highlights:
Real-time target identification and assessment in complex environments.
Autonomous scanning, classification, and prioritization of threats under operator command.
AI-driven algorithms tested on prototype surveillance drones for validation against armored and mobile targets.
Operational resilience in GPS-denied and signal-contested conditions.
Tactical One-Way Attack Drone
WASPER-1 combines AI targeting, swarm coordination, and rapid deployment to deliver impact with minimal operator risk, even in GPS-denied or contested environments.
Tactical One-Way Attack Drone
WASPER-1 combines AI targeting, swarm coordination, and rapid deployment to deliver impact with minimal operator risk, even in GPS-denied or contested environments.
AI-Powered Visual Intelligence
VMBRA provides real-time situational awareness for public safety, infrastructure protection, and border security.
Powered by advanced AI and computer vision, it detects, tracks, and analyzes threats across any environment.
Integrated with the VIGIL-1 autonomous drone, VMBRA ensures continuous coverage and faster, data-driven decisions.
Operational Highlights
AI-Powered Visual Intelligence
VMBRA provides real-time situational awareness for public safety, infrastructure protection, and border security.
Powered by advanced AI and computer vision, it detects, tracks, and analyzes threats across any environment.
Integrated with the VIGIL-1 autonomous drone, VMBRA ensures continuous coverage and faster, data-driven decisions.
Operational Highlights
Autonomous Aerial Surveillance
VIGIL-1 is an autonomous UAV engineered to provide continuous aerial monitoring for cities, infrastructure, and public spaces.
Powered by AI-driven vision and seamless integration with the VMBRA ecosystem, VIGIL-1 delivers real-time situational awareness to support safer, smarter environments.
Designed for reliability and ease of deployment, VIGIL-1 operates as an always-ready guardian, recognizing activity, identifying aerial threats through ASOS integration, and extending VMBRA’s intelligence across complex urban landscapes.
Key Capabilities
• Autonomous Flight
• AI-Assisted Surveillance
• Aerial Threat Recognition (ASOS Integration)
• Reliable Performance Across Urban Environments
Autonomous Aerial Surveillance
VIGIL-1 is an autonomous UAV engineered to provide continuous aerial monitoring for cities, infrastructure, and public spaces.
Powered by AI-driven vision and seamless integration with the VMBRA ecosystem, VIGIL-1 delivers real-time situational awareness to support safer, smarter environments.
Designed for reliability and ease of deployment, VIGIL-1 operates as an always-ready guardian, recognizing activity, identifying aerial threats through ASOS integration, and extending VMBRA’s intelligence across complex urban landscapes.
Key Capabilities
The landscape of defense and security is evolving faster than ever.
At Orbotix Industries, we design autonomous systems that enhance operator safety, strengthen mission resilience, and prepare Europe for the challenges ahead.
Our commitment is to develop AI-driven technologies that protect lives and values, building the tools to face the future with confidence.
