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RAPTOR

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Autonomous Air Protection.

Raptor is the autonomous aerial intelligence platform, engineered for critical operational environments. By combining on-board AI-Driven perception with secure system architecture, we provide reliable situational awareness in the most complex environments.

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> Stuttgart, Germany

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01. Challenges

Unprotected Urban Airspace. The New Security Gap.
Incidents near critical infrastructure are increasing as drones become cheaper, more capable, and easier to deploy. Yet most environments remain unprepared to respond in real time. Existing security solutions are fragmented—some detect threats, others respond—but few can do both within seconds. Response times are often too slow, systems lack mobility, and single assets are easily overwhelmed during coordinated multi-drone incidents. As urban airspace becomes more contested, the gap between detection and effective response continues to grow.

02. Solution

An advanced system to counter modern threats.
Raptor is an autonomous air-protection system built to defend critical infrastructure against unauthorized Airspace Intruders. By combining standard radar and RF sensing with AI-driven visual detection, the platform continuously monitors protected airspace and identifies UAV intrusions within seconds of real time, while enabling the operator with a Risk-Classification.  Once a threat is detected and classified, interceptor drones launch autonomously to track and monitor the situation. Operators remain in full control at all times through the integrated command and control system.
Detection
Classification
Interaction
Auditing
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03. Advantages

Built for Speed, Scale, and Real-World Operations
Raptor is designed to gain the upper hand in the Airspace of the Future. By combining easy deployment, intelligent swarm drones and highly mobile systems, we equip our partners with the opportunity to detect, assess and respond to aerial threats within seconds
Speed
Distributed micro-dock infrastructure enables deployment within seconds and immediate situational awareness where it matters most.
Policy
Raptor operates through policy-governed autonomy designed for civil and regulatory environments. Predefined rules ensure safe, and controlled execution.
Swarm
AI-powered swarm orchestration enables multiple drones to coordinate and respond to several targets, allowing effective handling of multi-drone incidents.
Mobility
The “Event-in-a-Box” system allows rapid deployment wherever coverage is needed. Capabilities can be established quickly, without permanent infrastructure.
Audits
Every mission is documented and logged for full operational transparency. Built-in auditing ensures compliance, traceability, and evidentiary integrity.

04. Use Cases

One System. Various Applications.
From critical infrastructure to major public events, modern security challenges demand rapid and flexible response capabilities. Raptor adapts to different operational environments, enabling authorities to monitor, assess, and react to aerial threats wherever they occur. A modular architecture allows the system to scale across locations and scenarios while maintaining consistent control and situational awareness.
Connect with us to learn more.
If you would like to learn more about Raptor or discuss potential deployment scenarios, feel free to reach out. Our team is available to explore use cases, partnerships, and applications for securing critical infrastructure.