Counter-UAS Systems
Integrated Counter-UAS Architecture
Our approach puts software at the core of Counter-UAS operations. This allows seamless integration with a wide range of sensors, effectors, and existing infrastructure giving users the freedom to co-build a solution tailored to their specific operational needs. Instead of being constrained by predefined systems, PREZIS empowers organizations to adapt, scale, and evolve as threats change.
Counter-UAS Systems
One architecture.
Modular deployment.
our differences
What sets us apart
Architecture before hardware
We prioritize software architecture over fixed hardware solutions. This approach enables seamless integration with a wide range of sensors and effectors, giving you the flexibility to build, adapt, and future-proof your Counter-UAS capability focused on your needs without being locked into a single configuration.
Operational depth
Our system is designed for real-world complexity. By combining multi-layered detection, intelligent data processing, and advanced command & control, we deliver deep operational insight. Ensuring accurate threat assessment and confident decision-making in dynamic environments.
Configurable response logic
Every threat scenario is different. Our platform enables you to define and adapt response strategies based on mission requirements, rules of engagement, and risk levels. Supporting precise, scalable, and controlled mitigation actions. This flexibility makes it equally applicable in complex urban and civilian environments, where control, safety, and context-awareness are critical.
Deployment without disruption
PREZIS integrates into existing infrastructures with minimal impact. Whether in urban environments, critical infrastructure, or active operations, the system can be deployed rapidly without interrupting ongoing activities. Ensuring continuous security and operational continuity.
Designed for structured control
The PREZIS Counter-UAS architecture is built around four core operational pillars: detection, analysis, decision, and mitigation. Together, these elements form a structured and cohesive framework for managing complex airspace threats.
- Clear and intuitive operator workflows
- Reduced response latency
- Consistent and reliable decision-making
- Scalable configurations without compromising centralized control