It utilizes a highly portable multi-radar sensor stack combined with a future-proof edge computing architecture and scalable AI software. This setup ensures industry-best detection range and node coverage, along with unmatched classification and probability data for advanced air and ground surveillance.

Key features include configurable radar coverage from 180° to 360°, up to a 2.5KM detection range, multi-node expansibility, compact size for easy assembly, 4D phased array technology, AI-enabled classification, embedded zero-trust security, and powerful integration capabilities with REST, MQTT, and ZMQ APIs.

Yes, the MatrixSpace 360 Radar is designed for easy integration with established surveillance systems. It supports seamless connectivity and relocation of multiple radar systems without the need to extend power or connectivity infrastructure.

The radar offers an industry-leading detection range of up to 2.5KM for aircraft like the Cessna 172 and up to 750m for drones like the Phantom 4 UAV. Its dynamic clutter filtering eliminates nuisance and false tracks, providing precise tracking of range, altitude, azimuth, velocity, and time.

It features embedded zero-trust security, policy-based expansion, zero-touch provisioning, edge virtualization with vTPM, secure boot, physical device lockdown, and secure remote access through VPN tunnels. These measures ensure strict security policy enforcement and protect against unauthorized access.

The system offers unparalleled scalability through software-defined sensing and multi-node expansibility. Users can easily connect and relocate multiple radar nodes to expand or modify safety corridors and protected spaces as needed, without additional power or connectivity infrastructure.

The radar leverages AI-enabled classification and probability analysis, which can be upgraded over-the-air. Its edge computing architecture allows for real-time data processing and decision-making locally, reducing latency and enhancing system performance even in environments with limited connectivity.

The radar operates on low power consumption and can be powered by 120VAC, 240VAC, or 48VDC with battery or solar backup options. It is built to withstand harsh environmental conditions, including extreme temperatures, high humidity, surge protection for lightning, and non-condensing humidity tolerance.

It supports powerful integration through REST, MQTT, and ZMQ APIs for controlling and receiving target track data. The system also offers long-term track history retention, allowing for comprehensive data analysis and management either in the cloud or on-premises.

The radar is FCC compliant, adhering to standards such as FCC CFR 47 Part 15 and Part 87, IEC 61643, IEC 61000 series, IEC 62368-3, and NIST 8259. These certifications ensure the system meets rigorous safety and performance standards for reliable operation.

Yes, the radar includes secure remote access capabilities, allowing authorized personnel to monitor and manage the system from any location via encrypted web portals or dedicated mobile applications. This ensures continuous oversight and control, even from remote sites.

Customization options include specialized sensor configurations, sector-specific analytics modules, integration with industry-specific software, and tailored mechanical mounting solutions. Clients can also opt for additional features like ADS-B integration to enhance functionality based on their specific needs.

A standard installation typically takes 4 to 6 weeks, including site assessment, hardware installation, software configuration, and system testing. Larger or more customized deployments may take between 3 to 6 months to accommodate additional integration and customization requirements.

Its combination of a highly portable multi-radar sensor stack, future-proof edge computing architecture, scalable AI software, industry-leading detection range, and robust security features sets it apart. Additionally, its ease of integration, compact size, and ability to provide unmatched classification and probability data offer a level of air and ground surveillance that was previously impossible.

The radar provides full visibility in low airspace, accurately detecting and tracking everything from large vehicles to drones and small aircraft. Its comprehensive coverage and advanced detection capabilities enable effective monitoring and response across complex airspaces, enhancing overall perimeter security and airspace safety.