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Technology

Core Technology Pillars

Our radar systems are built on a unified, four-layer architecture. This top-down, co-design methodology ensures that our hardware and software work in perfect synergy, maximizing resource utilization and unlocking the full potential of the radar from the ground up.

System Architecture

The Unity of Extreme Performance and Practicality

  • Top-Down Co-Design

    We employ a system-level co-design methodology, ensuring hardware resources are maximally utilized to extract the ultimate performance from the radar system from its very foundation.

  • Field-Proven Design

    We go beyond laboratory specifications. Our designs are deeply rooted in solving the real-world pain points of complex environments like airports and critical infrastructure, ensuring robustness and reliability where it matters most.

Advanced Algorithms

Conquering the Challenge of Low-Slow-Small (LSS) Targets

  • Adaptive Clutter Processing

    Our radar builds a dynamic clutter map in real-time, allowing it to adaptively suppress interference from the environment and reliably detect faint target signals even in extremely low signal-to-clutter conditions.

  • Multi-Dimensional Fusion Tracking

    By deeply fusing multi-dimensional information like RCS fluctuations and micro-Doppler signatures, our system prevents track loss and misidentification in dense scenarios, such as bird flocks or drone swarms.

  • AI-Powered Target Classification

    We transform radar echoes into recognizable feature maps, leveraging deep learning to accurately classify targets such as birds versus multi-rotor drones, providing actionable intelligence, not just data.

  • Weak Signal Detection

    Using long-time coherent integration and advanced non-linear processing techniques, we break through traditional sensitivity limits to detect targets with exceptionally small radar cross-sections.

High-Performance Computing

The Engine for Real-Time Intelligent Processing

  • Ultra-Low Latency Signal Processing

    A pipelined, parallel processing architecture ensures millisecond-level latency from signal sampling to track output, enabling instantaneous capture and response to high-speed targets crossing no-fly zones.

  • Dense Target Association

    Our platform possesses the immense computational power required for complex association calculations in high-density scenarios, maintaining unsaturated performance and uninterrupted tracking even during mass bird migrations or drone swarm attacks.

  • Future-Proof Open Architecture

    We design our platforms with significant computational redundancy and an open architecture, providing ample room for future evolution and the integration of next-generation algorithms.

Generalization & Openness

One System for Multiple Scenarios, Deployed with Ease

  • Configuration-Based Deployment

    Deploying the radar for different application scenarios is as simple as adjusting parameters through a graphical user interface, drastically lowering the barrier to entry and deployment time.

  • High-Precision & Easy Integration

    Our systems provide high-precision target location data and feature an open API, allowing them to serve as the core perception unit in a larger security ecosystem. They seamlessly integrate with PTZ cameras, effector systems, and third-party C2 platforms with plug-and-play simplicity.

The Midradar Difference

Technology in Action

From Advanced Code to Real-World Advantage

Ready to See the Future of Radar?

Our engineers are ready to dive deep into your technical requirements and demonstrate how our technology can provide a decisive advantage for your mission.

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