Os nossos sistemas de radar são construídos sobre uma arquitetura unificada de quatro camadas. Esta metodologia de co-design de cima para baixo garante que o nosso hardware e software funcionem em perfeita sinergia, maximizando a utilização de recursos e desbloqueando todo o potencial do radar desde a base.
From Hardware Foundation to Intelligent Fusion — Built for the Most Demanding Missions
This system takes the AESA active phased array hardware as its core carrier, equipped with DBF digital beamforming and MIMO multi-channel transceiving technologies, to build a highly reliable radar hardware foundation, providing underlying support for subsequent signal processing, target detection and multi-sensor fusion.
Serving as the "brain" of our systems, this layer filters truth from noise. Driven by proprietary algorithms like Adaptive Clutter Suppression and Track-Before-Detect (TBD), it ensures stable operation and maintains exceptionally low false alarm rates even against heavy background clutter and dense, weak targets.
Delivering full detect-to-respond capability. By integrating radar-guided Steer-to-Cue with multi-spectrum imaging, it bridges wide-area warning and precise visual confirmation, forming a closed-loop solution adaptable to diverse land, maritime and low-altitude scenarios.
Driving Innovation from Hardware Architecture to Intelligent Algorithms
The foundation of our superior detection performance. Active Electronically Scanned Array (AESA) technology eliminates mechanical moving parts, ensuring extreme reliability and agile beam steering. Combined with Digital Beamforming (DBF), it enables high-precision, rapid scanning, and robust multi-target tracking even in heavy interference environments.
MIMO technology leverages spatial, temporal, and frequency dimensions to significantly enhance resolution. This advanced processing is particularly effective at detecting ultra-slow targets (down to 0.2m/s) and lateral movements, overcoming the fundamental limitations of traditional radar systems.
The key to achieving an exceptionally low false alarm rate. Our algorithms dynamically learn environmental signatures—such as swaying trees, ocean waves, or heavy rain—and automatically adjust filters in real time, ensuring stable extraction of weak target signals against severe background clutter.
When the signal-to-noise ratio is low or targets are dense, our TBD algorithm performs multi-scan tracking correlation and energy accumulation before making a detection decision. This drastically improves the success rate of detecting and tracking faint, dense targets in complex scenarios.
By fusing high-definition visible light with infrared thermal imaging, we leverage the strengths of both spectrums. This complementary approach guarantees clear target observation and identification day or night, through fog, smoke, or complete darkness.
Integrating advanced acquisition algorithms with high-precision servo control, our optical systems automatically and continuously track high-speed, highly maneuverable targets—either autonomously or under direct radar guidance—while recording vital video evidence.
Through standardized interfaces, real-time radar data automatically drives electro-optical cameras to slew and lock onto detected targets. This seamless transition from wide-area surveillance to precise visual confirmation closes the loop from "detect" to "identify."
By breaking through TR module miniaturization and high-density integration, our modular designs drastically reduce volume, weight, and power consumption without sacrificing performance, ensuring easy transport, rapid deployment, and rugged reliability in harsh environments.
Engineered for Uncompromising Speed, Precision, and Durability
Our systems achieve sub-second automated guidance from radar detection to electro-optical locking. This "detect-to-identify" closed loop is powered by high-speed radar data refresh rates, intelligent Slew-to-Cue algorithms, and high-torque servo systems responding at 100°/s². Supported by a dedicated data link with ≤7ms transmission latency and a microservices-based software platform, we ensure instantaneous command execution, making it impossible for fast-moving targets to evade our continuous tracking.
We combine high-resolution AESA and MIMO hardware with advanced algorithms to maintain order in chaotic environments. Our Track-Before-Detect (TBD) and multi-dimensional fusion algorithms track hundreds of targets simultaneously without confusing intersecting trajectories. By fusing radar kinematics with multi-spectrum visual data and AI analytics, we create a unified situational awareness map that delivers high-confidence threat identification, even against dense drone swarms or clustered ground targets.
Built to operate flawlessly in the world's most unforgiving conditions. Our hardware features a wide operating temperature range (-40℃ to +55℃), IP67 dust and water resistance, and select electro-optical units achieving C5-M marine-grade anti-corrosion certification for coastal deployments. Beyond physical ruggedness, our adaptive clutter suppression algorithms filter out environmental noise like swaying trees, ocean waves, and heavy rain. Combined with solid-state components and built-in surge protection, we guarantee 24/7 mission-critical availability.
Um Sistema para Múltiplos Cenários, Implantado com Facilidade
Built on the standardized DF300 architecture, our systems offer unparalleled adaptability. By combining a unified technical foundation with specialized service modules, we can rapidly customize solutions for diverse scenarios—from anti-UAV defense and border surveillance to forest fire warning. With flexible deployment options (local, private, or public cloud) and native support for multi-level cascading, the platform scales effortlessly from a single checkpoint to a nationwide security network.
Midradar systems are designed as open ecosystems, breaking down vendor lock-in. We support standardized protocol integration (GB/T 28181, ONVIF, RTSP) for diverse sensors and effectors from multiple brands. Beyond hardware, we provide rich Restful APIs and SDKs for deep secondary development, while our IAS100 AI platform allows for the plug-and-play integration of proprietary or third-party algorithms, ensuring your security infrastructure continuously evolves with emerging targets.
De Código Avançado a Vantagem no Mundo Real
• Tecnologia Aplicada: Processamento Adaptativo de Clutter & Classificação de Alvos com IA
• Como Funciona: O nosso sistema filtra inteligentemente o clutter do solo da infraestrutura do aeroporto e classifica com precisão bandos de pássaros, fornecendo ao controle de tráfego aéreo avisos antecipados para prevenir colisões com pássaros, mesmo em névoa densa ou à noite. Esta capacidade é diretamente extraída do nosso motor algorítmico central, como detalhado em nosso whitepaper tecnológico.
• Tecnologia Aplicada: Rastreamento de Fusão Multi-Dimensional & Computação de Alto Desempenho
• Como Funciona: Quando um enxame de drones se aproxima de uma fronteira, a plataforma de computação de alta potência do nosso radar e os algoritmos avançados de rastreamento mantêm trilhas individuais em cada drone, proporcionando dados precisos para acionar contramedidas e neutralizar a ameaça efetivamente, um cenário validado em vários testes em campo.
• Tecnologia Aplicada: Detecção de Sinal Fraco & Integração Aberta
• Como Funciona: Para infraestruturas críticas, um drone furtivo e de baixo RCS que tenta uma abordagem em baixa altitude é detectado pelos nossos algoritmos sensíveis de sinal fraco. O sistema imediatamente envia as coordenadas do alvo via sua API aberta para uma câmera PTZ integrada para confirmação visual e para um dispositivo acústico para uma resposta automatizada.
• Tecnologia Aplicada: Fusão de Radar e Vídeo & Arquitetura Aberta
• Como Funciona: Em ambientes urbanos, o nosso radar atua como o sensor primário de ampla área para detectar atividades anômalas. Sua arquitetura aberta permite integração contínua com dispositivos acústicos/ópticos e plataformas de comando e controle, criando um sistema montado em veículo de rápida resposta para missões de segurança pública.
Os nossos engenheiros estão prontos para mergulhar nas suas necessidades técnicas e demonstrar como a nossa tecnologia pode proporcionar uma vantagem decisiva para a sua missão.
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