Defense

應用故事

Ship Detection Modules

A vessel module uses rugged edge AI to provide real-time surface and sub-surface awareness. Neousys' ultra-rugged computer processes high-volume sensor data for instant decision-making, enhancing safety and supporting autonomous maritime navigation.

Autonomous Mobile AI Drone Detection Vehicles (Member only)

Autonomous mobile AI drone detection vehicles combine AI computing, multi-sensor fusion, and rugged hardware to safeguard airspace against unauthorized drones.

AI Robotic Dog Keeps Factory Industrial Sites in Check (Member Only)

Why are robotic dogs revolutionizing industrial inspections? Explore how Neousys Rugged NVIDIA® Jetson edge AI Computer enables stair-climbing, corridor navigation, and rugged terrain mobility.

Applications of Robotic Hounds in Defense Operations

Robotic hounds are reshaping defense missions by performing high-risk tasks in extreme terrain. With Neousys rugged AI edge computing, these agile units handle real-time mapping, surveillance, and autonomous logistics while keeping soldiers out of harm' s way.

Autonomous Communication Node Vehicle

Autonomous Communication Node Vehicles (ACNVs) provide secure, mobile communication for military operations. Neousys SEMIL series offers rugged, reliable solutions.

Autonomous Mapping & Reconnaissance Vehicle

Discover how Autonomous Mapping & Reconnaissance Vehicles, powered by Neousys' Rugged Box-PC and Drone Computer, provide AI-enabled monitoring & mapping in extreme environments.

自主情蒐車輛

自主資料記錄/分析車輛是一種專為戰場設計的先進系統,旨在即時收集、處理和分析關鍵資料,以強化軍事行動效率...

自主多用途國防移動載具

為軍用無人移動載具(自動駕駛車)實施強固嵌入式 NVIDIA Jetson 系統,以實現即時 AI 分析、遠端控制和耐高溫,並使用 IP67 攝影機和感測器實現任務靈活性和可靠性...

E-book : Extreme-Rugged AI Computers for Defense Autonomous Systems (Member Only)

A defense autonomous data logger/analytic vehicle in the battlefield is a sophisticated system designed to collect, process, and analyze critical data in real-time, enhancing military operations...

自動駕駛地雷探測和標記車

自動駕駛掃雷車可以取代人力,對雷區進行探測並用紅、白漆線標記掃描的區域,在農村地區、山坡等地形複雜的環境中進行掃雷工作。

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