应用概述

As security challenges evolve across physical and digital boundaries, embedded computing at the edge plays a critical role in OT cybersecurity, enabling real-time protection through AI, automation, and secure infrastructure. ASRock Industrial reinforces this with globally recognized certifications, IEC 62443-4-1/4-2 for OT cybersecurity and FIDO Device Onboard (FDO) for zero-touch secure onboarding. These credentials ensure our solutions meet the highest standards for secure deployment in smart cities, industrial systems, and enterprise environments.

Safeguards critical infrastructure
Safeguards critical infrastructure
Secure deployment with FDO
Secure deployment with FDO
Enhanced OT security with IEC 62443-4-1/4-2
Enhanced OT security with IEC 62443-4-1/4-2
Real-Time threat detection and response
Real-Time threat detection and response

解决方案

Intelligent Surveillance

Transition from traditional video monitoring to intelligent surveillance powered by ASRock Industrial’s embedded platforms, enabling real-time AI-based object recognition, behavior analysis, and threat detection. Supporting multi-channel video input, edge inference, and local decision-making, our solutions are widely adopted in smart buildings, factories, and public spaces. These systems reduce latency, minimize cloud dependency, and enhance situational awareness, ensuring responsive, secure, and private video surveillance at the edge.

OT Security

Secure industrial infrastructure with advanced network appliances built on ASRock Industrial’s embedded solutions, designed to protect AI-driven OT systems and edge applications from cyber threats. Equipped with TPM security, IEC 62443-4-1/4-2 compliance, and FDO-based onboarding, our platforms support firewall, secure boot, encrypted communication, and remote device management. Ideal for critical operations in industrial and commercial environments, these systems enable seamless IT/OT integration while delivering scalable and resilient cybersecurity across distributed networks.

成功案例

ASRock Industrial AI BOX-A395 Brings Real-Time Edge AI to Flood Monitoring at Taiwan’s Yuanshanzi Flood Diversion Channel

Taiwan’s Yuanshanzi Flood Diversion Channel plays a critical role in protecting downstream communities along the Keelung River by diverting excess river water to the sea. Constructed following the severe flooding caused by Typhoon Nari in 2001, the channel can divert up to 1,310 cubic meters of water per second. During heavy rainfall and typhoons, timely recognition of changing water conditions is essential for effective flood monitoring and emergency response. Traditional CCTV-based water monitoring relies heavily on personnel to review live footage, interpret changing conditions, and determine when alerts are needed. As camera networks expand and video volumes increase, manual monitoring becomes more demanding, while centralized video processing faces growing pressure from concurrent video streams, AI workloads, and network transmission requirements.



To address these challenges, ASRock Industrial collaborated with Focus Intelligence Technology (FIT) to deploy an edge AI-powered water monitoring solution at the Yuanshanzi Flood Diversion Channel. Combining ASRock Industrial’s AI BOX-A395 edge AI computing platform with FIT’s smart water monitoring and system integration capabilities, the solution brings AI-powered image analysis closer to video sources while retaining the existing centralized water management infrastructure. Powered by the AMD Ryzen™ AI Max+ 395 processor, AI BOX-A395 delivers up to 126 TOPS of overall AI performance and supports up to 128GB of unified memory. The joint proof of concept (PoC) demonstrated a shift from minute-level recognition to second-level processing, helping accelerate the identification of changing water conditions and supporting more timely event notifications.

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Texas A&M Deploys AI Nuclear Control Powered by COPA 500 and ASRock Industrial Systems

In response to growing global demand for reliable and resilient energy systems, Texas A&M deployed a COPA 500 based AI nuclear control system integrated with ASRock Industrial’s iEP-5000G/iEP-7000E Series platforms as Distributed Control Nodes (DCNs) for real time execution and validation. Powered by deterministic edge processing, the system enables secure coordination between predictive AI models and physical reactor controls, delivering precise timing, operational reliability, and safe real-time monitoring for advanced nuclear research environments.

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AI BOX for Smart Classrooms to Realize Automated Management and Upgrade Learning Outcomes

The smart classroom integrates the newest AI and information technology to improve traditional styles of teaching. A university lecturer adopts ASRock Industrial’s iBOX-1185G7E powered by 11th Gen Intel® Core™ i7 processor combines with Intel® OpenVINO™ to create the AI BOX for detection of students' learning status, automated classroom management, thus improved learning outcomes.

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AI BOX Enables Smart Traffic Management to Avoid Traffic Jams and Increase Safe Driving

With continued escalation of rural-to-urban migration, population size, and number of vehicles in cities, traffic congestion is a growing problem in metropolitan areas. Not only does this cause traveling delays but more severely, increased chances of traffic accidents. ASRock Industrial is collaborating with Intel® to build AI BOX for smart traffic management. Through the iBOX-1185G7E running on Intel® 11th Gen Core™ Processors (Tiger Lake-UP3) with Intel® Iris® Xe Graphics plus new OpenVINO™ AI Deep Learning, safer and smarter traffic management can be set in stone to prevent accidents, control delays, and ensure driver flexibility and passenger security.

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Portable Three-screen Emergency Workstation with Improved Timeliness and Precision for Critical On-site Decision Making and Response Coordination

A leading rugged portable industrial computer solution provider created the portable three-screen emergency workstation for command and dispatch powered by ASRock Industrial’s MXM IPC-Q370 motherboard to increase the timeliness and precision of critical on-site tasks.

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Smart Police Vehicles Improve Police Efficiency and Crime Fighting Capabilities

Korea introduces Smart Police Vehicles powered by ASRock Industrial embedded board to increase police officers’ information processing and crime-fighting capabilities. The Smart Portal Vehicles equipped with smart multi-camera, which comprises of a searchlight, an infrared camera, a GPS tracking, and an AVNI system (Automatic Vehicle License Plate Recognition System). The AVNI system reads nearby license plates and sends the data to a control center to identify suspected vehicles and assist with police operations.

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