Established in 2010, Neousys Technology designs and manufactures industrial grade rugged computers and systems with core expertise ranging from embedded computing to data acquisition and processing. Our dedication to innovate and integrate practical application-oriented functions set us apart from the rest and our products are ideal solutions for automation, machine vision, transportation, GPU computing, surveillance and video analytics.   

     Neosys Technology ก่อตั้งขึ้นในปี 2010 ออกแบบและผลิตคอมพิวเตอร์และระบบที่ทนทานระดับอุตสาหกรรมที่มีความเชี่ยวชาญหลักตั้งแต่การประมวลผลแบบฝังไปจนถึงการรับและประมวลผลข้อมูล ความทุ่มเทของเราในการสร้างสรรค์นวัตกรรมและบูรณาการฟังก์ชันที่เน้นการใช้งานจริงทำให้เราแตกต่างจากที่อื่น และผลิตภัณฑ์ของเราเป็นโซลูชั่นในอุดมคติสำหรับระบบอัตโนมัติ แมชชีนวิชัน การขนส่ง การประมวลผล GPU การเฝ้าระวัง และการวิเคราะห์วิดีโอ


Use Case

Industrial Autonomous Vehicle
 
Enabling Industrial Autonomous Vehicle with Trusted Edge AI Computing Platform Designed to operate in industrial or hazardous environments, industrial vehicles can be seen in a variety of industries, such as mining, agriculture, military, logistics, utility, etc. Incorporated with reliable embedded computers, the vehicles are capable of data collection, communication, control and video processing for automation applications. And with edge AI technologies today, GPU-aided devices are integrated into vehicles to enable intelligent decisions and functions for safer and efficient operations.
 
Discover our success cases:
 
• Autonomous Agriculture Tractor
• Autonomous Landmine Detection & Marking Vehicle
• Autonomous Cleaning Vehicle
• Autonomous Middle Mile Delivery Truck
• Autonomous Mining Truck
• Long-haul Autonomous Semi-trailer
 
Intelligent Transportation & Smart City

Transportation is closely related to our everyday lives and is a part of every developed nations’ commitment to development. The integration of advanced technologies into transportation systems such as traffic management and control, V2X communication, self-driving vehicles, etc. can all help ease congestion, prevent accidents, reduce emissions, and bring operation efficiency to a city. Characterized by ruggedized mechanical designs, AI capability, power backup module and reliable operation, rugged embedded computers can be deployed on vehicles, trains or roadside, delivering computational and AI performance in restricted space, to enable intelligent transportation system and management, driverless cars for a smarter and safer city.

Machine Vision & Automation

Machine vision is an indispensable technology in many industries. Through the collaboration of hardware and software, machine vision uses cameras to capture images to detect objects on the production line, or image recognition to achieve automation. Machine vision often requires high computing power to process images, and even GPU power to run deep learning computer vision software for image differentiation, labeling, training, and inference to improve its accuracy.

• Automated Recyclable Sorting Solution
• Powder Metallurgy Inspection
• Imagery Recognition and Automation
• Bottle Fill and Lid Auto-check System
• Medical Grade Mask Manufacturing Inspection

Monitoring & Measurement
 
Remote real-time data monitoring and analysis can be used in many scenarios to manage local systems, such as energy/ power generation, utilities, farms or factories. To offer this capability, a reliable compact computer is required to connect to the on-site equipment, collecting data through sensors or cameras, be able to control on-site devices, and upload data to the cloud or database for storage or analysis. Moreover, it can also estimate when a piece of equipment might fail by scientific data and predictive analytics so that corrective maintenance can be scheduled before the point of failure.

Robotics, AGV and AMR

From production line to warehouse, AI inference powered embedded computers and robotics increase efficiency, provide 24/7 operation, and minimize the use of man power. The new generation of industrial computers offer excellent computational performance. They can be deployed into VGR (vision guided robotics) to increase accuracy of pick-and-place applications for items with complex shapes. AGVs (automated guided vehicles) and AMRs (autonomous mobile robots) integrated with compact, low-power consumption computers delivering high TOPS/ TFLOPS inference performances in warehouses can self–plan routes and avoid obstacles to carry goods from A to B.

Discover our success cases:

• Medical Imaging Mobile X-ray
• Weedburner - Identify and Eliminate
• Broccoli/ Fruit Harvesting
• Seaport Automation
• Hand-eye Coordination Vision Guided Robotic Solution

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