hyperQ provides
hyperQ
automates data labeling
hyperQ solution is based on a large pre-trained AI generative algorithm.
This allows you to achieve high-quality results with small amounts of data.
hyperQ combines best-in-class technology and innovative approaches
to provide users with the best results.
hyperQ is different from existing solutions
hyper Q utilizes a large, pre-trained AI model to automatically optimize the parameters needed in various industrial sites and helps anyone easily achieve the highest level of performance.
By applying five AI learning models and automated data labeling models, hyper Q is more than 10 times faster than manual verification and provides high-accuracy inspection results without human intervention.
hyper Q provides an intuitive UI/UX so that everyone can easily use the product. Users can quickly learn how to use the product and quickly put in work, and managers can manage all projects at once.
It can be used to inspect manufacturing defects in various industries such as automobiles, parts, and injection molded products.
Electronic component assembly lines use machine vision to detect the precise location and orientation of components and automate the assembly process. We inspect products such as PCBs, MLCCs, and solar panels to identify defective components and strengthen quality control.
Electronic partsElectronic component assembly lines use machine vision to detect the precise location and orientation of components and automate the assembly process. We inspect products such as PCBs, MLCCs, and solar panels to identify defective components and strengthen quality control.
In the semiconductor manufacturing process, machine vision is used to inspect products such as masks, wafers, and chips and identify defective products. Perform pixel defect and pattern inspection in display manufacturing.
Semiconductor/DisplayIn the semiconductor manufacturing process, machine vision is used to inspect products such as masks, wafers, and chips and identify defective products. Perform pixel defect and pattern inspection in display manufacturing.
Automotive assembly lines use machine vision to assist in the assembly of vehicle parts and detect defects to maintain quality. It is used for environmental awareness and driving path planning in driving assistance systems and autonomous vehicles.
Automotive industryAutomotive assembly lines use machine vision to assist in the assembly of vehicle parts and detect defects to maintain quality. It is used for environmental awareness and driving path planning in driving assistance systems and autonomous vehicles.
Steel and heavy industry use machine vision to monitor and take preventive action against cracks, defects and corrosion during processes. Improve product quality in automated manufacturing processes.
Steel/heavy industrySteel and heavy industry use machine vision to monitor and take preventive action against cracks, defects and corrosion during processes. Improve product quality in automated manufacturing processes.
Leverage machine vision in food production processes to automate product inspection and packaging and maintain high-quality food production. We perform labeling and shelf life inspections to ensure quality and safety.
Food and beverageLeverage machine vision in food production processes to automate product inspection and packaging and maintain high-quality food production. We perform labeling and shelf life inspections to ensure quality and safety.
In logistics and warehouse management, use machine vision to automate product identification, sorting, and tracking to optimize inventory management and delivery processes. Improve automated logistics processing using robots and drones.
LogisticsIn logistics and warehouse management, use machine vision to automate product identification, sorting, and tracking to optimize inventory management and delivery processes. Improve automated logistics processing using robots and drones.
Various motion and facial expression recognition can be used in communication education and training,
such as playing musical instruments, sports, and acting.
Machine vision technology is revolutionizing learning and training in the performing arts.
Performing artsMachine vision technology is revolutionizing learning and training in the performing arts.
In sports, machine vision has a transformative impact on athlete training and performance.
SportsIn sports, machine vision has a transformative impact on athlete training and performance.
HYPERNOLOGY 's hyperQ technology is actually used in various fields.
AI Samulnori 3D animation production
Lidar pin inspection solution
Metal dent inspection solution (over 10um)
HYPERNOLOGY is drawing the future together with many customers and partners.
