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The low-power high-performance Intel Movidius Myriad X VPU accelerates AI algorithms, and the OpenVINO toolkit makes it easier for users to analyze data at the edge.
Utilizing 6-core ARM architecture, the NVIDIA Jetson TX2 gives users 256 CUDA cores and the power to process massive amounts of data simultaneously.
AI systems utilizing dedicated architecture for accelerated neural networks and purpose built design for application specific development and solutions.
By identifying employees, VIP guests, and unknown individuals, facial recognition systems can alert staff about the arrival of important clients, restricted areas can be intelligently monitored, management can be told if employees are away from their workstations for long periods of time, and security officers can receive notifications about the presence of unauthorized people.
By identifying employees, VIP guests, and unknown individuals, facial recognition systems can alert staff about the arrival of important clients, restricted areas can be intelligently monitored, management can be told if employees are away from their workstations for long periods of time, and security officers can receive notifications about the presence of unauthorized people.
With high resolution cameras, systems can perform a range of automated inspection tasks in real time to ensure efficiency and accuracy in production. Automated inspection systems can ensure products are oriented correctly, identify mislabeled products, recognize defects and manufacturing errors saving manufacturers time and money.
With high resolution cameras, systems can perform a range of automated inspection tasks in real time to ensure efficiency and accuracy in production. Automated inspection systems can ensure products are oriented correctly, identify mislabeled products, recognize defects and manufacturing errors saving manufacturers time and money.
With cities becoming more and more crowded, city services are often stretched thin. License Plate Recognition provides a solution to alleviate overworked city officials by handling tasks such as smart parking meters, automated parking lots, and intelligent traffic cameras which can identify and report traffic violations.
With cities becoming more and more crowded, city services are often stretched thin. License Plate Recognition provides a solution to alleviate overworked city officials by handling tasks such as smart parking meters, automated parking lots, and intelligent traffic cameras which can identify and report traffic violations.
Security staff are often tasked with handling a much larger number of people than they have the manpower for. Virtual Fences help to support their work by identifying potential security and safety threats and reporting to the security staff. Thanks to behavioral pattern recognition, the system avoids wasting time with false alarms.
Security staff are often tasked with handling a much larger number of people than they have the manpower for. Virtual Fences help to support their work by identifying potential security and safety threats and reporting to the security staff. Thanks to behavioral pattern recognition, the system avoids wasting time with false alarms.
Traditional street lights are a massive drain on public finances and a major contributor towards climate change. In the smart cities of the future, we need a way to manage when – and how brightly – public lights shine. With a network of sensors and intelligent management systems, Intelligent Lighting Controls can respond to real-time factors to dim or turn on and off lights on a system-wide, specified-group, or individual level. Moreover, leverage the power of edge computing , the intelligent lightings can become a node to consolidates data streams from smart lighting, environmental monitoring, and video sensors. This allows city administrators to create a connected data hub that enables numerous new applications.
Traditional street lights are a massive drain on public finances and a major contributor towards climate change. In the smart cities of the future, we need a way to manage when – and how brightly – public lights shine. With a network of sensors and intelligent management systems, Intelligent Lighting Controls can respond to real-time factors to dim or turn on and off lights on a system-wide, specified-group, or individual level. Moreover, leverage the power of edge computing , the intelligent lightings can become a node to consolidates data streams from smart lighting, environmental monitoring, and video sensors. This allows city administrators to create a connected data hub that enables numerous new applications.
Autonomous mobile robots (AMRs) offer one of the highest opportunities for growth in factory automation. More than 4 million of these machines are projected to work in warehouses by 2025.But the robot revolution won’t happen without human help. Building an AMR requires expertise in the complex fields of AI, machine vision, and robotics. Developing this expertise can take a large investment of time and money—or engineers can take a shortcut by using off-the-shelf tech.
Autonomous mobile robots (AMRs) offer one of the highest opportunities for growth in factory automation. More than 4 million of these machines are projected to work in warehouses by 2025.But the robot revolution won’t happen without human help. Building an AMR requires expertise in the complex fields of AI, machine vision, and robotics. Developing this expertise can take a large investment of time and money—or engineers can take a shortcut by using off-the-shelf tech.
Personal protective equipment (PPE) is the equipment that protects employees from health or safety risks, especially when the employee needs to access particularly dangerous areas. Not wearing the required PPE and unauthorized access to restricted areas of industry can result in employee injury. AI-based PPE monitoring solution helps to monitor the safety of employees in real time, providing timely alerts and periodical reports to minimize the risks.
Personal protective equipment (PPE) is the equipment that protects employees from health or safety risks, especially when the employee needs to access particularly dangerous areas. Not wearing the required PPE and unauthorized access to restricted areas of industry can result in employee injury. AI-based PPE monitoring solution helps to monitor the safety of employees in real time, providing timely alerts and periodical reports to minimize the risks.
Recently, a great number of companies in the retail industry had to close down as they failed to adapt to the rise of new purchasing behaviors driven by a digital revolution that is resulting in new user needs. The needs for retailers to look for ways to optimize the in-store experience and the sales stragegy are getting urgent. Through AI analytic power, smart retail can do customer analysis, brand analysis and inventory monitoring in order to provide better efficiency and insights for boasting sales and optimizing customer experience.
Recently, a great number of companies in the retail industry had to close down as they failed to adapt to the rise of new purchasing behaviors driven by a digital revolution that is resulting in new user needs. The needs for retailers to look for ways to optimize the in-store experience and the sales stragegy are getting urgent. Through AI analytic power, smart retail can do customer analysis, brand analysis and inventory monitoring in order to provide better efficiency and insights for boasting sales and optimizing customer experience.
To help with preventing the spread of the COVID-19 pandemic, it is important to enforce guidelines including wearing masks and monitoring body temperatures. By combining a thermal imaging and visible spectrum camera together, AI solutions based on facial recognition technology can detect if a person has a fever and if they are wearing a face mask. This helps reduce the workload of facility staff when monitoring entrances and large crowds.
To help with preventing the spread of the COVID-19 pandemic, it is important to enforce guidelines including wearing masks and monitoring body temperatures. By combining a thermal imaging and visible spectrum camera together, AI solutions based on facial recognition technology can detect if a person has a fever and if they are wearing a face mask. This helps reduce the workload of facility staff when monitoring entrances and large crowds.
