Siemens Digital
Siemens partnered with HighByte to integrate the HighByte Intelligence Hub into the Siemens Industrial Edge ecosystem, streamlining industrial DataOps to accelerate AI scaling. By combining Siemens Connectivity Suite with HighByte's data contextualization software, the joint solution transforms raw shop-floor data into standardized data products for IT applications and Siemens Intelligence Center X. It supports bi-directional communication, allowing IT and manufacturing systems to securely adjust edge controller configurations. Brazilian glass manufacturer Vivix Vidros Planos successfully deployed the integrated solution across 30 core applications, allowing developers to rapidly scale industrial AI models and build a predictive maintenance system for a $120 million furnace with minimal specialized OT intervention.
Industry4.0
Siemens partnered with HighByte to integrate the HighByte Intelligence Hub into the Siemens Industrial Edge ecosystem, streamlining industrial DataOps to accelerate AI scaling. By combining Siemens Connectivity Suite with HighByte's data contextualization software, the joint solution transforms raw shop-floor data into standardized data products for IT applications and Siemens Intelligence Center X. It supports bi-directional communication, allowing IT and manufacturing systems to securely adjust edge controller configurations. Brazilian glass manufacturer Vivix Vidros Planos successfully deployed the integrated solution across 30 core applications, allowing developers to rapidly scale industrial AI models and build a predictive maintenance system for a $120 million furnace with minimal specialized OT intervention.
Fujitsu
NTT, Fujitsu's 1Finity, and Mitsubishi Chemical are collaborating to test NTT's All-Photonic Network (APN) technology for industrial robotic sensing and inspection at a large chemical manufacturing complex in Japan. The project combines APN, 60GHz wireless networking, autonomous robots, digital twins, and Physical AI to automate equipment inspections and reduce the burden on human workers. The trial demonstrated low-latency transmission of video, audio, and sensor data from robots, enabling real-time AI analysis to detect anomalies such as unusual vibrations, sounds, and equipment defects. The data is also fed into digital twin environments for further analysis and monitoring.
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Industry 4.0 ? 3D Printing Robotics
Siemens partnered with HighByte to integrate the HighByte Intelligence Hub into the Siemens Industrial Edge ecosystem, streamlining industrial DataOps to accelerate AI scaling. By combining Siemens Connectivity Suite with HighByte's data contextualization software, the joint solution transforms raw shop-floor data into standardized data products for IT applications and Siemens Intelligence Center X. It supports bi-directional communication, allowing IT and manufacturing systems to securely adjust edge controller configurations. Brazilian glass manufacturer Vivix Vidros Planos successfully deployed the integrated solution across 30 core applications, allowing developers to rapidly scale industrial AI models and build a predictive maintenance system for a $120 million furnace with minimal specialized OT intervention.
Innovative Startup
Siemens partnered with HighByte to integrate the HighByte Intelligence Hub into the Siemens Industrial Edge ecosystem, streamlining industrial DataOps to accelerate AI scaling. By combining Siemens Connectivity Suite with HighByte's data contextualization software, the joint solution transforms raw shop-floor data into standardized data products for IT applications and Siemens Intelligence Center X. It supports bi-directional communication, allowing IT and manufacturing systems to securely adjust edge controller configurations. Brazilian glass manufacturer Vivix Vidros Planos successfully deployed the integrated solution across 30 core applications, allowing developers to rapidly scale industrial AI models and build a predictive maintenance system for a $120 million furnace with minimal specialized OT intervention.
Japan
NTT, Fujitsu's 1Finity, and Mitsubishi Chemical are collaborating to test NTT's All-Photonic Network (APN) technology for industrial robotic sensing and inspection at a large chemical manufacturing complex in Japan. The project combines APN, 60GHz wireless networking, autonomous robots, digital twins, and Physical AI to automate equipment inspections and reduce the burden on human workers. The trial demonstrated low-latency transmission of video, audio, and sensor data from robots, enabling real-time AI analysis to detect anomalies such as unusual vibrations, sounds, and equipment defects. The data is also fed into digital twin environments for further analysis and monitoring.
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