What's New

Next-generation fuel cell technology for high-output power generation at low temperatures
Contributing to a carbon-neutral society by enhancing the efficiency of distributed power sources for industrial applications Hitachi has developed a next-generation solid oxide fuel cell (SOFC)*1 technology that outputs high power at low temperatures, contributing to a sustainable society. This ...
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Second Digital Observatory Forum
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Boosting Blue Carbon sequestration in marine ecosystems through seaweed and seagrass using nutrient-enriched treated sewage water
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Hitachi develops process informatics technology to support manufacturing line launch and improve yield
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Highly sensitive antigen test system developed using table-top scanning electron microscope (SEM), with potential for contributing to a wide range of fields and areas, not limited to medical care
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Hitachi×UoC. Exploring Consumer Challenges and a Better Future: A Dialog between Company and Consumers Part 1
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Hitachi×UoC. Exploring Consumer Challenges and a Better Future: A Dialog between Company and Consumers Part 2
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AI & Data science

Second Digital Observatory Forum
Second Digital Observatory Forum Progress on Digital Observatory Technologies through Use of Generative AI and Prospects for Supply Chain Resilience Highlight Amid rising global uncertainties that include conflict and trade friction, social and economic activities have become subject to more dive...
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How will generative AI change system development?
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Vegetation management along powerlines with remote sensing
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Hitachi Utilizes ClimateAi for Building Global Supply Chain Risk Model
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Development for Achieving Carbon Neutrality: Integrated Control of Electricity and Gas
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AI-powered video analysis for rapid disaster response
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Technology for humans－Tackling the frontline worker shortage with human-centered design
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Digital service platforms

How will generative AI change system development?
The emergence of generative AI is taking system development to new levels of automation and efficiency. While attention has focused on the application of generative AI to coding and testing processes in system development, its impact can be expected to go beyond efficiency-raising or solving huma...
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Kirin and Hitachi begin joint research on the creation of forest-based carbon credits
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Technology for humans－Tackling the frontline worker shortage with human-centered design
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Development of technology for enhancing resilience of the manufacturing industry supply chain to natural disasters and pandemics
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Hitachi Develops Core Technology for Automated Training Data Generation to Enhance Logical Thinking in Generative AI
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Hitachi Develops New Lossless Data Compression Technology Using Deep Learning
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Hitachi Awarded Four GOOD DESIGN AWARDS 2024
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Software & Systems

Hitachi develops process informatics technology to support manufacturing line launch and improve yield
Using SEM image analysis and AI to accurately predict final product performance from intermediate products Hitachi, in collaboration with Hitachi High-Tech, has developed a new process informatics technology as further advancement of their earlier Manufacturing Process Improvement Solution*1 that...
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How will generative AI change system development?
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Vegetation management along powerlines with remote sensing
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Hitachi Utilizes ClimateAi for Building Global Supply Chain Risk Model
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Hitachi and National Institute of Information and Communications Technology (NICT) study on communication challenges in malware analysis team roles seeks to strengthen collaboration in malware analysis
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AI-powered video analysis for rapid disaster response
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Technology for humans－Tackling the frontline worker shortage with human-centered design
hitachi-rd-en @ hitachi-rd-en
 

Electronics

Next-generation fuel cell technology for high-output power generation at low temperatures
Contributing to a carbon-neutral society by enhancing the efficiency of distributed power sources for industrial applications Hitachi has developed a next-generation solid oxide fuel cell (SOFC)*1 technology that outputs high power at low temperatures, contributing to a sustainable society. This ...
hitachi-rd-en @ hitachi-rd-en
 
Radial-Gap Amorphous Motor Developed with Greatly Improved Efficiency and Compactness; Operation Testing Started toward Practical Implementation
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Basic technology developed for improving the precision of space situational awareness, using a satellite to observe radio waves in all directions and localize their sources
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Image Processing Technology Developed for Evaluating Minute Height Differences in Semiconductor Wafer Hybrid Bonding
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While supporting leading-edge semiconductor development with the top global share in CD-SEM, aiming for further advances toward the ultimate in precision
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The Shuttling Qubit Technology Supporting Scaling of Quantum Computers, and the Approach to Quantum OS Development Incorporating this Technology
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At the leading edge of Hitachi’s noise supressing technology - enhancing utility and accelerating social implementation by separating signals and noise at a high level
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Control systems & Mechatronics

AI Robotics Extending Autonomous Capabilities for On-site Work
Highlight In addition to facilitating DX in infrastructure, transportation, and manufacturing, Hitachi is also seeking to improve the wellbeing of frontline workers. Meanwhile, the fusion of generative AI and robotics over recent years has prompted interest in the automation of workplace tasks th...
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Hitachi Develops Digital Platform Technology Enabling Efficient Administration of Regional Transportation Network Initiatives, from Design and Assessment to Implementation
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Radial-Gap Amorphous Motor Developed with Greatly Improved Efficiency and Compactness; Operation Testing Started toward Practical Implementation
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Basic technology developed for improving the precision of space situational awareness, using a satellite to observe radio waves in all directions and localize their sources
hitachi-rd-en @ hitachi-rd-en
 
Image Processing Technology Developed for Evaluating Minute Height Differences in Semiconductor Wafer Hybrid Bonding
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Development of a Prototype Security Digital Twin System That Assesses Adverse Impacts on Operations from Cyberattacks
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Hitachi and Fraunhofer IESE Jointly Develop Dynamic Safety Function Switching Technology for Ensuring Safe and Efficient Harmony as People and Autonomous Machines Evolve
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