TECH & DESIGN

A Quantum-inspired Approach to Solving Real-World Problems

New Directions in Quantum Computing for Solving Large-Scale, Complex Logistics Challenges

Cars Growing with Society, Moving to a New Chapter in Mobility

The Challenge of SDx: Shifting Mobility Development to a Software-First Approach

Supporting Safe and Secure Temperature-Controlled Logistics with the Smart Mobile Freezer, D-mobico®

Revolutionizing Frozen Transport: Achieving Miniaturization and Weight Saving, and Enhanced Performance

Commitment to Pursuing the World’s Best Products and Rolling Out Externally the System to Develop the Necessary Human Resources

DENSO’s monozukuri (manufacturing) to revolutionize global manufacturing through upward spiral of value

To Achieve Environment-friendly Manufacturing through the Smart Use of Energy

— Examples of two departments at DENSO toward DX of manufacturing plants

Is Work at Plants Uncreative and Boring?

— The exciting and stimulating work of production engineers as “key players of DX”

Carbon Neutrality, DENSO’s Target by 2035

— Need for hydrogen, which is indispensable for decarbonization, and issues for widespread use

Thoroughly Eliminating Inefficiencies through Seamless Development from Materials to Systems

— DENSO’s initiative to develop SOEC systems, which are indispensable for creating a hydrogen society

Solid Oxide Fuel Cells, Which May Play a Key Role in Cutting CO₂ Emissions

— DENSO’s efforts to address two issues to improve the environmental performance

Aiming to Deliver Products Used by the Largest Number of Customers in the World through Technology Development in Anticipation of Future Needs

— DENSO’s electrification efforts to realize carbon neutrality

DENSO’s Core Technology Createdby the Collaboration of Its Experts

— How DENSO develops inverters, which hold the largest share in the world.

Developing “Nice-to-Have” Products by DENSO-style Advanced Development

— Flow of theme selection and technology development, and examples in the electrification field

DENSO carbon neutrality solutions: supporting factory decarbonization

A report on the GREEN FACTORY Expo, which brings together solutions related to hydrogen, CO₂ and manufacturing equipment

Developing solid oxide fuel cells to help disseminate clean energy throughout society

Utilizing heat management technologies to achieve both environment performance and economic feasibility

DENSO is challenging itself to develop a solid oxide electrolysis cell system looking ahead to a future of hydrogen society

Leveraging automotive technologies to generate hydrogen using renewable energy sources

D-tote: a data acquisition platform that solves CASE-era problems

Supporting the Hassle of Data Collection, the Future Opened Up by Data Utilization and DENSO's New Challenge

An agile approach to changing a company and society :yuriCargo for a safer and more secure mobility society (part two)

Scoring driving performance of drivers by an app to promote their greater safety awareness

A future with DFPs, the third major type of processor alongside CPUs and GPUs

One step closer to automated driving via intelligent semiconductors capable of making instantaneous decisions

Systematizing UX design : future mobility products and services based on end-user perspectives

Denso's UX Principle, and the UX evaluation system based on it

Active-ventilation greenhouses for a new type of agriculture

Utilizing the Profarm T-cube for agricultural production less affected by the weather

Large-scale smart greenhouse fo livery everyone

Sustainable farming without overburden, waste and irregularity at the AgriD of the large-scale smart farm

Accelerating automotive development by combining real-life and virtual-environment approaches (part two)

Problem solving of AD/ADAS development in the virtual environments based on video game development technologies

Accelerating automotive development by combining real-life and virtual-environment approaches (part one)

Creating teaching data for AI deep learning in virtual environments

Tooling in support of cross-departmental integrated-ECU development

Accelerating the evolution of the development environment utilizing software technologies

Integrated ECUs are the key in rapidly evolving mobility architecture

Toward more advanced vehicle functions and security

A tough little component for cars,flying vehicles and other mobility products in daily life

The potential of silicon-carbide power semiconductors in our increasingly “smart” society

Digital transformation tailored to local communities, starting from those communities

Creating the “Lifevision”, the community communication platform, in close coordination with local governments

To Achieve AI-based Fully Automated Driving

Elemental technology research and past development projects at DENSO

Using QR Codes to link blockchain with physical things

Preventing data falsification in mobility field and ensuring reliable traceability for commercial products

Reproducing the Driver’s Senses by Engineering—DENSO’s Challenge to Develop Automated Driving Systems

Incorporating drivers perceptions into engineering

New horizons in agriculture through AI-based robotic “eyes”

Development of the automated tomato-harvesting robot

Cutting-edge simulations to revolutionize automotive air conditioning system development

Model-based development for greater development efficiency and advances

Achieving carbon neutrality through energy management for a mobility-centered society

Controlling cars as groups to optimize entire energy in cities

Next-generation energy management systems can change the future of electric vehicles

Energy management suitable for user needs, and the architecture that makes this possible

Weight Reduction, Cooling Performance, and Reliability:Key Requirements for Air Mobility Motors

— Mechanism of motors for DENSO’s flying cars

How DENSO Met the Important Requirements forFlying Cars of Weight Reduction and Increased Efficiency

— Mechanism of DENSO’s Proprietary Inverter and SiC

From Stagecoaches to Cars to Flying Cars

— A Paradigm Shift in the Auto Industry

Q&A Session: DENSO Dives into the Power of User Experience& how it’s Driving Change in Future Mobility

UX development rooted in individual emotional experiences