data analysis

Automation technology to develop, operate, and improve AI

Technology of Konica Minolta, which quickly deploys AI services

Data science technology

Supporting data utilization in all business fields

Data analytics and sensing technology for remote maintenance

Copying and printing workflows are kept running without problems for many years by remote maintenance, regardless of the usage and environment

Technology to support digitalization of education by utilizing ICT and education data

Building a society where each child’s learning progress is watched over by using data from ICT and AI technology

Mold fine shape processing and transfer technology

Various functions can be appended to products by microfabrication on molds.

Agile development scheme “BizDevOps” continues to grow by accurately grasping market needs

Ensuring smart DX (digital transformation) of the preparation and operation of clear, communicable manuals by using modern web technologies, and supporting efficient and effective human resource development and the handing-down of skills

High-accuracy far-infrared glass lens technology

Earth- and user-friendly high-accuracy FIR glass lenses

Nondestructive inspection technology using X-ray Talbot-Lau interferometry

Aiming to contribute to a sustainable society by using more resins in vehicles

Visual inspection technology

Automated visual inspection process incorporating deep learning to overcome labor shortages and dependency on individual skills

Automatic inspection technology for automotive production lines

Our unique vision system enables customers to resolve problems with automatic inspections.

Hyperspectral imaging technology (HSI)

Contributing to safety, security, and environmental science through component inspection

Odor detection technology

Quantifying nuisance odors on-the-spot

Technology to automatically make proposals for energy conservation at plants

Elimination of dependence on individual know-how in energy conservation diagnosis

Material analysis technologies

Technologies for communicating with “materials = substances”

Materials Informatics (MI)/Process Informatics (PI)

Core technologies combined with informatics

Human behavior recognition technology

Human behavior recognition technology refined through actual use cases

Nondestructive inspection technology for internal steel of bridges using magnetic IoT

A nondestructive inspection solution to contribute the maintenance of aging social infrastructure

Image recognition technology to visualize unsafe behavior

Helping to improve the on-site environment by monitoring workers’ safety

Infrared image analysis technology

Contributing to safety and security by visualizing gases and reducing greenhouse gases

3D image analysis technology

Advanced security based on space detection using 3D LiDAR

Overhead view-based behavior detection technology

Improved productivity at nursing care sites and improved quality of nursing care

Bioimaging technology

Providing seamless solutions for drug discovery R&D

High-sensitivity quantitative protein analysis technology

A new method of tissue staining for quantitative and highly sensitive analysis

Genetic testing technology

Early detection changes the future

AI-OCR technology

Automatic Form Information Extraction free people from the tedious and error-prone task of typing