The collaboration seeks to streamline the process of building AI into existing systems, eliminating common entry barriers to AI vision technology.

ScoutDI’s Chief Scientific Officer Øystein Skotheim reveals how 3D lidar and SLAM technology can be combined to enable autonomous drone inspection in confined spaces in this Visionaries interview.

Time is running out! The deadline for the prestigious Photonics Frontiers Award 2025 is just days away. With the closing date set for Saturday, March 15, innovators across the photonics industry have ...

HySpex is developing a hyperspectral camera for satellite-based detection of methane based around off-the-shelf parts, ...

An AI system developed by NYU researchers accurately maps urban green space in Karachi, Pakistan, exposing severe ...

A new study from global warehouse automation solution provider Zebra Technologies has found that 70% of frontline warehouse workers are concerned about injuries on the job. Join Imaging and Machine ...

Morrisons leverages advanced machine vision and in-house automation expertise to boost efficiency, quality and sustainability. Robbie Cato, Automation Specialist for the supermarket, tells Imaging & ...

Latvian telecom company LMT deploys 26 traffic monitoring systems in Riga, using AI-powered machine vision and edge computing to detect traffic violations and improve urban mobility in the city. Join ...

ScoutDI’s Chief Scientific Officer Øystein Skotheim reveals how 3D lidar and SLAM technology can be combined to enable autonomous drone inspection in confined spaces in this Visionaries interview.

Peking University has collaborated with the University of Southern Denmark (SDU) to identify urban building materials with remote sensing and AI, allowing urban planners to reduce carbon emissions via ...

An off-the-shelf methane satellite camera is being developed by HySpex with ESA funding, using advanced hyperspectral imaging to improve emissions monitoring.